MAPPING OF RESEARCH & INNOVATION AND OTHER INITIATIVES (FROM 2007 TO DATE WITH A BUDGET HIGHER THAN €50,000) IN THE MARINE AND
MARITIME SECTORS AT THE REGIONAL AND NATIONAL LEVEL RELEVANT TO THE OBJECTIVES OF THIS BLUE GROWTH INITIATIVE
CROATIA
PROJECT/INITIATIVE &
WEB SITE
TITLE
Biodiversity
Various
national
projects,
PERSEUS (FP7),
ARAMACC
(FP7)
Various
national
projects,
BALMAS (IPA)
Biological Invasions
COORDINATOR(S) &
LEADING
INSTITUTION/COMPANY
Institute of Oceanography
and Fisheries, Institute Ruđer
Bošković, Universities of
Dubrovnik, Split and Zagreb
STARTING
TIME &
DURATION
2007-2016
ABSTRACT & MAIN RESULTS
BUDGET (IN K€) & FUNDING
INSTITUTIONS
http://zprojekti.mzos.hr
http://www.hrzz.hr
http://aramacc.com
ca. 800 K€, Ministry of Science,
Croatian Science Foundation, EU
FP7
Institute of Oceanography
2007-2016
and Fisheries, Institute Ruđer
Bošković, University of
Dubrovnik
http://www.balmas.eu
ca. 300 K€, IPA CBC Adriatic,
Ministry of Science
http://www.hrzz.hr
ca. 150 K€, Croatian Science
Foundation
ca. 500 K€,, Ministry of Science,
Croatian Science Foundation, EU
FP7
Blue Biotechnology
MicroBioBlue
Institute Ruđer Bošković
Climate Change &
Impacts
Various
national
projects,
ARAMACC
(FP7)
DEMMON
(national)
Institute of Oceanography
2007-2016
and Fisheries, Meteorological
and Hydrological Service
http://zprojekti.mzos.hr
http://www.hrzz.hr
http://aramacc.com
Institute of Oceanography
and Fisheries
2007-2014
http://jadran.izor.hr/demmon/hr/index.htm ca. 100 K€, Ministry of Agriculture
and Fisheries
DCF (EC),
DEMMON
(national),
PelMon
(national)
HAZADR (IPA),
NEURAL (UKF),
Various
national
projects
Institute of Oceanography
and Fisheries
2007-2014
http://jadran.izor.hr/demmon/hr/index.htm, ca. 1500 K€, EC, Ministry of
http://www.izor.hr/web/guest/pelmon
Agriculture and Fisheries, Ministry
of Science
Deep sea Ecosystems
2011-2014
Deep sea mining Oil
and Gas sustainable
exploitation
Living Marine
Resources (fishery,
aquaculture, etc)
Marine Hazards
Institute of Oceanography
2013-2015
and Fisheries, Institute Ruđer
Bošković
http://www.hazard.eu,
http://www.izor.hr/neural
ca. 600 K€, IPA CBC Adriatic, UKF
Fund
CORE
PARTICIPANTS
CROATIA
PROJECT/INITIATIVE &
WEB SITE
TITLE
Marine Pollution
PERSEUS (FP7),
DeFishGear
(IPA), MFSD
monitoring,
Project
Adriatic,
Various
national
projects
COORDINATOR(S) &
LEADING
INSTITUTION/COMPANY
Institute of Oceanography
and Fisheries, Institute Ruđer
Bošković, University of
Dubrovnik
STARTING
TIME &
DURATION
2007-2016
ABSTRACT & MAIN RESULTS
BUDGET (IN K€) & FUNDING
INSTITUTIONS
http://www.perseus-net.eu,
http://www.defishgear.net
ca. 1200 K€, FP7, IPA CBC Adriatic,
Croatian Waters, Ministry of
Science
http://www.pap-thecoastcentre.org
ca. 200 K€, GEF, UNDP
Maritime Transport
MSP- ICZM
Socioeconomic & Policy
Research
Training & Technology
Transfer
ClimVar
PAP/RAC-Split
CORE
PARTICIPANTS
CYPRUS
PROJECT/INITIATIVE &
WEB SITE
TITLE
COORDINATOR(S) &
LEADING
INSTITUTION/COMPANY
STARTING
TIME &
DURATION
ABSTRACT
& MAIN
RESULTS
BUDGET (IN K€)
& FUNDING
INSTITUTIONS
Biodiversity
Using mathematical modeling to examine the impacts of
Frederick Research Centre
social and biological factors on the biodiversity of the Pafos
Forest
2009-2011
123899 funded
by RPF
Biodiversity
Biodiversity patterns (flora and invertebrate fauna)
regarding localo climate change in Cyprus.
Frederick Research Centre
2010-2012
104458 funded
by RPF
Climate Change &
Impacts
DATA REPOSITORIES AND COMPUTATIONAL
INFRASTRUCTURE FOR ENVIRONMENTAL AND CLIMATE
STUDIES IN THE EASTERN MEDITERRANEAN
THE CYPRUS RESEARCH AND
EDUCATIONAL FOUNDATION
2011-2013
555 681 funded
by EC FP7
Climate
Change &
Impacts
Consistent computation of the chemistry-cloud continuum
and climate change in Cyprus
THE CYPRUS RESEARCH AND
EDUCATIONAL FOUNDATION
2009-2014
2 196 000
funded by EC
FP7
Climate
Change &
Impacts
Smart management for sustainable human environment
Cyprus University of
Technology
2009-2013
3 642 631
funded by EC
FP7
Climate
Change &
Impacts
Assessment of economic impacts of climate change in
Cyprus
University of Cyprus
2008-2011
45000 funded by
EC FP7
Climate
Change &
Impacts
Biodiversity patterns (flora and invertebrate fauna)
regarding localo climate change in Cyprus.
Frederick Research Centre
2010 -2012
104458 funded
by RPF
Biological Invasions
Blue Biotechnology
CORE
PARTICIPANTS
CYPRUS
PROJECT/INITIATIVE &
WEB SITE
TITLE
COORDINATOR(S) &
LEADING
INSTITUTION/COMPANY
STARTING
TIME &
DURATION
Climate
Change &
Impacts
Economic impacts from the implementation of the
European Union's energy and climate change legislation
package in Cyprus
Cyprus University of
Technology
2010 -2012
119196 funded
by RPF
Climate
Change &
Impacts
Climate change and public health: Assessment of the
effects of extreme weather and development of innovative
prevention and mitigation strategies
University of Nicosia
Research Center
2010 -2012
179120 funded
by RPF
Deep sea Ecosystems
Development of novel methods for the toxicity assessment
of multi-component chemical mixtures to humans and the
ecosystem (TOMIXX).
University of Cyprus
2010-2012
69936 funded by
RPF
Deep sea Ecosystems
BIO-ECOLOGICAL AND MOLECULAR STUDY OF RED PALM
WEEVIL RHYNCHOPHORUS FERRUGINEUS AND PALM
BORER PAYSANDISIA ARCHON AND THEIR INTEGRATED
MANAGEMENT
Agricultural Research
Institute
2012-2014
104119 funded
by RPF
Deep sea Ecosystems
INTEGRATED USE OF SPACE,GEOPHYSICAL AND
HYPERSPECTRAL TECHNOLOGIES INTENDED FOR
MONITORING WATER LEAKAGES IN WATER SUPPLY
NETWORKS IN CYPRUS
Cyprus University of
Technology
2012-2014
159315 funded
by RPF
A Structured Approach Development For Cyprus' Offshore
Aquaculture Mooring Requirements Investigation And
Mooring Scenario Development
Frederick Research Centre
2009-2011
146689 funded
by RPF
Genetic characterisation and the influence of aquaculture
on native European seabass populations in Cyprus
Cyprus University of
Technology
2010-2012
129926 funded
by RPF
Deep sea mining Oil and
Gas sustainable
exploitation
Living Marine
Resources (fishery,
aquaculture, etc)
Living Marine
Resources (fishery,
aquaculture, etc)
ABSTRACT
& MAIN
RESULTS
BUDGET (IN K€)
& FUNDING
INSTITUTIONS
CORE
PARTICIPANTS
CYPRUS
PROJECT/INITIATIVE &
WEB SITE
TITLE
COORDINATOR(S) &
LEADING
INSTITUTION/COMPANY
STARTING
TIME &
DURATION
ABSTRACT
& MAIN
RESULTS
BUDGET (IN K€)
& FUNDING
INSTITUTIONS
Living Marine
Resources (fishery,
aquaculture, etc)
Á holistic approach for the evaluation of ecological status
of coastal areas: the case of Vasiliko Bay
Marine and Environmental
Research (MER) Lab Ltd
2010-2012
150000 funded
by RPF
Marine Hazards
People Localization for save ship evacuation during
emergency
RTD TALOS LIMITED
2012-2015
3 315 449
funded by EC
FP7
Marine
Pollution
ADAQUA: Advanced aquatic tools for sustainable pollution
risk management in river basins of Cyprus
Cyprus General State
Laboratory
2010-2012
159607 funded
by RPF
Marine
Pollution
Photocatalytic Removal of Organic Micro-Pollutants from
University of Cyprus
the Aqueous Phase Using TiO2 Coupled with Graphene as a
Photocatalyst (PhotoGraph)
2012-2014
159964 funded
by RPF
Maritime Transport
Active & Passive Sensor NETwork
O.M. OFFSHORE
MONITORING LIMITED
2012-2014
1 499 000
funded by EC
FP7
Ocean Renewable Energy A Smart Feed Management Data Tool for Cyprus' Offshore
Aquaculture Industry With The Aid of a Stand Alone
Renewable Energy System
Frederick Research Centre
2010-2012
178838 funded
by RPF
Ocean Renewable Energy Cogeneration of clean water and renewable energy from
waste water using seaweed
Cyprus University of
Technology
2012-2014
87500 funded by
RPF
Ocean Renewable Energy Integrated High Resolution System for Monitoring and
Cyprus Oceanography Center
Quantifying the Wave Energy Potential in the EEZ of Cyprus
2010-2012
166740 funded
by RPF
Ocean Renewable Energy The Production Of Water From Air Using Solar Energy And
Cooling From Sea Water
2009-2011
153388 funded
by RPF
MSP- ICZM
Oceans and Human
Health
AKMON Center of Industrial
Research & Development
CORE
PARTICIPANTS
CYPRUS
PROJECT/INITIATIVE &
WEB SITE
TITLE
COORDINATOR(S) &
LEADING
INSTITUTION/COMPANY
Operational
Oceanography/
Observing Systems
Ocean Surface Layer Observations
O.M. OFFSHORE
MONITORING LIMITED
Operational
Oceanography/
Observing Systems
Operational
Oceanography/
Observing Systems
Monitoring and observation of coastal water quality in
Cyprus using satellite remote sensing.
Cyprus University of
Technology
2010-2012
104680 funded
by RPF
An autonomous underwater robotic visual inspection
system for Cyprus' offshore aquaculture industry
Cyprus University of
Technology
2012-2014
151807 funded
by RPF
Socioeconomic & Policy
Research
Training & Technology
Transfer
STARTING
TIME &
DURATION
ABSTRACT
& MAIN
RESULTS
BUDGET (IN K€)
& FUNDING
INSTITUTIONS
2 152 783
funded by EC
FP7
CORE
PARTICIPANTS
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
Biodiversi Deep GELAME Etude du
Université
ty
sea
D
Plancton
Montpelli
Ecosys
Gélatineux sur la er 2 /
tems
façade
UMR
Méditerranéenn ECOSYM
e / Dynamic of
gelatinous
plankton and
impacts on
planktonic
biodiversity in
the Western
Mediterranean
coastal areas
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
20092013
http://w 207 keuros
ww.ecos (LITEAU)
ym.univmontp2.
fr/index.
php?opt
ion=com
_conten
t&task=
view&id
=289&It
emid=2
10
Certaines espèces d'organismes gélatineux prolifèrent de plus
en plus en milieux lagunaire et côtier. Ces proliférations
perturbent la diversité et le fonctionnement des écosystèmes
pélagiques et posent de nombreux problèmes pour les activités
anthropiques. Le projet GELAMED (2010-2012) propose un suivi
spatio-temporel sur 2 ans à 7 stations d'observation dans 3
lagunes (Bages-Sigan, Thau et Berre) et 4 stations côtières de
Méditerranée Occidentale. Les prélèvements bi-mensuels à
chaque site utiliseront le même matériel d’échantillonnage et
les mêmes protocoles. Une identification qualitative et
quantitative des organismes planctoniques (du phytoplancton
au plancton gélatineux) et des paramètres environnementaux
(salinité, température, Chla, etc.) permettront de déterminer
quelles sont les espèces pullulant aux différents sites et
pourquoi. Une comparaison inter-site sera réalisée en tenant
compte du degré d’anthropisation de chacun des sites. Une
base de données compilant toutes les données du projet sera
constituée et mise en libre accès en 2014.
Des enquêtes de perception permettront d'évaluer les
conséquences socio-économiques et les perceptions de ces
proliférations dans les zones concernées auprès de trois types
de populations: les décideurs (population à caractère
institutionnel regroupant les élus locaux communaux,
départementaux, régionaux, agence de l'eau, etc.), les
socioprofessionnels (population travaillant dans les zones
affectées, touchés directement dans leur activité : gestionnaires
des lagunes, pêcheurs, opérateurs touristiques) et les
pratiquants (résidants permanents ou ponctuels des zones
côtières et lagunaires affectées). L’analyse des données
recueillies devrait permettre un certain nombre de
préconisations d’actions et/ou de communications relativement
au problème étudié.
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
LPS EA 849,
Université de
Nïmes /
Institut
Méditerrané
en
d’Océanologi
e/
Laboratoire
d’Océanogra
phie de
Villefranche /
Observatoire
Océanologiq
ue de
Banyuls /
LER-LR,
Ifremer /
Tour du Valat
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
IRD
Biodiversi Living AMPED
ty
Marin
e
Resour
ces
(fisher
y,
aquac
ulture,
etc.)
Aires marines
protégées pour
espèces qui se
déplacent
beaucoup
Protected
Marine Areas for
species that
move a lot
Biodiversi Opera SIMEO
ty
tional
Ocean
ograp
hy/Ob
servin
g
Syste
ms
Station Marine
BIOTOPE
des Vertébrés
Marins et de leur
milieu
Marine station
for the
observation of
marine
vertebrates and
their
environment
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
jan
2009 3
years
http://w 0,9 M€
ww.amp ANR
ed.ird.fr
/?lang=e
n
The goal of the AMPED project is to study the potential uses of
Marine Protected Areas (Aires Marine Protegées in French) for
the management of mobile demersal and pelagic species. It is
funded by ANR-Systerra for the time period 2009-2014.
2011 - The SIMEO project aims to design and implement the first
3years prototype of a range of marine stations associated with new
services based on the analysis of unpublished data sets about
marine vertebrates and their environment. This project involves
the combination of advanced measuring instruments on a single
buoy; radar, sonar, video, sound and weather measurements,
tidal current measurements, as well as probes to analyse the
water (temperature, salinity, etc...).
SIMEO will collect basic information on various species. The
station will include an anchoring system adapted to the diversity
of the site, character of the seabed (sand, rocks ...), currents,
waves, and will consist of three parts: Aerial, Central and
Underwater. SIMEO be self-sufficient in energy and ensure the
transmission of the data collected back to the land without the
scientists having to move offshore to the station.
At the same time, business applications with powerful added
value will be developed to obtain relevant data which is
http://e
n.polem
ermedit
erranee.
com/Re
ssources
energeti
ques-etminieres
marines
/Energie
smarines
renouve
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
2,7 M€
FUI
(FRENCH
INTERMINIS
TERIAL
SINGLE
FUND) AND
REGIONAL
AUTHORITI
ES
France (Univ
Nantes,
IFREMER,
IRD, CRH,
Centre de
droit
maritime et
océanique)
South-Africa
(univ Cape
Town,
Departement
of
environment
al affairs and
tourism)
Ifremer
IRD
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
immediately useful as decision support tools for impact studies,
surveillance and monitoring of Marine Protected Areas.
Biodiversi Socioe GAÏUS
ty
conom
ic &
Policy
Resear
ch
Biodiversi
ty
REGULB
ASS
Gouvernance des
Aires Marines
Protégées pour
la gestion
durable de la
biodiversité et
des usages
côtiers
Governance of
the Protected
Marine Areas for
the management
of biodiversity
and coastal uses
Polymorphismes
de régulation et
déterminisme
d'expression
génétique
différentielle
chez
Dicentrarchus
Labrax,
téléostéen marin
d'intérêt
aquicole
Polymorphism in
the regulation
and
determination of
gene expression
Univ
2007 Perpignan 3
years
Univ
Montpelli
er
2009-3 As global demand for fish will probably double over the next 20years 40 years, fish farming will have to develop without an
unacceptable impact on the environment. Under these
conditions, it must be based on progress towards genetic
improvement and yield for energy conversion. In fact, food
represents 40% to 60% of the cost of production of farmed fish.
Therefore, emphasis should be placed on programmes that
optimize both feed efficiency and growth. The bass
(Dicentrarchus labrax) is an excellent model to conduct this
study on. In fact, this is one of the emblematic fish of marine
fish farming in the Mediterranean. In addition, a wide range of
genomic resources are available, including information which
allows a more accurate explanation of regions of interest for
feed efficiency. The REGULBASS project will combine
measurements of gene expression in order to help improve the
process of domestication of fish farm varieties.
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
lables/SI
MEO
0,4M€
ANR
Ifremer
Université de
Bretagne
Occidentale
IRD
http://e 0,4M€
n.polem ANR
ermedit
erranee.
com/Re
ssources
biologiq
uesmarines
/Aquacu
lturedurable/
REGULB
ASS
France
(Ifremer, IRD)
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
Biodiversi
ty
FISHBOX Automated
device for
selective
quantification of
micro-organisms
CHEMEC Monotoring
O
colonisation
processes in
chemosynthetic
ecosystems
Biodiversi
ty
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
CHRISAR
START ABSTRACT
ING
TIME
&
DURA
TION
Univ
Pierre &
Marie
Curie
2007 3
years
WEBSIT
E
2011 3
years
The main objective of this Collaborative Research Project is to
realise a multidisciplinary study of colonization processes at
several sites distributed in the European waters, from the
Mediterranean sea to the Atlantic ocean and Nordic sea. Our
specific interest, first, relies on the establishment of pioneer
microbial communities, the recruitment of metazoan larvae, the
development of symbioses and their importance in the
biodiversity and tropic structure of newly-established
communities. A second aspect of this project is to assess the
impact of metazoan colonisation on chemical exchanges and
biogeochemical processes. We propose to address these aims
through a unique combination of site surveys, replicate
colonization experiments, comparison of natural and
experimental organisms assemblages, in situ chemical
monitoring with microsensors, and reactive transport modeling.
Similar colonisation devices hosting the same type of mineral
and organic substrates will be used in order to achieve replicate
long-term experiments at different sites. In associated to these
deployments, both the local geological settings and ecological,
chemical and biogeochemical patterns will be characterized.
Four countries are involved through IPs, France, Belgium,
Portugal and the Netherlands. Germany is represented as AP.
CHEMECO is focused on a series of deep-sea chemosynthetic
ecosystems, for which the different PIs and AP of the CRP have
acquired an expertise in the past years.The team has access to
the facilities required for deep-sea research and an extended
experience of these facilities.In addition, the facilities used in
the CRP will help to reinforce a European community of deepsea facilities users and will provide the opportunity of
http://w
ww.esf.
org/coo
rdinatin
gresearch
/euroco
res/com
pletedprogram
mes/eur
odeep/p
rojects/
chemec
o.html
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
2,5 M€
FUI
Veolia,
Mermec, IRD
FEDER +
Fond
national
d'aménage
ment du
territoire
France
(Ifremer,
IRD),
Portugal
(Univ Aveiro),
Germany
(Max Planck
Institut for
Marine
Microbiology
), Belgium
(Univ Gent)
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
http://bi
odivmex
.imbe.fr
/
http://w
ww.emi
bios.org
/
80 k€ / y
MISTRALS
internal
funding
1,1 M€
FRB +
Région
Languedoc
Roussillon +
FEDER
Ifremer,
INRA, IRD,
Universities,
…
France (IRD,
Ifremer,
AMURE, Univ
Aix-Marseille
II, MOI)
UK (PML)
South-Africa
(Univ Cape
Town, MaRe)
347 keuros
(LITEAU,
AAMP)
CSIC, ICM
Barcelone,
Université de
Bologne
monitoring deep sea ecosystems. The proposed experiments
can, additionally, be seen as a preliminary step toward the
implementation of in situ experimentation platforms in the
context of long-term deep-sea observatory sites (e.g.: MoMAR
or other ESONET NoE sites).
Biodiversi
ty
Biodiversi
ty
Biodiversi
ty
BIODIV
MEX /
MISTRA
LS
EMIBIOS
ROC_CO
NNECT
Biodivsersity in
Mediterranean
Experiment
CNRS
2010 > 10
years
End-to-End
Modelling and
Indicators for
Biodiversity
Scenarios
IFREMER/ 2012-3 (2012-2015) EMIBIOS is a international project funded by the
Univ
years French « Fondation pour la Recherche sur la Biodiversité ». It
Montpelli
proposes to develop an end-to-end modelling approach to
er-Sète
project future trajectories of marine biodiversity and associated
ecosystem services under a combination of IPCC SRES and
fisheries management scenarios in diverse marine ecosystems.
The end-to-end model will ensure integration of the main
components of the marine ecosystem from the physics,
biogeochemistry, exploited fish species up to the fisheries and
associated management and socio-economic contexts, while
taking into account feedbacks within the environment-human
system. Using this integrated modelling approach, the relevance
of a set of biodiversity indicators for supporting decision-making
will be evaluated under different scenarios of global change and
fisheries management options.
Laboratoir 2012 - L’objectif de ce projet est de quantifier la connectivité
LITEAU
e
3
potentielle des populations des différentes espèces présentes
website
d’Ecogéoc years dans l’habitat rocheux fragmenté du Golfe du Lion (de Marseille
himie des
au Cap de Creus) et son rôle dans la persistance régionale de ces
Environne
espèces. Ce projet vise à apporter des bases scientifiques aux
ments
actions publiques concernant la mise en place d’une trame
Benthique
bleue marine entre les AMP existantes du Golfe du Lion (Parc
s,
Marin de la Côte Bleue, site natura 2000 « posidonies du cap
Observato
d'Agde », Parc Marin du Golfe du Lion, Réserve Naturelle
ire
Marine de Cerbère-Banyuls, Réserve Naturelle du Cap de Creus)
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
Biological
Invasions
PROJET TITLE
/
INITIATI
VE
INVALEX Dynamique de
l'invasion du
complexe
Alexandrium
tamarense en
Méditerranée
Blue
Ocean SALINAL
Biotechno renew GUE
logy
able
Energy
Cultures de
Micro-Algues
pour la
production de
bioénergies
Micro-algae
cultures for the
production of
bioenergy
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
Océanolo
gique de
Banyuls
START ABSTRACT
ING
TIME
&
DURA
TION
Ifremer
2011 2
years
LA
COMPAG
NIE DU
VENT
2011 3
years
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
et repose sur une collaboration étroite entre les scientifiques du
projet et les gestionnaires de ces AMP. L’originalité de ce projet
réside dans son articulation entre l’utilisation de simulations
numériques de la dispersion larvaire des espèces constituant la
diversité régionale des substrats rocheux pour quantifier la
connectivité entre les sites et l’expérimentation ciblant trois
espèces de l’ordre des gorgonaires (Corallium rubrum,
Paramuricea clavata et Eunicella singularis) afin d’estimer les
capacités de mobilité des larves. La qualité des estimations de la
connectivité de ces espèces sera évaluée après projection dans
un modèle de dynamique de métapopulation face à des
observations de terrain de la structure démographique et
génétique des populations du Golfe du Lion.
FRB
In an effort to continue the reduction in greenhouse gas
emissions, remediation of industrial C02 and preservation of the
environment, the need to find new resources for the production
of bioenergy and bio-products is inescapable.
In addition, the coastal wetlands of southern France have an
ecosystem and an environment which are particularly
favourable to the development of algae farming: large areas
available which are now available for conversion and a history
of salt production (Salins du Midi), and the largest industrial
CO2 production area nearby (Fos sur Mer) and the natural
presence of a microalgae (Dunaliella salina) with high potential
value.
http://e
n.polem
ermedit
erranee.
com/Re
ssources
biologiq
uesmarines
/Biotech
nologies
-
6,8 M€
FUI (SINGLE
INTERMINIS
TERIAL
FUND) AND
REGIONAL
AUTHORITI
ES
IFREMER,
INSA
TOULOUSE,
GREEN
UNIVERSITY,
CEA
MARCOULE,
SUPAGRO,
INRIA, TOUR
DU VALAT
IDEE
AQUACULTU
RE, AIR
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
Blue
Biotechno
logy
PROJET TITLE
/
INITIATI
VE
GREENS
TARS
Vers une
nouvelle
génération de
biocarburants et
de produits à
partir des microalgues : un
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
INRA
START ABSTRACT
ING
TIME
&
DURA
TION
2012 8
years
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
Based on these two observations, the Salinalgue project aims to bleues/S
cultivate and create a bio-refinery for native microalgae
ALINALG
(Dunaliella salina) on a large-scale in an open environment on
UE
unused salt marshes in order commercialize various bioproducts including a next generation biofuel with high
performance in terms of production yield per hectare and
reduction of greenhouse gas (GHG) emissions.
Molecules with a high added-value (Beta-carotene, Omega 3)
will also be developed from microalgae, as well as protein for
fish feed as a substitute for fishmeal. Dunaliella salina (DS) is a
native species of micro-algae that grows spontaneously and
particularly favours very salty lagoon environments.
The project includes a thorough study of these microalgae in
order to understand cultivation and harvest in an open
environment. In addition, the project focuses on DS biorefining;
the objective is to explore and experiment with the extraction of
compounds contained in these microalgae to fully exploit the
potential of the biomass produced. Following a Go/NoGo, a
scale experimental demonstration phase will be conducted to
validate the technical and economic feasibility of any preindustrial production chain: cultivation (demonstration across
10ha), harvest, extraction, and development of value. At the
end of the project a progressive industrialization over 6000ha is
planned from 2015.
LIQUIDE,
NASKEO
Greenstars primary goal by 2020 is to develop compounds of
interest such as efficient biofuels and high added value
substances with micro-algae feeding on industrial emissions of
carbon dioxide and nutrients contained in waste.
France (more
than 45
partners)
http://w 160M€
ww.inra. ANR
fr/en/Pa
rtnersandGreenStars, laureate of the French call for projects known as the Agribusi
“French Stimulus Initiative” (Investissements d’Avenir*)
ness/Par
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
institut
d'excellence sur
les énergies
décarbonnées
retenu au titre
des
investissements
d'avenir
Blue
Biotechno
logy
Climate
change
and
impacts
SHAMAS Lipid biofuel
H
production by
microalgae
Biodiv
ersity
Institute of Excellence on Carbon-Free Energies, federates a
network of collaborative platforms bringing together all the
players in the development of micro-algae in France. Greenstars
primary goal by 2020 is to develop compounds of interest such
as efficient biofuels and high added value substances with
micro-algae feeding on industrial emissions of carbon dioxide
and nutrients contained in waste. Led by INRA in collaboration
with 45 partners (public research, SMEs, multinationals, local
authorities, competitiveness clusters), GreenStars aims at
becoming, within five to ten years, one of the top Institutes of
Excellence worldwide in the field of micro-algae bio-refinery. A
budget of €160 million for 10 years has been estimated, of
which 20% come from public grants.
INRIA
ClimCAR Assessing climate ICM CSIC
ES
change impacts
on marine
biodiversity
conservation :
the case study of
mass mortality
events in the NW
Mediterranean
basin
2006 3
years
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
tnership
arrange
ments2/
All-thenews/Gr
eenstars
_En
2,8 M€
ANR
2011 - ClimCARES project is dedicated to assess the potential impacts
2years of climate change on coastal benthic ecosystems at regional
scale - the Northern Western Mediterranean basin. It is
primarily focused on the development of an original strategy
combining numerical simulations and thermotolerance of key
species. Thermotolerance responses will be obtained through
compilation of field observations conducted at regional scale
and experimental work in aquarium. The main aims are:
the development of realistic warming scenarios of the coastal
areas at regional scale,
assesing the biological responses to warming
the development of maps of potential impacts for the
conservation of target species/populations/communities.
INRIA,ALPHA
BIOTECH,
PSA, EADS
http://cl 0,2M€
Spain, France
imcares. MedRecove
medrec r
over.org
/
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
Climate
change
and
impacts
Marin
e
Hazar
ds
MISEEV
A
Marine
inundation
social, economic
and
environmental
vulnerability
assessment in a
changing climate
Climate
change
and
impacts
Socioe CAMAD
conom APT
ic &
Policy
Resear
ch
Adaptation aux
changements
globaux dans la
Réserve de
Biosphère «
Camargue Grand
delta » CAMADAPT
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
BRGM
START ABSTRACT
ING
TIME
&
DURA
TION
Equipe
DESMID,
UMR
6012
ESPACE
20102014
WEBSIT
E
2008-4
years
ANR
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
1600 k€
ANR
Ce projet se concentre sur les capacités d'adaptation de la
LITEAU
société et de son système de décision face aux changements qui website
affectent le littoral et le territoire camarguais. La Camargue
forme un système où les dimensions biogéographiques et
sociales sont en étroite interaction. Les forçages sur le littoral
par l’élévation du niveau de la mer, l'érosion du littoral et les
aménagements humains (développement industriel à l’Est et
urbain à l’Ouest, protections « lourdes » du littoral) obligent à
questionner l'évolution actuelle et future des modalités
régulatrices de l'interaction homme-nature dans ce système
face à des changements qui affectent aussi bien le système de
production que les identités territoriales, la structure foncière et
l'ensemble des connaissances et représentations à partir
desquelles on habite, travaille et produit en Camargue.
L’adaptation à la vulnérabilité croissante du littoral face au recul
du trait de côte sera examinée en croisant les approches
géomorphologique et juridique et l’étude des connaissances et
représentations vernaculaires afin de questionner les options de
gestion. D’autre part, la vulnérabilité du système camarguais et
de son interface terre-mer sera abordée à partir de l’étude par
les sciences sociales (histoire, anthropologie et sociologie) des
connaissances, représentations et pratiques impliquées dans la
production d’adaptations. On intégrera l’étude des arènes
295 keuros
(LITEAU)
BRGM,
LAMETA,
UBO/IUEM,
UMV, ULCO,
SOGRAH
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
http://w
ww.circl
emed.net
/index.p
hp?page
name=
memotr
ade&ite
mid=11
2
259 k€
MEDDE,
FCT (Pt),
MKF (Gr)
(ERA net
CIRCLE2
project)
publiques extérieures à la gouvernance ainsi qu'une
formalisation des ressources conceptuelles mobilisables dans la
recherche d'adaptations à une modélisation participative des
submersions fluviomarines et de leurs effets. Celle-ci, par un
modèle SMA, impliquera des approches écologique,
hydrologique et géographique autour d’une gestion intégrée de
la zone côtière et de la ressource en eau. Le déroulement
participatif de la modélisation fera lui-même l’objet d’une
analyse sociologique. L'objectif du projet est d'augmenter la
réflexivité des modélisations et de les accompagner au mieux
d'une connaissance des logiques sociales et politiques à l'œuvre
dans l'évaluation d'options de gestion.
Climate
change
and
impacts
Socioe MEMOT Social memory of Univ.
2014conom RADE
water-related
Lisbonne 2017
ic &
trades and
(Portugal)
Policy
practices: local
Resear
knowledge and
ch
climate change
adaptation
The Natura 2000 network of protected sites aims to halt the loss
of biodiversity and the degradation of ecosystem services in the
EU, and features prominently in the environmental policy of the
European Union. However, in the Natura sites the pursuit of
these goals relies heavily on scientific and legal-institutional
knowledge, and little room is left for the building up of adaptive
capacity based also on local knowledge. This means that
communities there residing become “interested parties” where
they could be also “agents of change”.
This project intends to contribute to fill in this gap in a two-fold
way: (1) by turning local knowledge into a long-term asset for
climate change adaptation, by preparing a “memory bank” of
water-related practices and trades that can be critically
analyzed, combined, and integrated with other types of
knowledge; (2) by helping to integrate adaptation into current
routines through the sharing, in both vertical and horizontal
workshops, of local knowledge and social memories with
scientific and legal knowledge, as a way to increase mutual
awareness and hybridization among different types of
Univ.Lisbonn
e, CCMAR,
Univ. Nîmes,
Univ
Thessaloniqu
e
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
knowledge.
The project purports to address these aspects, responding to
the need for developing more detailed regional information on
the impacts of climate change, through a bottom-up descriptive
approach. It will do so by selecting in each of the 3 countries
(Portugal, France and Greece) 1 important coastal protected site
for studying local knowledge of biodiversity relevant topics,
social memory of water-related local trades and practices, and
social memory of forms of tying social relations to the use of
local resources. The traditional trades focused include fishing,
shell-fish and seaweed collection, but also uses of the land in
the shoreline, and uses of seeds and plants in everyday and
medicinal practices.
The project is organized in three main phases; a first one for
gathering scientific and local information; a second phase for
developing in-depth case-studies to access local knowledge and
memories and constructing the memory bank, as well as to
respond to specific research questions; and a third phase of
archiving, dissemination and discussion of the results with the
local communities and key stakeholders. Throughout the
project, several activities will ensure the management and
broad scientific dissemination of the results.
The methods to be used for the case-studies include open
interviews, press analysis and a survey. The interviews will use
the innovative methods of recorded walking interviews and
recorded walking memories. The interview and survey studies
will also be an occasion for addressing two main groups of
socio-psychological questions. The first regards some of the
persistent controversies about the nature of local knowledge
and the results of its encounters with both scientific and legal
knowledge, and will examine the conflicts as well as the
adaptive resources and forms of knowledge hybridization that
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
emerge from these encounters. The second regards the
articulation of social representations, practices and place
attachment.
The results include also the creation of a “memory bank” of
local knowledge and narratives, to be archived both in the
community and nationally, and actively shared during the
project; fostering encounters between different types of
knowledge, oriented for increasing mutual awareness and
developing new social and trade responses for dealing with
uncertainty associated to climate change in protected coastal
sites; and policy recommendations for action at the EU level.
Climate
change
and
impacts
CHACCR Climate and
A
Human Induced
alterations of
Carbon Cycle at
the river-sea
interface
CNRS
2007 ?
Climate
change
and
impacts
CLIMBIO Climate change
MEDNE influence on
T
biodiversity,
goods and
services of
Université 2008Montpelli 2011
er 2 laboratoir
e ECOLAG
The CLIMBIOMEDNET research project has investigated, using
theory, observations and predictions, the relationships between
biodiversity, ecosystem properties and temperature and salinity
changes, which are going to be the immediate effects of climate
change on Mediterranean lagoons. To this aim, (i) we developed
http://w
ww.circl
emed.net
/index.p
0,5 M€
ANR
Suez,IDEE
AQUACULTU
RE, AIR
LIQUIDE,
NASKEO,IFRE
MER, INSA
TOULOUSE,
GREEN
UNIVERSITY,
CEA
MARCOULE,
SUPAGRO,
INRIA, TOUR
DU VALAT
200 k€
MEDDE, CII
Galicia
region
(ERA-Net
Univ.
Montpellier
(Ecolag),
Univ.
Salento,
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
Mediterranean
lagoons
Climate
change
and
impacts
Deep sea
Ecosyste
ms
MEDCO
DYN
Biodiv
ersity
Climate change
Univ.
impacts in
Sienne
transitional
(Italie)
water systems in
the
Mediterranean
REPROD Understanding
UCE
Recuitment
Processes Using
Coupled
biophysical
models of the
Instituto
Espagnol
de
Oceanogr
afia
20082010
2009 3
years
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
a theoretical background highlighting paradoxes (low
biodiversity but high productivity) and common trends
(dominance of generalist species) for these particular ecological
systems, (ii) we built the largest database on Mediterranean and
Black Sea lagoons available on the web (Climbiomednet Web
Portal: www.circlemednet.unisalento.it) gathering information
on 635 lagoons with biological (species lists) and physicochemical (salinity, temperature) parameters, and (iii) we
collected projections of climate change for each lagoon and its
watershed regarding land use, temperature, precipitation and
salinity.
hp?page CIRCLE
name=cl project)
imbiom
ednet&i
temid=1
06
Univ. Vigo,
Univ.Tirana,
INA (Tunisie)
The MEDCODYN project was focused on the development of
integrated approaches to the monitoring and management of
coastal lakes, wetlands, and lagoons in the Mediterranean.
Project scientists from Italy, France and Morocco worked closely
together during the two year project to develop:
an information database of biogeochemical and climate
parameters,
ecological models to assess the vulnerability of coastal
ecosystems to climate change,
adaptive measures for three coastal ecosystems to take
advantage of expected changes in climate and ecosystem
resource use.
http://w
ww.circl
emed.net
/index.p
hp?page
name=
MEDCO
DYN&ite
mid=10
9
190 k€
MEDDE,
IMELS
(Italie)
(ERA-Net
CIRCLE
project)
Univ. Sienne,
Tour du
Valat,
Univ.Casabla
nca, CRA-LCI
(Italie)
MariFish
France,
Spain,
Greece,
Portugal
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
pelagic
Ecosystem
Deep sea
Ecosyste
ms
Living FOCEA
Marin
e
Resour
ces
(fisher
y,
aquac
ulture,
etc.)
Excellence pour
une synergie
d'observation
modèle et
l'évaluation de
l'état écologique
de la
méditerranée
nord occidentale
Excellence for a
observation/mod
el synergy
andecological
status
assessment in
the northern
western
Mediterranean
Deep sea
Ecosyste
ms
Living IPEP
Marin
e
Resour
ces
(fisher
y,
Impact des
pêches sur les
espèces
protégées
Impacts of
fisheries on
COM 2009LOPB
3years
(CNRS &
Université
Méditerra
née)
Its purpose is to study the marine ecosystems through an
integrated approach of observation and modelling in order to
create the world’s best teams in marine environment
observation and monitoring.The project focuses on five goals:
Creation of the FOCEA team – establishment of a world class
team based on the Mediterranean coast and benefiting from
the technological resources of marine research and to train the
next generation of scientists.
Establishment of clusters of sensors, a network of integrated
data, development of a databank and of a service and analysis
centre.
Mathematical theories for the development of models
integrating plankton levels (pico, micro, meso et macro) and
higher levels (fish)
Network of integrated data and the assimilation of this data into
forecasting models – integration of sensor data and forecasting
system merging assimilation and modelling
Development of projects relating to the management issues of
natural regional resources and carbon capture and storage.
http://e 2,75M€
n.polem ANR
ermedit
erranee.
com/En
vironne
mentetamenag
ementdulittoral/
Services
-a-lenviron
nementenlittoralet-enmer/FO
CEA
France
(Observatoir
e de Banyuls,
Ifremer, IRD,
Observatoire
Villefranche,
Pôle Mer
PACA)
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
aquac
ulture,
etc.)
Deep sea
Ecosyste
ms
Deep sea
Ecosyste
ms
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
protected
species
Opera COSELM Compréhension Ifremer
tional AR
des SocioUniv
Ocean
Ecosystèmes
Nantes
ograp
Littoraux et
hy/Ob
Marins pour
servin
l'Amélioration de
g
la Valorisation
Syste
des Ressources
ms
Marines, la
Prévention et la
Gestion des
Risques
Understanding of
littoral and
marine socioecosystems for
the
improvement of
marine
ressources
valorisation and
risk prevention
and mangement
EcoPelG Ecosystème
ol
Pélagique du
Golfe du Lion
Pelagic
2012 4
years
2 M€
Pays de la
Loire Local
Authorities
France
Canada
Portugal
Germany
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
CEREGE
2012 -
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
ecosystem of the
Gulf of Lions
Deep sea
Ecosyste
ms
SGD
Submarine
Groundwater
Discharge and
their impact on
ecosystems
Deep sea
mining,
Oil and
Gas
Sustainabl
e
Exploitati
on
GOLD
Gulf of Lion's
Drilling
Deep sea
mining,
Oil and
Gas
Sustainabl
e
Exploitati
on
ESPEXS
Enjeux du
secteur
potentiellement
exploitable en
sables au large
du Golfe du Lion
Stakes of the
potential snadexpoitable sector
0,05M€
CNRS INSU
http://w
ww.gepaftp.co
m/_uplo
ad/resso
urces/te
xtes_co
nferenc
es/12_0
1_2012_
autour_
du_sel/r
abineau.
pdf
Agence
2012 des Aires 2
Marines
years
Protégées
http://li
ttoral.la
nguedoc
roussillo
n.fr/EtudeESPEXS.html
FEDER +
Fond
national
d'aménage
ment du
territoire
CEREGE
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
Ifremer
2009-4 In the context of mass mortalities affecting farmed oysters,
years Crassostrea gigas, the REVAResp project objective is to
understand the molecular mechanisms that allow Vibrio
splendidus LGP32, an oyster pathogen associated with summer
mortality, to resist and/or avoid the host's antimicrobial
defences.
Thus, by the placing the interaction between oyster and Vibrio
at the heart of the study, REVAResp will review:
the pathogen; in order to identify the Vibrio resistance
mechanisms to the immune effector cells which are the oyster’s
antimicrobial peptides
the host; through the identification of the Vibrio’s moderating
effect (stimulating or immuno-suppressive) on the antimicrobial
response of the oyster (expression of antimicrobial peptides).
Secondly, REVAResp will evaluate the role of resistance to
antimicrobial peptides in Vibrio in adult and juvenile oysters.
http://e 0,1M€
n.polem ANR
ermedit
erranee.
com/Re
ssources
biologiq
uesmarines
/Aquacu
lturedurable/
REVARE
SP
in the Gulf of
Lions
Living
Biodiv
Marine
ersity
Resources
(fishery,
aquacultu
re, etc.)
REVARE
SP
Evasion et
résistance à la
réponse
antimicrobienne
de l'hôte dans
l'interaction
huître-vibrio
splendidus
Avoidance and
resistance to the
host's
antimicrobial
response
interaction
between oyster
and the vibio
splendidus
bacteria
Living
Biodiv
Marine
ersity
Resources
(fishery,
aquacultu
re, etc.)
GIGATO
X
Identification
chez Crassostrea
gigas de gènes
marqueurs de
contamination
par les toxines
produites par le
dinoflagellé
Alexandrium
catanella
20112
years
France (INRA,
Univ
Montpellier
2)
CNRS- INSU Ifremer
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
Identification in
Crassostrea gigas
of marker genes
of contamination
through toxins
from the
dinoflagellate
Alexandrium
catanella
Living
Marine
Resources
(fishery,
aquacultu
re, etc.)
Climat GIGASS
e
AT
chang
e and
impact
s
Adaptation of
oyster farming
ecosystems to
global change
IFREMER
Living
Marine
Resources
(fishery,
aquacultu
re, etc.)
Deep AMPHO
sea
RE
Ecosys
tems
Aires marines
IRD
protégées et
Gestion
halieutique par
optimisation des
ressources et des
écosystèmes
Protected
marine areas and
halieutic
management
through resource
and ecosystem
optimisation
2007-4
years
http://w 0,7M€
ww.giga ANR
ssat.org
/
France
(Ifremer,
Univ Nantes,
Univ Caen,
CNRS, INRA)
http://w 4,34M€
ww.ird.f ANR
r/lamediath
eque/
France (IRD,
Ifremer,
Irstea,
AgroCampus
Ouest, Univ
Versailles St
Quentin…) ,
Sénégal,
Guinea
Republic,
Mauritius
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
Living
Marine
Resources
(fishery,
aquacultu
re, etc.)
Living
Marine
Resources
(fishery,
aquacultu
re, etc.)
PROJET TITLE
/
INITIATI
VE
Opera HACOUS Harmonisation
tional MED
de l'Acoustique
Ocean
des pêches en
ograp
Méditerranée
hy/Ob
Harmonized
servin
fishing accoustics
g
in the
Syste
Mediterranean
ms
VEGEAQ Adaptation des
UA
poissons
d'acquaculture
Adaptation of
farmed fish
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
HCMR
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
2010 2
years
ECLOSERI 2009 ES
3
MARINES years
DE
GRAVELIN
ES
Faced with stagnation in the quantities of fish from fishing, fish
farming must increase production to meet the growing demand
for these products. However, its current reliance on fishmeal
and fish oil strongly restricts growth. Substitution of plant
products for those of marine origin is urgently needed for a
sustainable development of fish farming. To allow effective
substitution, the VEGEAQUA project aims to answer the
following questions:
Will the selected fish currently on diets rich in marine products
(oils, fishmeal) be as successful on a diet based on plant
products?
Can we improve the selection process to produce high
performing animals (growth, feed efficiency, and yield,
organoleptic quality and nutritional qualities) on diets which are
very low in marine products?
Which strategies that combine genetic selection and define
appropriate food configurations can be best optimized to
improve farmed fish to provide a healthy and high quality
product in a cost efficient way whilst reducing the use of marine
products as much as possible?
To answer these questions, the main breeders of the four major
species of French fish (trout, bass, bream, and meagre) rely on
http://e
n.polem
ermedit
erranee.
com/Re
ssources
biologiq
uesmarines
/Aquacu
lturedurable/
VEGEAQ
UA
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
0,35 M€
DG MARE
Greece,
Spain, Italy,
France
2,4 M€
FUI (SINGLE
INTERMINIS
TERIAL
FUND) ,
FEDER,
REGIONAL
AUTHORITI
ES FROM
BRETAGNE,
LANGUEDO
C
ROUSSILLO
N & NORDPAS-DECALAIS
IFREMER,
INRA, SYSAAF
LES
AQUACULTE
URS
BRETONS,
FMD, LES
POISSONS
DU SOLEIL
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
the expertise of INRA and Ifremer teams in a project combining
methods tested in industrial experiments and also more precise
investigations in experimental fish farming and in laboratories.
Living
Marine
Resources
(fishery,
aquacultu
re, etc.)
INDAM
Indicators for
Sustainable
Aquaculture and
Guidelines for
their use in th
Mediterranean
CAQ GFCM
Living
Marine
Resources
(fishery,
aquacultu
re, etc.)
ADECO
M
Adaptation et
Ifremer
diversification
des Ecosystèmes
Conchylicoles
Méditerranéens
Adaptation and
diversification of
Mediterranean
Oysters-farming
ecosystems
Living
Marine
Resources
(fishery,
aquacultu
re, etc.)
PRONA
MED
Evaluation du
potentiel
d'approvisionne
ment naturel en
naissains d'huitre
creuses en
Méditerranée
2008 7
years
2009 2
years
Ifremer et 2010 Comité
1 year
régional
de
conchylic
ulture
The aims of InDAM, among other and through a participatory
and multidisciplinary approach, are to provide policy makers
and relevant stakeholders, with a comprehensive decision
support tool regarding sustainable aquaculture development in
the Mediterranean. This tool is based on the production of sets
of indicators and relative reference points and standards to
guide evaluate and provide incentives towards the sustainable
development of Mediterranean aquaculture in its four
dimensions (social, economic, environmental and governance)
and within an ecosystem based framework.
http://w DG MARE
ww.faos
ipam.or
g/?pag=
content
/_Show
Portal&
Portal=I
NDAM
0,7M€
Comité
régional
conchylicol
e de
Méditerran
ée
Greece,
Spain, Italy,
France,
Tunisia,
Turkey,
Marocco
France
France
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
Assessment of
the potential
natural supply of
oyster spat in the
Mediterranean
Living
Marine
Resources
(fishery,
aquacultu
re, etc.)
ICES
Impact des
Ifremer
conditions
d'élevage sur la
survie de l'huître
creuse sur la
lagune de Thau
2010 2
years
0,04M€
FranceAgri
Mer
Living
Marine
Resources
(fishery,
aquacultu
re, etc.)
VELYGE
R
Observer,
Ifremer
analyser et gérer
la variabilité du
recrutement de
l'huître creuse en
France
2008 4
years
1,6M€
CNC / FEP
Marine
Hazards
SECULM Système pour
ULMER
2009 ER
localiser un être Aéronauti 3
humain ou un
que
years
objet en
situation de
danger en mer
A system for
locating a human
or an object in a
dangerous
situation at sea
The SECULMER system is composed of different subsets, whose
association enables the user who is in danger to control the
opening of a sealed box and release a self-inflating ball. Thanks
to its colours and various visual devices, the ball, when held in
the air is a valuable aid in the locating and spotting of the user.
http://e
n.polem
ermedit
erranee.
com/Sec
urite-etsuretemaritim
e/Survei
llanceetinterven
tions-
2,4 M€
FUI (SINGLE
INTERMINIS
TERIAL
FUND) AND
REGIONAL
AUTHORITI
ES
ONERA
Ifremer
AIR LIQUIDE,
VOILE
RUSSO,
USHIP
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
maritim
es/SECU
LMER
Marine
Hazards
RATCO
M
Marine
Hazards
JOHANN Analysis of
A
damages linked
to marine
inundation
(processes and
cost)
Marine
Pollution
Ocean PEPSEA
s and
Huma
n
Health
Système
Thales
hautement
Alcatel
Interactif d'alerte
tsunami
Comportement
et devenir de
médicaments et
de perturbateurs
endocriniens
ainsi que leurs
pricipaux
métabolites dans
les eaux côtières
méditerranéenn
es
Behaviour and
becoming of
2008 3
years
7,1 M€
FUI (SINGLE
INTERMINIS
TERIAL
FUND) AND
REGIONAL
AUTHORITI
ES
Géoazur,
ACRI, CNRS,
ISEN, DCNS,
IFREMER,
BRGM, CEA,
Thales,
MeteoFrance
...
BRGM
2010-3
ans
460K€
Fondation
MAIF
BRGM, UBO
Hydroscei
nce
Montpelli
er
(CNRS/IR
D/UM1/U
M2)
01/12/
2009 3
years
The Mediterranean coast is increasingly urbanized and suffers
from pollution generated by urban activities which discharge
treated wastewater into the sea via streams, rivers and sea
outfall pipelines.Effluent from treatment plants no longer just
contain previously studied pollutants, such as hydrocarbons, but
also new and emerging contaminants.These compounds defined
by Daughton and Ternes (1999) correspond to a wide range of
molecules such as drugs and care products.Drugs have become
of particular interest over the past few years as they are
frequently found in the marine environment. (Heberer,
2002).Moreover these molecules are usually designed to act on
the biological system at a low dose.The care products
correspond to a wide range of chemical products including
http://e 1,5M€
n.polem ANR
ermedit
erranee.
com/En
vironme
nt-andcoastalmanage
ment/W
ater-smanage
ment-in-
France :
CNRS,
Ifremer, IRD,
ISM2, CHU
Montpellier
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
drugs and
endocrine
disruptors and
their principal
metabolites in
the
mediterranean
coastal waters
Marine
Pollution
Ocean COSTAS
s and
Huma
n
Health
Contaminants
IFREMER
dans le système
trophique :
phytoplancton,
zooplancton,
anchois, sardine
Contaminants in
the trophic
system :
phytoplancton,
zooplancton,
anchovy, sardine
20094
years
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
perfumes and UV filters.These molecules which come into the
marine environment through recreational activities and
wastewater have in some cases shown potential endocrine
disruption. (Fent et al., 2008).Today little information is
available about the way the human metabolism breaks down
the potential eco-toxicological effects of drugs beyond the
general hypothesis that the more hydrophilic the compounds
the less dangerous they are for aquatic organisms.Metabolites
have physicochemical properties and probably behave
differently within the environment.This study focuses on
pharmaceutical products and some of their specific metabolites
as well as UV filters concentrating on the transformation
process in the marine environment.
coastalarea/PE
PSEA
Le projet ANR COSTAS vise à déterminer les processus de
transfert et le devenir des contaminants chimiques (composés
organiques persistants et métaux traces) depuis les premiers
maillons de la chaîne trophique (eau, particules, phytoplancton
et zooplancton) jusqu’aux petits poissons pélagiques (anchois et
sardines) du golfe du Lion (Méditerranée occidentale).
En complétant les études réalisées à partir d’acquisition de
données sur le terrain et d’analyses en laboratoire, le modèle
MARS est appliqué pour permettre une interprétation
spatialisée et dynamique des observations et pour étudier les
processus physiques, biogéochimiques et biologiques qui
induisent la dispersion et le transfert des contaminants de l’eau
vers les premiers maillons de la chaîne trophique. Il est couplé
au module Eco3M (développé par le LOPB à Marseille, Baklouti
et al, 2006) qui simule la dynamique biogéochimique de
plusieurs populations phytoplanctoniques et zooplanctoniques
http://w 3,4M€
wz.ifrem ANR
er.fr/ma
rs3d/Re
alisation
s/Them
atiques/
Contami
nation/C
ontamin
ationchimiqu
e-dansle-Golfedu-LionCOSTAS
France
(Ifremer)
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
Marine
Pollution
MASSILI
A
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
Modélisation de
la baie de
Marseille :
Influence des
apports
Anthropiques de
la métropole sur
l'écosystème
marin.
MSP ICZM
Climat CECILE
e
chang
e and
impact
s
Coastal
Environmental
Changes: Impact
of sea LEvel rise
LEGOS/CN 2009 RS, BRGM 4
years
MSP ICZM
Living PAMPA
Marin
e
Resour
ces
(fisher
y,
aquac
ulture,
etc.)
Indicateurs de la
Performance
d'Aires Marines
Protégées pour
la gestion des
écosystèmes
côtiers, des
ressources et de
leurs usages/
INDICATORS OF
THE
PERFORMANCE
OF MARINE
PROTECTED
Ifremer
2007 Nouvelle 2011
Calédonie
This project aimed at building and testing indicators of MPA
performance for management objectives linked to ecosystems,
uses and governance. A first crucial step was to come up with a
common formulation of management goals and objectives, in
order to ground the project tasks in managers’ assessments
needs.
Indicator construction and validation was subsequently based
on existing data for biodiversity and resources, and on new data
collection for uses. Additional information collected from MPA
managers enabled to document indicators on MPA governance.
For each MPA, indicators were organized into dashboards per
management objective. Each MPA applied the same approach,
and produced a document reporting on all the actions
conducted during the project, along with indicator dashboards.
http://w
wz.ifrem
er.fr/pa
mpa
2000 k€
ANR
LEGOS,
BRGM,
CREOCEAN,
CNRM,
LIENSs,
SHOM,
Cerfacs.
1914
keuros
(LITEAU,
Ifrecor,
AAMP)
CEDEM /
CERTAP /
COM / UNSA
/ CNRS /
EPHE / GIS
Posidonie /
Ifremer / IRD
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
MSP ICZM
PROJET TITLE
/
INITIATI
VE
Socioe GRAMP
conom
ic &
Policy
Resear
ch
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
AREAS FOR
MANAGING
COASTAL
ECOSYSTEMS,
RESOURCES AND
USES
A number of tools were developed and used to calculate,
analyse and plot the indicators. The tools were tested by project
partners. They comprise : a) a data base with data formats, and
reference tables about species, fishing gears, and the spatial
reference table of each MPA; and b) two R packages, one for
biodiversity and one for uses. Any data set following the PAMPA
format may be imported and handled through these packages,
in order to compute a large number of metrics, to plot them,
and to model them for testing MPA performance. User and
developer documents are available along with the packages.
GRAMP :
CERTAP - 2009recherche sur les Univ.
2013
projets de
Perpignan
gouvernance de
deux GRandes
Aires Marine
Protégées
(Méditerranée et
Polynésie
française)
Le projet GRAMP se propose de faire le point sur les
connaissances scientifiques qui au niveau international sont
susceptibles d’accompagner la gouvernance des AMP de grands
périmètres impliquant en particulier des zones économiques
exclusives ou de haute mer. L'objectif principal du projet
GRAMP est de mener une étude particulière des processus de
mise en place de deux grandes aires marines protégées
françaises (Méditerranée, Pacifique). L’analyse de leur
gouvernance et des principes arrêtés pour celle-ci permettra
d’en améliorer la connaissance et d’en faciliter l'implantation.
Les réserves de biosphère de l'UNESCO, bien connues au niveau
international, ainsi que désormais les parcs naturels marins
institués par la loi de 2006, ambitionnent de mettre en place
des aires de gestion sur de vastes espaces, offrant des régimes
juridiques très différents et des biotopes également très
diversifiés. Et surtout, ces AMP s'étendent en mer au-delà des
eaux territoriales et du littoral. Le discours politique qui les
accompagne est déterminé par des engagements
internationaux et par de nouveaux paradigmes qui ne sont plus
la simple conservation de biotopes emblématiques. L’Etat
souverain doit pouvoir déployer ses politiques sur des
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
LITEAU
website
175 keuros
(LITEAU)
EPHE
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
http://e
n.polem
ermedit
erranee.
com/En
vironne
mentetamenag
ementdu-
3,1 M€
FRENCH
INTERMINIS
TERIAL
SINGLE
FUND AND
PACA AND
BRETAGNE
LOCAL
opérations de grande ampleur à la mesure de véritables enjeux
maritimes qui ne sont plus uniquement environnementalistes
(Cf. le Grenelle de la Mer). La mise en place d'aires de très
grande taille modifie la nature et l'approche des données
scientifiques nécessaires, ainsi que la fonction même de ces
grandes AMP, leur mode d'évaluation, de gestion et d'appui.
Cette évolution dans la conception des aires marines protégées
nécessite une réflexion nouvelle dans deux domaines : 1) Les
informations à recueillir et les modalités de leur interprétation,
en particulier sous forme de données et de protocoles de suivi
scientifique; 2) Les modes institutionnels de gestion ou, selon
l'expression devenue courante, celui de leur gouvernance.
L’organisation de six séminaires thématiques internationaux
permettra de réunir des spécialistes de notoriété mondiale
autour des grands questionnements scientifiques intéressant
directement la gouvernance des grandes AMP : connectivité,
biodiversité, écosystèmes coralliens, droit international de
l’environnement et de la mer, gestion internationale des pêches
maritimes, coopération régionale, gestion intégrée de la zone
côtière, communautés littorales.
MSP ICZM
PREVIC
OT
Prévisions
côtières sur
mesure, en
temps réel, pour
les différents
usagers de la
mer
Real-time
tailored coastal
ACTIMAR
2008 2
years
The project has enabled the development of new operational
products and services:
Products dedicated to navigation: operational of weather and
sea state forecasts with applications for shipping companies and
offshore operators.
Products dedicated to macro-waste:
Development and deployment of an operation system for the
tracking of macro waste
Implementation of statistical tools for the optimisation of
zoning services and depollution of mooring points
a portal for on-demand forecasting of the trajectory of floating
Ifremer
MeteoFrance
SHOM
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
forecasts for sea
users
MSP ICZM
SQUID
Dispositif
Intervention
Sous-marine sûr
et rapide
ACSA
2010
Underwat
er GPS
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
macro waste along the coastline of the PACA region.
Products dedicated to offshore work:
Operational analysis service and long term monitoring of marine
sediment disposal sites
Application for monitoring hydro-sedimentary processes
Products dedicated to the quality of coastal waters: real-time
management of health risks in coastal waters
Implementation of pilot schemes in France, on the AtlanticChannel coasts and across PACA for various types of clients for
the validation of products.
littoral/ AUTHORITI
Services ES
-a-lenviron
nementenlittoralet-enmer/PR
EVICOT
Intervention in accidents, shipwrecks, loss of valuable material
at sea, is dangerous ... and is currently carried out through
different on-going deployments: Sonar, ROV and / or manned
vehicles. They are launched from specialized vessels. They
require a very large, sometimes very heavy amount of
machinery. The problem is the same when it comes to scientific
missions with joint deployment of AUVs and ROVs.
In the field of environmental monitoring, site mapping and
supervision of underwater monitoring stations also require the
on-going use of ROVs and AUVs.
The SQUID project objective is to develop pooled technologies
that allow the use of a reconfigurable device for different types
of operations in deep sea. These developments will uniquely
equip partners to allow them to maintain their major market
advantage.
The technology developed will be integrated into two "Payload"
sections which will be tested on an existing Ifremer AUV in two
phases, simply by changing section:
Independent pre- positioning and mapping of the working area:
this phase includes locating of an acoustic marker and highresolution optical mapping of the area
http://e
n.polem
ermedit
erranee.
com/En
vironne
mentetamenag
ementdulittoral/
Services
-a-lenviron
nementenlittoralet-en-
2,7 M€
Ifremer
FUI
CNRS
(FRENCH
Lhertier
INTERMINIS
TERIAL
SINGLE
FUND) AND
PACA
REGIONAL
AUTHORITI
ES
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
Remote operated intervention in the area: This phase will allow mer/SQ
a surface based operator to direct the machine "transformed
UID
into an ROV" by the addition of a very small fibre optic umbilical
cord and side-thrusters, for interventions such as sampling or
recovery of materials
MSP ICZM
GIRAC
Intergrated
Management of
coastal
wastewater
discharges
VEOLIA
2007 4
years
MSP ICZM
METRO
C
Apports par les
grandes
métropoles
Ifremer
20046
years
MSP ICZM
PROTOG Enjeux et
IZC
perspectives de
mise en oeuvre
du protocole
GIZC en
Méditerranée
IDDRI
20092013
5,3M€
FUI
Adopté en janvier 2008 par les Parties contractantes à la
Convention de Barcelone, et entré en vigueur le 24 mars 2011,
le protocole relatif à la gestion intégrée des zones côtières
(GIZC) de la mer Méditerranée constitue le premier instrument
juridique supra-étatique visant spécifiquement la gestion des
zones côtières. Auparavant, le littoral restait en effet
réglementé de manière fragmentaire par le droit international
tandis que les rares les instruments visant à dépasser les
politiques sectorielles et à orienter les systèmes nationaux vers
une gestion intégrée des littoraux étaient cantonnés dans le
champ de la soft law. Les zones côtières méditerranéennes
étant placées depuis plusieurs décennies sur la voie d'un
développement non durable, l’application de ce nouvel outil
Pôle Mer
PACA, Veolia,
Ifremer,
ACRI, NKE
http://w
ww.ifre
mer.fr/
medicis/
projets/
metroc.
html
Agence de France
l'eau Rhône
Médeterran
ée Corse
LITEAU
website
332 keuros
(LITEAU,
CAR-PAP)
CAR-PAP
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
LITEAU
website
367 keuros
(LITEAU,
CPER
Languedoc
Roussillon)
juridique revêt une importance cruciale pour le futur du bassin
méditerranéen. Le projet Protogizc était donc précisément
consacré aux questions, à la fois théoriques et opérationnelles,
soulevées par la récente entrée en vigueur du texte. Après avoir
opéré une analyse fine des dispositions du protocole – leur
contenu, leur portée normative… – la recherche a conduit à
étudier les perspectives de mise en œuvre du texte dans quatre
États – la Croatie, la France, l'Italie et le Liban – dans des
domaines divers allant du cadre juridique au renforcement des
capacités (personnels administratifs, judiciaires…) et à
l'utilisation des documents de planification du territoire
(cadastre, plans d'occupation des sols…) en passant par
l'intégration du changement climatique dans les décisions
d'aménagement et de protection des écosystèmes.
MSP ICZM
SOLTER
Quelles
solidarités
territoriales et
quelles
stratégies pour la
résilience du
littoral à la
submersion
marine
LAMETA Univ
Montpelli
er 1
2012 3
years
L’objectif du projet est d’explorer les modalités de mise en
oeuvre de politiques sans regret permettant
d’anticiper le recul stratégique en tenant compte des
perceptions des populations de façon à renforcer
l’acceptabilité de ces mesures et à identifier les possibilités de
financement privé dans un contexte de
raréfaction des budgets publics. Il s’agit en particulier,
d’identifier des outils financiers et/ou règlementaires
innovants permettant de financer des actions d’aménagement,
des mesures de compensations financières en veillant à l’équité
des contributions au sein de la population en fonction des
niveaux de concernement et des solidarités territoriales
existantes. Ces solidarités seront étudiées à travers deux séries
d’enquêtes couplées à des expériences d’économie
expérimentale dans des communes spatialement distribuées
perpendiculairement à la côte selon un gradient d’éloignement
progressif mer/terre. Ces perceptions et comportements
BRGM, EID,
INEA, UMR
ART-DEV,
DREAL
langudeocroussillon
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
http://e
n.polem
ermedit
erranee.
com/Re
ssources
-
1,4 M€
FUI (SINGLE
INTERMINIS
TERIAL
FUND) &
PACA &
BRETAGNE
individuels seront rapprochés d’un diagnostic des solidarités
terre-mer mené sur quelques sites exemplaires en termes
écologique, économique, social et institutionnel. Il s’agit
d’étudier les solidarités écologiques au niveau des
infrastructures écologiques de protection (plages-dunes-zones
humides), la structure des flux économiques et des solidarités
sociales et comment ces flux s’articulent avec l’échelle des
cellules sédimentaires et avec celle des dispositifs
institutionnels de gouvernance. A partir de ces nouvelles
connaissances il s’agit ensuite d’identifier dans le cadre d’une
démarche de prospective participative comment les acteurs
locaux s’approprient ces outils (deux ateliers thématiques),
comment ceux-ci font évoluer leur perception de
l’aménagement de leur territoire et quelles mesures sans regret
ils imaginent pour initier de bonnes pratiques facilitant la mise
en place de politiques de recul à plus long terme. Le caractère
innovant du projet réside dans sa thématique, le recul
stratégique et ses modalités de financement étant peu
étudiés, dans son échelle d’étude des perceptions et des
comportements organisée selon un gradient spatial mer/terre
et, du point de vue méthodologique, dans son recours à
l’économie expérimentale, jamais encore appliquée au domaine
des risques littoraux et à une démarche de prospective
participative.
Ocean
renewabl
e Energy
BILBOQ
UET
Production
d'électricité par
force
houlomotrice
Production of
D2M
2011 2
years
The "Bilboquet" system consists of a guided float which moves
with the force of the waves along a floating anchored column.
The float is equipped with racks which actuate the gear
generators located in a capsule at the top of the column. The
lower part of the column is equipped with a weighted part with
vertical hydrodynamic damping to provide three anchor points
which contribute to higher vertical stability.
CMD,
CERVVAL,
ADENEO,
OCEANIDE,
BV,
BREIZADIC
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
electricity by
wave power
Ocean
renewabl
e Energy
HELIOBI
OTECH
Shared platform
"new energies _
h2"
Oceans
and
Human
Health
MEDIOS Le
2
développement
des dinoflagellés
toxiques du
genre Ostreopsis
sur le littoral de
la Méditerranée
nord occidentale
The "Bilboquet" is robust and efficient and can be anchored in
various depths. A suitable anchoring system allows the
construction of power generation farms. The size of the
"Bilboquet" can be adapted to environmental conditions (waves
and water depth) and the optimization of energy efficiency
which ranges from 1,500 to 3,500 kW, with a demonstrator to
120 kW. The project concerns the development of a reduced
power "Bilboquet" whose production and sea trials will validate
the R&D to date. In addition, the partners will develop a
performance simulation method for a "Bilboquet" farm that
could be adapted to other sets of renewable energy devices
(e.g. offshore wind turbines).
CEA
2009 5
years
Observato 2007ire
2011
Océanolo
gique de
Villefranc
he-surmer
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
energeti REGIONAL
ques-et- AUTHORITI
minieres ES
marines
/Energie
smarines
renouve
lables/BI
LBOQUE
T
0,4 M€
PACA, Etat
The main goal of the multidisciplinary project MediOs 2
(Mediteranean Ostreopsis) was to acquire and analyze pertinent
scientific knowledge in areas as diverse as ecology, biology,
chemistry, epidemiology or socio-economic concerning the
occurrence of species of the genus Ostreopsis (toxic benthic
microalgae) in the Mediterranean. This knowledge was
integrated and distributed to provide a decision-making support
for administrative action. Results obtained thus allowed science-
http://w 468 keuros
ww.obs- (LITEAU)
vlfr.fr/m
edios2
IFREMER,
ENIB
CEA,UNIVERS
ITE D'AIX
MARSEILLE,
FÉDÉRATION
DE
RECHERCHE
ECCOREV,
BIP (CNRS,
MARSEILLE)
CNRS / Univ.
Nice /
Ifremer /
CHU Nice /
CCI Nice
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
: mise en
évidence des
zones à risque et
première
évaluation des
impacts
écologiques,
sanitaires, et
socioéconomiques
Development of
toxic
dinoflagellates
genus Ostreopsis
in coastal NW
Mediterranean
Sea:
revealing of
sensitive's areas
and first
evaluation of
ecological,
health and
economical
impacts.
Oceans
and
Human
Health
C3A
Impact of
contaminants
from megacities
on marine
ecosystems :
example of
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
based recommendations concerning the management of risk,
with suggestions to optimize environmental surveys, to initiate
a food risk survey and to structure actions at the national level.
MediOs 2 also perfectly played its role of "pilot" project,
building awareness of the Ostreopsis problem and creating
dynamics in the proposition of new projects, at national and
international levels.
Univ
Toulon,
Ifremer
2010 ?
0,25M€
CNRS INSU
Univ Toulon,
Ifremer, MIO
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
Toulon and
Marseille
Oceans
and
Human
Health
MICROG ModélIsation des
AM
Contaminations
bactéRiennes
d’Origine fécale
du Golfe
d’Aigues-Mortes
en vue d’une
gestion de
risques en temps
réel
Université 2007Montpelli 2012
er 2 /
UMR
ECOSYM
Le Golfe d’Aigues-Mortes (GAM) qui prend naissance sur la
LITEAU
marge occidentale du delta du Rhône est une zone de transition website
terre-mer sur plus d’une vingtaine de kilomètres face à une
importante plateforme continentale peu profonde qui le relie au
Golfe du Lion (GL). Le programme de recherche MICROGAM a
pour objectif général de répondre aux préoccupations de
gestion de la qualité sanitaire des eaux côtiè-res du Golfe
d’Aigues Mortes (GAM) formulées d’une part par les
associations d’usagers et d’autres part par les collectivités
territoriales. Le projet a été conçu et de façon à établir une
concertation étroite entre les scientifiques, les gestionnaires et
les autres parties prenantes (stakeholders) de la gestion
intégrée et du développement local/régional durable du GAM.
Cette posture de recherche en collaboration s’inscrit
parfaitement dans la logique de la GIZC qui recommande des
politiques à la fois intégrées et concertées au niveau de
l’analyse des enjeux et de la définition des orientations de
gestion, en conformité avec les conditions locales
d’appropriation des principes du développement durable qui
insistent sur le caractère adaptatif des diagnostics et des
mesures de mise en œuvre. Le projet vise à comprendre les
sources de contamination microbienne du Golfe d’AiguesMortes, d’en modéliser leur diffusion sous différentes
contraintes météorologiques et de contribuer in fine à un outil
d’aide à la gestion du risque sanitaire en relation avec les
contraintes socio-économiques. L’hypothèse est que dans des
conditions climatiques événementielles de type
méditerranéennes (gros orages, inon-dations), le GAM peut être
soumis à des apports microbiens importants qui peuvent
490 keuros
(Liteau, …)
GéoSciences
Montpellier,
HydroScience
s
Montpellier,
LAMETA
(Univ
Montpellier
1)
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
générer une situa-tion momentanée de dégradation de la
qualité des eaux côtières. Le développement d’un outil prédictif
(modélisation) d’une telle situation doit contribuer à une aide à
la gestion de la zone côtière du GAM, répondant ainsi à la
nouvelle directive européenne concernant la gestion de la
qualité des eaux de bai-gnade.
Operation
al
Oceanogr
aphy/Obs
erving
Systems
Deep CASCAD Dense Shelf
CEFREM
sea
E
water cascading :
Ecosys
Export of
tems
particulate and
dissolved
material from
the coast to the
open ocean
through canyons
2010 2
years
Operation
al
Oceanogr
aphy/Obs
erving
Systems
Deep OSIFIOS
sea
T
mining
, Oil
and
Gas
Sustai
nable
Exploit
ation
2008-4
years
Operation
al
Oceanogr
aphy/Obs
Deep SEA
Système
sea
Explorer d'exploration
mining
sous marine
, Oil
and
Outil de
Ifremer
simulation pour
la formation des
images optiques
Simulation tool
for the formation
of optical images
ACSA
2007 Underwat 5
er GPS
years
0,2 M€
CNRS INSU
The SEA-EXPLORER project aims to develop "gliders", small
unmanned devices powered by gravity and cyclical ballasting.
These devices are dedicated to the exploration of the
underwater environment, providing on site measurement of
CEFREM,
OOBanyuls,
MIO,
IFREMER
http://w 1,1M€
wz.ifrem ANR
er.fr/osi
fiost_en
g/
France
(Institut
Fresnel, LOV,
Prolexia)
http://e
n.polem
ermedit
erranee.
com/En
IFREMER,
LEPI - USTV,
LOV OBSERVATOI
RE
4M€
FRENCH
INTERMINIS
TERIAL
SINGLE
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
erving
Systems
Gas
Sustai
nable
Exploit
ation
Operation
al
Oceanogr
aphy/Obs
erving
Systems
Marin
e
Hazar
ds
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
HEXECO Hydrodynamique Ecole
Extrême du large Centrale
à la côte
Marseille
Extreme
Hydrodynamics
from open sea to
the coast
START ABSTRACT
ING
TIME
&
DURA
TION
2008 4
years
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
physical (current, temperature) and biogeochemical (salinity,
concentrations of certain constituents, etc.) parameters. One of
the projected uses of these "gliders" will be to monitor the
impact of urban (Urban Community of Marseille) wastewater
discharges on micro-organisms in a marine environment. These
devices can also be used for maritime surveillance missions.
There are multiple benefits from this project, the product is now
marketed by ACSA and other projects are developing as a result
of it.
vironne
mentetamenag
ementdulittoral/
Services
-a-lenviron
nementenlittoralet-enmer/SE
AEXPLOR
ER
FUND AND
PACA
REGIONAL
AUTHORITI
ES
Le projet HEXECO, comme Hydrodynamique EXtrême du largE à
la COte, a pour ambition le développement de modèles de
prévisions prenant en compte les paramètres spécifiques du
large, de la zone côtière et du littoral.
Cette recherche qui rassemble les organismes directement
concernés au niveau français par une meilleure connaissance
des événements hydrodynamiques extrêmes à la côte,
comportera un important travail de modélisation et de
simulation couplé avec l’observation, la mesure, et la validation
expérimenta
http://w 3M€
ww.pole ANR
-merbretagn
eatlantiq
ue.com/
hexeco.
php
OCÉANOLOGI
QUE DE
VILLEFRANCH
E, CENTRE
D'OCEANOLO
GIE DE
MARSEILLE
ACRI IN, ACRI
ST
France (Ecole
Normale
Supérieure
Cachan,
Ecole
Centrale
Nantes,
Ifremer,
CNRM/Mete
o-France,
SHOM)
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
Operation
al
Oceanogr
aphy/Obs
erving
Systems
PIPEWA
TCH
Operation
al
Oceanogr
aphy/Obs
erving
Systems
Marin
e
Hazar
ds
Système de
surveillance de
mouvements de
pipe et de
structure sous
marines
Pipe and
underwater
structure
movement
monitoring
system
SIMODE Signature MicroOnde du
déferlement et
de l'écume
Mico-wave
signature of the
flood and foam
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
SUBSEA
TECH
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
2007 ?
http://e
n.polem
ermedit
erranee.
com/Re
ssources
energeti
ques-etminieres
marines
/Offshor
eprofond
/PIPEW
ATCH
0,7 M€
OSEO &
PROVENCE
ALPES CÔTE
D'AZUR
REGIONAL
COUNCIL AS
PART OF
THE APRF
LSEETUSTV
2009-5 The main objective of this project is to gain better
years understanding and interpretation of the influence of
phenomena associated with tidal surge through the use of
remote sensing of active and passive microwave emissions on
the ocean. These phenomena include several aspects of the
ocean surface: non-Gaussian waves, surface roughness and
breaking waves, and sea foam. Incorporating these effects into
remote sensing models is essential for the inversion procedures
of ocean geophysical parameters (temperature and ocean
surface salinity, wind and sea state).
There is currently no global hydrodynamic and electromagnetic
model defining the interaction of microwaves with the sea
surface in the presence of breaking waves. It is the aim of this
project to further this goal by following two approaches:
This project aimed to develop a device for recording the
movements of pipes and underwater structures in relation to
cycles of temperature and pressure on deep sea oil installations
to assess the fatigue of these structures, and anticipate damage.
Testing of a prototype was carried out in 2010 and led to a shift
in the functional specification. This study, in particular allowed
the members of the consortium to develop a new approach to
identifying acoustic targets.
http://e 1,7M€
n.polem ANR
ermedit
erranee.
com/En
vironne
mentetamenag
ementdulittoral/
Services
-a-l-
CHRISAR
SOFTWARE
TECHNOLOGI
ES, COMEX
IFREMER
France
(Ifremer,
CNRS)
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
Theoretical approach: develop a unified theoretical framework
taking into account all relevant aspects of breaking waves for
remote sensing of microwave emissions during moderate to
strong winds. This description will include statistics of nonGaussian waves, the occurrence of breaking waves and the
resulting foam, whilst remaining sufficiently flexible from an
analytical and digital approach. It will be coupled with recent
effective electromagnetic diffusion models. Typical
configurations of remote sensing will be retained: active or
passive survey with a moderate frequency (relevant for satellite
missions and airborne) and active survey with occasional
frequency (for coastal radars and boats)
Experimental approach: experimental validation of theoretical
developments in bringing together a maximum of simultaneous
measurements in different configurations: on site
measurements, satellite data, optical images, radar and
radiometric survey in different bands. This study is based on
several sets of experimental data already in existence.
Operation
al
Oceanogr
aphy/Obs
erving
Systems
CONNEC Control of
T
Networked
Cooperative
Systems
CNRS
2007-3
years
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
environ
nementenlittoralet-enmer/SI
MODE
http://w 2M€
ww.gips ANR
alab.gren
obleinp.fr/pr
ojet/con
nect/pu
blis/post
er%20co
nnect1101201
France
(Ifremer,
CNRS, SMEs)
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
1.pdf
http://w
ww.age
ncenational
erecherc
he.fr/pr
ojetanr/?tx_
lwmsuiv
ibilan_pi
2%5BCO
DE%5D=
ANR-06ROBO0013
Operation
al
Oceanogr
aphy/Obs
erving
Systems
PABO
Plateformes
Autonomes et
Biogéochimie
Océanique
CNRS
2006 4
years
With the overall objective to understand oceanic
biogeochemistry at specific spatio-temporal scales that have, up
to present, rarely if at all been studied, PABO aimed at:
(1) developing new robotic platforms and
(2) testing these platforms to assess their potential to conduct
exploratory research in various oceanic environments.
Eight profiling floats have been developped and acquired unique
data sets of biogeochemical measurements in remote oceanic
areas. These data allowed to clearly characterize the key role of
seasonal forcing on the dynamics (and its understanding) of
algal biomass. Moreover, first glider transects between Nice and
Corsica have pointed to the close link between the intensity of
the Ligurian current and the biogeochemical response to this
forcing. This allows, in particular, to understand how the current
0,7 M€
ANR
France
(CNRS,
Ifremer)
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
can be considered as an algal biomass oasis in an area that is a
priori characterized as oligotrophic.
The positive feedbacks of these experiences within PABO have
initiated several projects in its succession (e.g. remOcean)
Operation
al
Oceanogr
aphy/Obs
erving
Systems
ATOS
Antenne
Acoustique en
technologie tout
Optique
Acoustic antenna
using only optical
technology
Operation
al
Oceanogr
aphy/Obs
erving
Systems
PARAMI Communication
LLS
sous marine par
croix de mills
paramétriques
Underwater
communication
using mills cross
parameters
Thales
2009 Underwat 4
er
years
Systems
This development is a technological breakthrough for passive
underwater acoustic monitoring systems. This breakthrough is
founded on the use of optical sensors based on fibre laser
optical cavities which are multiplexable and easily interrogated
from great distances via a single fibre optic cable without the
need for on-board electrical power. This self-supporting system
can also be used in conjunction with more complete maritime
protection systems such as those developed within the
framework of Pôle Mer Méditerranée.
http://e
n.polem
ermedit
erranee.
com/Sec
urite-etsuretemaritim
e/Survei
llanceetinterven
tionsmaritim
es/ATOS
4,3 M€
FUI
(FRENCH
SINGLE
INTERMINIS
TERIAL
FOUND)
AND
REGIONAL
AUTHORITI
ES
PERFOS,
IFREMER,
ENSSAT,
UNIVERSITÉ
DE RENNES 1
(FOTON, EVC)
CGG
VERITAS,
QUANTEL,
RAKON
FRANCE,
THALES
RESEARCH &
TECHNOLOG
Y
IXWAVES
The project focuses in particular:
On the creation of a "pointable" and stabilized antenna
On the creation of a modem incorporating spatial dimension
into its operation (management of beams, acoustics, Mills Cross
theory)
On the testing of this modem in a realistic configuration
On the establishment of its performance (target: doubling the
throughput of COTS modem models)
http://e
n.polem
ermedit
erranee.
com/Sec
urite-etsuretemaritim
e/Survei
llanceet-
2,9 M€
FUI (SINGLE
INTERMINIS
TERIAL
FUND) AND
PACA
REGIONAL
AUTHORITI
ES
IFREMER,
UNIVERSITÉ
PIERRE ET
MARIE CURIE
ECA,
SEMANTICTS, IXSEA,
ICAM
2010 2
years
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
interven
tionsmaritim
es/PARA
MILLS
Operation
al
Oceanogr
aphy/Obs
erving
Systems
BLIDAR
Bouée LIDAR
LA
COMPAG
NIE DU
VENT
Operation
al
Oceanogr
aphy/Obs
erving
Systems
MCGS
Marine
ACRI
Collaborative
Ground Segment
2011 3
years
The BLIDAR project aims to complete offshore measurement
missions to predict the offshore wind farm's annual energy yield
and assess the profitability of the wind farm. It also aims to
provide an alternative means of calculating offshore mast
measurements. By reducing the environmental and visual
impact, it will show up to an altitude of 200m and can be
installed regardless of the water depth at a competitive price.
2011 - Provide tailored marine information based on Copernicus
3years Sentinel satellites for operational monitoring
http://e
n.polem
ermedit
erranee.
com/Re
ssources
energeti
ques-etminieres
marines
/Energie
smarines
renouve
lables/B
LIDAR
1,8 M€
FUI (SINGLE
INTERMINIS
TERIAL
FUND) &
REGIONAL
AUTHORITI
ES
NKE,
LEOSPHERE
IFREMER,
IRSEEM
http://w
ww.pole
mermed
iterrane
e.com/E
nvironm
5 M€
FRENCH
INTERMINIS
TERIAL
SINGLE
FUND AND
IFREMER,
CNES/CNRS/
UPMC/ACRI
(GIS COOC),
SHOM, GIS
TELECOM
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
Operation
al
Oceanogr
aphy/Obs
erving
Systems
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
VASQUE Véhicule
ACSA
2009-4 The VASQUE project aims to develop a hybrid underwater
Autonome de
Underwat years vehicle (glider equipped with low-thrust propulsion) dedicated
surveillance de la er GPS
to coastal activities in shallow waters.
qualité des eaux
This machine will be equipped with special sensors for
Autonomous
measuring water quality and can communicate with the land
vehicle for the
through a relay buoy confirming its position. The project will
monitoring of
complement the VASQUE range of SEA EXPLORER type gliders.
water quality
It will have multiple applications:
Continuous instrumentation for a coastal area:
The vehicle will travel continuously up and down a
predetermined area, and a relay buoy will transmit an indicator
of environmental quality.
The vehicle will be recovered every 15 days or a month
(depending on the type of sensor used) for battery recharging,
and to download the entire raw data recorded during the
operation. With this configuration, the buoys are anchored to a
fixed point, and are equipped with GSM communication relays.
Continuous instrumentation or environmental inspection from
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
ent-andcoastalmanage
ment/Se
rvicesfor-themarineframew
orkstrategy
directive
/MCGS
PACA AND
BRETAGNE
LOCAL
AUTHORITI
ES
BRETAGNE,
CNES/CNRS/I
RD/UNIVERSI
TÉ PAUL
SABATIER
(LEGOS
CLS, AS+
http://e
n.polem
ermedit
erranee.
com/En
vironne
mentetamenag
ementdulittoral/
Services
-a-lenviron
nementenlittoral-
3,3 M€
DGCIS - ECO
INDUSTRIES
CALL FOR
PROJECTS
IFREMER,
IFREMER,
UPMC/CNRS
(OOV/LOV),
UNIMED/CN
RS (COM),
CEDRE
ACRI IN, ACRI
ST
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
offshore platforms
et-enThe device is positioned relative to an acoustic transmitter
mer/VA
placed on the structure (platform or FPSO), which replaces the
SQUE
buoys mentioned above
Similarly, the device will transmit acoustically an indicator of the
quality of the environment, and / or send an alert in case of
detection of a specific substance
Detection of pollution after shipwreck: In case of the sinking of a
ship carrying hazardous materials, the machine can be easily
transported on site (it is small in size and weight), and used both
to locate the wreckage equipped with a "black box" type
transponder and to navigate around the wreck in order to give
the alarm in case of detection of a French Interministerial Single
Fund listed hazardous material.
Operation
al
Oceanogr
aphy/Obs
erving
Systems
MED
SPIRATI
ON
Operation
al
Oceanogr
aphy/Obs
erving
Systems
EMODN
ET
ESA
(European
Space
Agency
European Marine
Observation and
Data Network
The Medspiration Project is a European initiative to combine
data measured independently by several different satellite
systems into a set of data products that represent the best
measure of SST, presented in a form that can be assimilated into
ocean forecasting models.
http://c ESA
ersat.ifr
emer.fr/
themati
cportals/
projects
/medspi
ration
DG MARE
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
Operation
al
Oceanogr
aphy/Obs
erving
Systems
EMODN
ET
Physiqu
e
DG MARE
France - Italie
- Pays Bas Royaume Uni
- Suède
Operation
al
Oceanogr
aphy/Obs
erving
Systems
EMODN
ET
Chimie
DG MARE
France - Italie
- Pays Bas Royaume Uni
- Allemagne Norvège Danelark Belgique Suède Grèce Russie Ukriane Bulgarie Roumanie Géorgie Espagne Irlande Chypre
Operation
al
Oceanogr
aphy/Obs
erving
Systems
EMODN
ET
Biologie
DG MARE
Belgique France - Pays
Bas - Ukraine
- Royaume
Uni - USA Allemagne
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
Operation
al
Oceanogr
aphy/Obs
erving
Systems
EMODN
ET
Hydrogr
aphie
Operation
al
Oceanogr
aphy/Obs
erving
Systems
EMODn
et GEOLOG
Y
European Marine BGS (Alan 2013 Observation and Stevenson 3
Data Network )
years
GEOLOGY
Operation
al
Oceanogr
aphy/Obs
erving
Systems
LIVINGS
TONE
Shelf slope
LOCEAN/C 2006 exchanges study NRS
3
by an automated
years
network of
underwater
gliders:
Application to
the Gulf of Lions
500 K€
ANR
ENSTAParistech
LSCE/CEA
Operation
al
Oceanogr
aphy/Obs
NAOS
A Novel Argo
Observing
System.
8000 K€
EquipEx
LOV/CNRS
NKE
Other public
and private
DG MARE
Ifremer
2012 6
years
http://w 4200 k€
ww.bgs. DGMARE
ac.uk/st
aff/profi
les/1778
.html
http://w
ww.emo
dnetgeology.
eu/
France - Pays
Bas - Irlande Grèce Espagne Royaume Uni
- Norvège Italie
36 partners
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
erving
Systems
French
Institutions
Operation
al
Oceanogr
aphy/Obs
erving
Systems
AGNOO
Automated
Gliders Network
for Ocean
Observation
ENSTAParisTech
2008 3
years
L’objectif de cette recherche exploratoire est de démontrer, à
l’aide d’outils de simulation et d’expériences en mer, les
capacités de monitorage de l’environnement océanique par une
flottille de gliders parcourant un réseau d’observation. Cette
plateforme réunit les éléments essentiels pour répondre au
besoin d’une surveillance des masses d’eau et courants
océaniques sur la vaste gamme d’échelles qui les caractérisent :
peu coûteuse, fortement automatisée, contrôlable à distance,
transmission en temps réel. Elle permet de relever le défi de
l’observation à distance in-situ du milieu marin en profondeur
en complémentarité des observations de surface faites par
satellite. Le développement de cette capacité demande le
contrôle robotisé de la flottille qui inclut l’optimisation de la
couverture du réseau et la tolérance aux pannes.
Other*/M
ultiple
areas
(specify in
column B)
"Coast
al
zone
scienc
es"
SHORE
MED /
MISTRA
LS
A transverse and CNRS
interdisciplinary
program in the
MISTRALS
initiative for the
coastal region
Progra
mme
under
constr
uction
2014 > 10
years
Other*/M
ultiple
areas
(specify in
column B)
Biogeo
chemi
stry,
marin
e
ecosys
MERME
X/
MISTRA
LS
MERMEX:
Marine
Ecosystem
Response in The
2010 - MERMEX is one of the 8 MISTRALS programmes. It is focused on
> 10
the changes that will take place in the Mediterranean Sea due
years to natural changes as well as the anthrogenic impacts, and how
they will affect marine ecosystems, the biodiversity and their
associated services. MERMEX is organised along 5 main work
packages:
CNRS
300 K€
REI/DGA
LOCEA/CNRS,
Ifremer,
GOSTAI
Ifremer,
BRGM, IRD,
Universities,
…
http://
mermex
.pytheas
.univamu.fr/
2000 K€ / y
MISTRALS
internal
funding,
other
funding
CNRS, AixMarseille
Univsersity,
Universite
Pierre-etMarie Curie,
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
tems,
marin
e
biodiv
ersity,
marin
e
manag
ement
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
Mediterranean
Experiment
WEBSIT
E
Impact of hydrodynamic changes on Mediterranean
biogeochemical budgets (WP1),
Ecological processes; biogeochemistry and food web
interactions (WP2),
Land-ocean interactions including extreme events (WP3),
Natural and anthropogenic air-sea interactions (WP4) and
Ecosystem based management (WP5).
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
(ANR,
Regions, …)
Inversite de
Perpignan,
Ifremer, CEA,
other public
organisations
Other*/M Paleoc PALEOM Paleoultiple
limatol EX /
Mediterranean
areas
ogy
MISTRA Experiment
(specify in
LS
column B)
CNRS
2010 > 10
years
PaleoMex is an international coordinated effort that aims at
documenting the Mediterranean climate over the Holocene
along the following foci:
- Mediterranean hydrological cycle
- Ocean circulation variability
- Impact on paleoenvironments
- Impact on human societies.
https://
paleom
ex.lsce.i
psl.fr/
160 k€ / y
MISTRALS
internal
funding
Ifremer,
INRA, BRGM,
IRD,
Universities,
…
Other*/M
ultiple
areas
(specify in
column B)
CNRS
2010 > 10
years
MISTRALS (Mediterranean Integrated STudies at Regional And
Local Scales) is a decennial program for systematic observations
and research dedicated to the understanding of the
Mediterranean Basin environmental process under the planet
global change.
It aims to coordinate, across the Mediterranean Basin,
interdisciplinary research on atmosphere, hydrosphere,
lithosphere and paleo-climate, including environmental ecology
and social sciences. The objective is to achieve a better
understanding of the mechanisms shaping and influencing
landscape, environment and human impact of this eco-region.
Thus, its aim is to anticipate the behaviour of this system over a
century, from an interdisciplinary analysis conducted over the
2010-2020 decade. The ultimate goal of this program is to
http://w
ww.mist
ralshome.or
g/spip/?
lang=en
4500 K€ /
year
Ministry of
high
education
and
research
(MESR) and
participatin
g agencies,
including
ANR
Ifremer,
INRA, BRGM,
IRD,
Universities,
…
Resear MISTRA
ch
LS
progra
mming
, Coconstr
uction
of
resear
ch
progra
ms
Mediterranean
Integrated
Studies At
Regional and
Local Scales
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
http://
mistrals.
insu.cnr
s.fr/spip
/docum
ents/ge
neralites
/resume
_termex
.pdf
50 k€ / y
MISTRALS
internal
funding
predict the evolution of habitable conditions in this large
ecosystem, to meet the public policies concerning resources and
environment, to anticipate evolution of the societies and to
propose policies and adaptative measures that would optimize
them.
MISTRALS is composed of 8 thematic programmes and 2
transverse actions. The most relevant programmes for BG-Med
is MERMEX which is the marine componant of MISTRALS (see
below). TERMEX (geophysics, seismology, ...), PALEOMEX
(paleoclimatology), BIODIVMEX (biodiversity) and SHOREMED
(transversal project for the coastal zone) are also relevant.
Other*/M
ultiple
areas
(specify in
column B)
Seism
ology,
Geoph
ysics,
Marin
e
hazard
s
TERMEX Terra
/
Mediterranean
MISTRA Experiment
LS
CNRS
Other*/M
ultiple
areas
(specify in
column B)
Under
water
roboti
cs
LOHM
Liaison Optique
Haut débit
mobile
Shaktiwar
e
Other*/M Under
ultiple
water
areas
H ROV
Hybride ROV
Ifremer
2012 > 10
years
Ifremer,
BRGM, IRD,
Universities,
…
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
2009 2
years
http://w 0,6M€
ww.cepr DPMA
almar.or
g/filiere
smaritim
es/reori
entation
-versunepecheecorespons
able-eteconom
e-enenergierp3e.ht
ml
(specify in roboti
column B) cs
Socioecon
omic &
Policy
Research
Living R3PE
Marin
e
Resour
ces
(fisher
y,
aquac
ulture,
etc.)
Réorientation
CEPRALM
vers une pêche
AR
économique
Re-orientation to
an economical
fishery
Socioecon
omic &
Policy
Research
Living COPEME Coordination to
Marin D II
Support Fisheries
e
Management in
Resour
the Western and
ces
Central
(fisher
Mediterranean
y,
aquac
Marine
and
Inland
Fisheries
Servoce
(FIRF)
2008 4
years
FAO
C.D.P.M.E.M
du Grau-duRoi
Chalutier
Joseph de
l’armement
Gros
CIRAD
EURL FREZAL
IFREMER
Méditerrané
e
SARL SUD
AVERSA
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
ulture,
etc.)
Socioecon
omic &
Policy
Research
Mariti PISTE
me
Transp
ort
Développement
industrialoportuaire, enjeux
socioenvironnementa
ux et gestion
durable des
territoires dans
les ports de
commerce.
Réalités
françaises,
comparaisons
internationales
UMR
20095182 ART- 2013
Dev
(CNRS/Un
iversité de
Montpelli
er
3/CIRAD)
Le programme PISTE a pour but de répondre à des
LITEAU
préoccupations formulées par les autorités portuaires, les
website
collectivités territoriales, les associations d’écologistes et
d’habitants sur la prise en compte de la société et de
l’environnement dans le développement portuaire. De fait, les
ports de commerce sont aujourd’hui sous la double contrainte
d’un accroissement des échanges mondiaux (société de
consommation) et de nouvelles exigences relatives à
l’environnement et à la qualité de vie (société de bien-être).
Dans ces conditions, comment assurer un développement
portuaire durable qui d’un côté, doit allier un volume suffisant
d’activités à haute valeur ajoutée, générateur de richesses, pour
faire face aux besoins d’une population en fort accroissement
sur les zones côtières, et de l’autre, la préservation de la
biodiversité, la limitation des risques sanitaires et l’amélioration
de la qualité de vie dans les régions portuaires ? Les résultats de
cette recherche déclinent les relations entre ports de
commerce, industrie, société, territoire et environnement.
450 keuros
(LITEAU,
Grand Port
maritime de
Marseille)
UMR 5182
ART-Dev
(CNRS/Univer
sité de
Montpellier
3/CIRAD)
IFSTTAR (URE
SPLOTT)
UMR 7170
IRISSO (CNRS
– Université
Paris
Dauphine)
UMR 5182
ART-Dev
(CNRS/Univer
sité de
Montpellier
3/CIRAD)
IFSTTAR (URE
SPLOTT)
UMR 7170
IRISSO (CNRS
– Université
Paris
Dauphine)
UMR 6049
ThEMA
(CNRS,
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
universités
de FrancheComté et de
Bourgogne)
Socioecon MSP omic &
ICZM
Policy
Research
OMEGA- Outil de
THAU
management
environnemental
et de gestion de
l'avertissement
sur le bassin de
Thau
Syndicat
Mixte du
Bassin de
Thau
(SMBT)
2007 3
years
The OMEGA Thau project (Environmental Management Tool
and Alert Management), managed by SMBT (Syndicate of Thau
Basin), includes scientists, local institutions and authorities,
fishermen and shellfish farmers. The aim of this project is to
develop an Environmental Management Tool, which can guide
local authorities in infrastructure improvements and urban and
resource planning in order to achieve optimal water quality that
is consistent with European standards for recreational waters
and shellfish harvesting areas. The measurement campaigns,
achieved simultaneously on the watershed and the lagoon
during 18 months, enabled i) data acquisition for the calibration
of the model of faecal pollution transfer, from the source to the
shellfish harvest areas, ii) and the identification of major sources
of pollution of shellfish in dry and wet weather. The
implementation of both watershed and
lagoon models will enable the priorization of pollution sources
and the definition of priority work programs.
http://a
rchimer.
ifremer.
fr/doc/0
0042/15
343/126
96.pdf
1 M€
Région
LanguedocRoussillon,
Départeme
nt de
l'Hérault,
Union
européenne
(fonds
FEDER)
yndicat Mixte
du Bassin de
Thau (SMBT),
Communauté
d'Aglomérati
on du Bassin
de Thau
(CABT),
Communauté
de
Communes
Nord du
Bassin de
Thau
(CCNBT),
Agence de
l'eau Rhône
Méditerrané
e & Corse
(AERMC),
Ifremer,
EGIS-eau,
BRLi,
Laboratoire
Département
al Vétérinaire
de l'Hérault
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
(LDV 34),
Predict ;
Socioecon MSP omic &
ICZM
Policy
Research
FHUVEL
Caracterisation
de la
fréquentation
littorale et
détermination
d'indicateurs de
vulnérabilité
écologique pour
définir des
modes de
gestion durable Cas de la bande
littorale du
projet de parc
national des
callanques
Parc
2009 National
?
des
Calanques
Socioecon MSP omic &
ICZM
Policy
Research
INTERSA InterSAGE : Vers Bureau
GE
une gestion
d'étude
intégrée des
LISODE
masses d’eau
côtières de
l’Ouest Hérault :
Outils de gestion
et nouveaux
modes de
gouvernance
20092012
Liteau III
La gestion de l'eau continentale en zone littorale
LITEAU
méditerranéenne associe les enjeux classiques de gestion des
website
ressources communes (négociation entre usages, durabilité de
l’exploitation en termes quantitatif et qualitatif) à des enjeux
côtiers particuliers caractérisés par des écosystèmes sensibles,
entre terre et mer, soumis à une forte pression anthropique.
Elle s’opère actuellement par la juxtaposition des dispositifs de
gestion de l’eau et des territoires (SAGEs, SCOTs) mais doit aussi
s’articuler avec d’autres dispositifs spécifiques aux zones
littorales (SMVMs) ou aux milieux à fort enjeux écologiques
(Zones Natura 2000). La coordination entre ces dispositifs
administrativement indépendants est cruciale pour gérer d’une
313 keuors Irstéa
(LITEAU, AE
RMC, CG34,
CRLR)
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
LITEAU
website
172 keuros
(LITEAU)
manière cohérente les enjeux liés à la gestion des ressources en
eau. Cette coordination nécessite la mise en place de nouveaux
modes de gouvernance qui restent en grande partie à
développer. Notre projet propose de travailler sur cette
problématique sur un terrain qui illustre parfaitement la
complexité du système d'eau continentale en zone littorale
méditerranéenne : celui de la nappe de l’Astien dans l’Ouest
Hérault. S’inscrivant dans une démarche de recherche
intervention, ce projet vise une contribution simultanée aux
connaissances fondamentales sur la coordination
interinstitutionnelle et outils de gestion associés, et à l’action en
société en impliquant les partenaires dans un processus de
changement au sein et entres leurs institutions.
Socioecon
omic &
Policy
Research
ProCoDy Propriété,
f
conflits et
dynamiques
foncières sur le
littoral : les
grands domaines
et le campingcaravaning sur
parcelles privées
Associatio 2009n des
2012
études
foncières
Sur le littoral l’intensité de la compétition pour l’accès au
foncier est telle que la puissance publique peine à trouver des
moyens d’action efficaces et respectueux de l’équité sociale.
De plus, alors que les questions foncières sont régulièrement
évoquées comme un élément central concernant l’avenir des
territoires littoraux et les conflits qui y prennent place, celles-ci
sont rarement étudiées en tant que telles.
Ce projet de recherche propose d’analyser les formes
« sociétales » de la propriété foncière, à travers les pratiques et
représentations qu’elle véhicule, afin d’apporter un éclairage
original sur les processus en cours sur le littoral et permettre un
retour sur les politiques publiques et d’aménagement mises en
œuvre.
Deux thèmes sont privilégiés : le camping-caravaning et les
« grands domaines ». Ils seront successivement développés au
sein de quatre axes de travail.
Il s’agira tout d’abord de replacer le camping-caravaning et les
grands domaines dans les dynamiques socio-spatiales des
Laboratoire
d'Econométri
e de l'Ecole
Polytechniqu
e-
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
LITEAU
website
184 keuros
(LITEAU,
conservatoi
re du
littoral)
littoraux. Ensuite, le deuxième axe se focalisera sur les
représentations et les pratiques associées à la propriété
foncière sur le littoral. L’évolution du droit et des conflits qui
existent entre administrations et propriétaires privés sera
également développé dans le cadre d’un troisième axe. Enfin, le
projet abordera, pour terminer, la dimension politique des
questions foncières et les relations entre élus et propriétaires.
Socioecon
omic &
Policy
Research
FHUVEL
Caractérisation
de la
fréquentation
littorale et
détermination
d’indicateurs de
vulnérabilité
écologique pour
définir des
modes de
gestion durable –
Cas de la bande
littorale du
projet de parc
national des
calanques
Training & Opera PAC SM Essais de piles à
Technolog tional 1 et PAC combustibles
y Transfer Ocean SM 2
pour engins
ograp
inhabités sous
hy/Ob
marins
servin
g
Institut
2009Méditerra 2014
néen
d’Ecologie
et de
Paléoécol
ogie
(IMEP) now IMBE
HELION
2005 5
years
The PAC SM project's main objective is to design, develop and
test PEMFC hydrogen-oxygen fuel cell systems for unmanned
underwater vehicles.
The campaign, conducted on board the Castor (Ifremer) in 2009
off the coast of Toulon, has demonstrated AUV navigation with
an anaerobic fuel cell developed by the Helion company.
http://e 4,3M€
n.polem ANR
ermedit
erranee.
com/Re
ssources
-
Parc national
des
Calanques,
UMR
DESMID,
UMR LPED,
GIS
posidonie,
institut
méditerranée
d'océanologi
e
Ifremer,
Armines,
ECA,
Cybernetix,
SNPE
FRANCE
MAIN R&I OTHE
AREAS
R/MU
LTIPLE
R&I
AREAS
PROJET TITLE
/
INITIATI
VE
COORDIN
ATORS 1
LEADING
INSTITUTI
ON /
COMPAN
Y
START ABSTRACT
ING
TIME
&
DURA
TION
Syste
ms
Training &
Technolog
y Transfer
The dives confirmed the energy capacity provided by the fuel
cell, and the feasibility of management and handling of the
battery in terms of safety.
CETSM
Centre Européen Ifremer
de Technologies
Sous-Marines
2007 5
years
WEBSIT
E
BUDGET (IN PARTICIPANT
K€) AND
S
FUNDING
INSTITUTIO
NS
energeti
ques-etminieres
marines
/Offshor
eprofond
/PACSM-1et-PACSM2
5 M€
Groupemen
t d'Interet
Scientifique
OceanoMe
d
MAIN R&I
AREAS
Biodiversit
y
Biodiversit
y
Biodiversit
y
OTHER/MUL PROJECT/INITIATIVE TITLE
TIPLE R&I
& WEB SITE
AREAS
(SPECIFY)
SCALE
GREECE
COORDINATO STARTING
R(S) &
TIME &
LEADING
DURATION
INSTITUTION/ (ON-GOING
COMPANY
IN 2007)
ABSTRACT &
MAIN
RESULTS
(MAX 500
CHARACTER
S)
Conservation of the
Northern Cyclades
Marine Ecosystem
through the
designation of a new
NATURA-2000
marine site.
Brown algal
TOTAL
biodiversity and
ecology in the
Eastern
Mediterranean Sea
Other
Dr P.
Panayotidis
2009 / 24
months
BUDGET (IN K€, ≥ 50)
(IF AVAILABLE,
PLEASE QUOTE THE
OVERALL BUDGET OF
THE PROJECT AND
THE BUDGET
ASSIGNED TO THE
UNITS) & FUNDING
INSTITUTIONS
315.671/LIFE+ Nature
& Biodiversity 2008
Other
Dr P.
Panayotidis
2010/ 48
months
100.000/ TOTAL
FOUNDATION
Monitoring of
benthic
communities in the
Antikyra Bay, with
emphasis on
thermophilc species
Other
Dr M.A.
2010/ 12
Pancuccimonths
Papadopoulou
80.262,42/
ALOUMINION AE.
CORE PARTICIPANTS
University of Athens, Greece (C.K.),
National Agricultural Research
Foundation (NAGREF), Fisheries
Research Institute (FRI), University of
Thessaly, Scottish Association for
Marine Science, University of
Konstanz, University of Kobe,
Scottish Association for Marine
Science, Institute of Oceanography
and Fisheries, Croatia, Celal Bayar
University (CBU), Turkey, Moss
Landing Marine Laboratories
(MLML), U.S.A. , Marine Science
Institue (MSI), U.S.A, Tel Aviv
University (TAU), Israel, Marine
Environment Division, Department
of Fisheries and Marine Research
(DFMR), Cyprus, Celal Bayar
University (CBU), Turkey
HCMR
HCMR/ Municipality of Korthi,
MOm/The Hellenic Society for the
Study and Protection of the Monk
Seal, Hellenic Ornithological Society
(HOS)
MAIN R&I
AREAS
OTHER/MUL PROJECT/INITIATIVE TITLE
TIPLE R&I
& WEB SITE
AREAS
(SPECIFY)
SCALE
GREECE
COORDINATO STARTING
R(S) &
TIME &
LEADING
DURATION
INSTITUTION/ (ON-GOING
COMPANY
IN 2007)
ABSTRACT &
MAIN
RESULTS
(MAX 500
CHARACTER
S)
BUDGET (IN K€, ≥ 50)
(IF AVAILABLE,
PLEASE QUOTE THE
OVERALL BUDGET OF
THE PROJECT AND
THE BUDGET
ASSIGNED TO THE
UNITS) & FUNDING
INSTITUTIONS
125.000/ GSRT
Biodiversit
y
Hellenic Biodiversity HelBioNet
Research Network
National
Dr A.
Magoulas
2010/ 6
months
Biodiversit
y
Planning a network
of marine protected
areas for the
Mediterranean Sea
Planning a network
of marine protected
areas for the
Mediterranean Sea
Hellenic Network for
Biodiversity
Research:
Construction and
Operation phase for
the national
LifeWatch Centre
Biotechnology for
the exploitation of
microalgae
NETMED
National
Dr S.
Katsanevakis
2011/ 36
months
150.000/ GSRT
NETMED
National
Dr A. Zenetos
2012/ 36
months
150.000/ GSRT
LIFEWATCHHELBIONET
National
Dr Ch.
Arvanitidis
2012/ 37
months
3.400.000/ National
Strategic Reference
Framework (NSRF)
2007 -2013
BIOEXPLORE
National
Dr P.
Katharios
2010/ 54
months
288.000/ GSRT
Marine Biology,
Biotechnology and
Aquaculture
Palaeo- and current
climatic changes in
the Eastern
Mediterranean
KRIPIS
IMBBAQ
National
Dr P. Divanach 2013/ 31
months
1.498.965 / GSRT
National
Dr V. Lykousis
76.200/GSRT (90%) &
National Museum of
History GOULANDRI
(10%)
Biodiversit
y
Biodiversit
y
Blue
Biotechnol
ogy
Blue
Biotechnol
ogy
Climate
Change &
2005/ 36
months
CORE PARTICIPANTS
HCMR/ 49 research bodies
(university departments, research
institutes, etc, from all over Greece
HCMR
Prof. Hugh Possingham (University of
Queensland), Dr. Salit Kark (Hebrew
University), Dr. Simonetta Fraschetti
(University of Salento).
HCMR
Agricultural University of Athens,
Biomedical Research Foundation of
the Academy of Athens , Depart.
Biology, University of Athens,
Medbio SA., Kefalonia Aquaculture
SA, Dias Aquaculture ΑΕΒΕΕ &
Intermed SA
HCMR
Prof. E. Stefanou, Prof. M. Karidis,
Ass. Prof. M. Triantafylou, Lecturer
M. Kormas
MAIN R&I
AREAS
Impacts
Climate
Change &
Impacts
Climate
Change &
Impacts
Deep sea
Ecosystem
s
Deep sea
Ecosystem
s
Deep sea
Ecosystem
s
OTHER/MUL PROJECT/INITIATIVE TITLE
TIPLE R&I
& WEB SITE
AREAS
(SPECIFY)
using
biogeochemical
proxies and stable
isotopes. Can we
forecast future
changes?
Copepod Response
to Ocean
Acidification
CROA
GREECE
COORDINATO STARTING
R(S) &
TIME &
LEADING
DURATION
INSTITUTION/ (ON-GOING
COMPANY
IN 2007)
ABSTRACT &
MAIN
RESULTS
(MAX 500
CHARACTER
S)
BUDGET (IN K€, ≥ 50)
(IF AVAILABLE,
PLEASE QUOTE THE
OVERALL BUDGET OF
THE PROJECT AND
THE BUDGET
ASSIGNED TO THE
UNITS) & FUNDING
INSTITUTIONS
CORE PARTICIPANTS
National
Dr. S.
Zervoudaki
2012/ 36
months
150.000/ GSRT
Dr. Εnric Saiz from Institut de
Ciències del Mar, Barcelona, Spain,
Biologist-Zooplankton, Percentage of
time 3 %.
National
Dr S. Psarra
2012/ 41
months
580.167/ THALIS Operational Program
Education and
Lifelong Learning ESPA
University of Athens, University of
Aegean, University of Piraeus,
University of Thessaloniki,
Technological Education Institute of
Athens
Other
A. Theoharis
2006/ 11
months
74.375/ LOYALWARD
LTD.
HCMR, University of Thessaloniki
MedEcos
National
Dr A. Gogou
2009/ 36
months
148.050/ GSRT
HCMR
MEDEX
National
Dr I. SiokouFrangou
2004/ 24
months
219.360/ GSRT
HCMR/ UNIVERSITY OF CRETE
Technological and
oceanographic
cooperation
Network for the
Study of
mechanisms
fertilizing the NorthEast Aegean Sea AegeanMarTech
KAVO SIDERO
Decadal scale
Variability of the
Mediterranean
Ecosystem
Inter-basin
exchange in the
changing
Mediterranean sea:
impact on the
SCALE
MAIN R&I
AREAS
Deep sea
Ecosystem
s
Deep sea
Ecosystem
s
Deep sea
Ecosystem
s
Deep sea
Ecosystem
s
Deep sea
mining, Oil
OTHER/MUL PROJECT/INITIATIVE TITLE
TIPLE R&I
& WEB SITE
AREAS
(SPECIFY)
ecosystem in the
vicinity of the straits
connecting the
Mediterranean sea
with the adjacent
basins
Nutrient tunnelling” NUTRITUNN
and other
EL
alternative
pathways for
mineral nutrients
through the
microbial food web
to copepods
Red Sea 2011
KAUST
Atmospheric
Deposition and
Mediterranean sea
Water Productivity
ADAMANT
Spatially resolved
Ecosystem models
and their
Application to
Marine
MANagement
DOMINE
SEAMAN
SCALE
Other
GREECE
COORDINATO STARTING
R(S) &
TIME &
LEADING
DURATION
INSTITUTION/ (ON-GOING
COMPANY
IN 2007)
Dr P. Pitta
2009/ 36
months
Internation Dr E.
2011/ 111
al
Papathanassio days
u
National
Dr G. Petihakis 2012/ 48
months
National
Dr G.
2013/ 36
Triantafyllou
months
(IMBRIW: Dr S.
Somarakis)
Other
Dr Th.
Kanellopoulos
2012/ 21
months
ABSTRACT &
MAIN
RESULTS
(MAX 500
CHARACTER
S)
BUDGET (IN K€, ≥ 50)
(IF AVAILABLE,
PLEASE QUOTE THE
OVERALL BUDGET OF
THE PROJECT AND
THE BUDGET
ASSIGNED TO THE
UNITS) & FUNDING
INSTITUTIONS
CORE PARTICIPANTS
52.850/ Norwegian
Research Council
HCMR/ University of Bergen,
Department of Biology, Norway
949.900/ SETE Co
HCMR
575.223/THALIS Operational Program
Education and
Lifelong Learning ESPA
231.914/ GSRT
University of Crete, University of
Aegean
180.687/DESFA SA
University of Bergen (UiB), Norway Institute of Marine Research (IMR),
Norway - Nansen Environmental and
Remote Sensing Center (NERSC),
Norway – French Research Institute
for the expoitation of the Sea
(IFREMER), Frasnce – University of
Iceland (UI), Iceland
HCMR
MAIN R&I
AREAS
and Gas
Sustainabl
e
Exploitatio
n
Deep sea
mining, Oil
and Gas
Sustainabl
e
Exploitatio
n
Deep sea
mining, Oil
and Gas
Sustainabl
e
Exploitatio
n
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
OTHER/MUL PROJECT/INITIATIVE TITLE
TIPLE R&I
& WEB SITE
AREAS
(SPECIFY)
SCALE
GREECE
COORDINATO STARTING
R(S) &
TIME &
LEADING
DURATION
INSTITUTION/ (ON-GOING
COMPANY
IN 2007)
ABSTRACT &
MAIN
RESULTS
(MAX 500
CHARACTER
S)
BUDGET (IN K€, ≥ 50)
(IF AVAILABLE,
PLEASE QUOTE THE
OVERALL BUDGET OF
THE PROJECT AND
THE BUDGET
ASSIGNED TO THE
UNITS) & FUNDING
INSTITUTIONS
CORE PARTICIPANTS
King Fahd University KFUPMInternation Dr D.
for Petroleum and
ENVIRONME al
Georgopoulos
Minerals
NT
2012-2014
360.000/ SETE
ENERGY
HCMR
Hydrothermal
activity and placer
deposits in the
Aegean Sea
AEGEAN
EXPLORATIO
NS
Other
Dr A.
Karageorgis
2013/ 36
months
1.390.000/ INSTITUTE
OF GEOLOGY AND
MINERAL RESEARCH
AND STUDIES
HCMR
Guidance of fishing
fleet using SST
imagery and fishstock management
National
Dr D.
Georgopoulos
2002-2007
293.500/S. Aegean
Region, PEP South
Aegean
(1) National Observatory of Athens,
(2) Union of coastal fishermen
Fish farming effects
on benthic
biogeochemical
processes
National
Dr E. Tsapakis
54.057,65 /GSRT
(1) Ass. Professor I. Karakassis,
Biology Dept., University of Crete, (2)
Marianne Holmer, Insitute of
Biology, University of Southern
Denmark, (3) KASTELLORIZO Fish
Farm.
MAIN R&I
AREAS
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
OTHER/MUL PROJECT/INITIATIVE TITLE
TIPLE R&I
& WEB SITE
AREAS
(SPECIFY)
Technical ana
mechanical analysis
of the operation of
the Gri-Gri fishing
bear in Greece
GRI-GRI
SCALE
GREECE
COORDINATO STARTING
R(S) &
TIME &
LEADING
DURATION
INSTITUTION/ (ON-GOING
COMPANY
IN 2007)
ABSTRACT &
MAIN
RESULTS
(MAX 500
CHARACTER
S)
BUDGET (IN K€, ≥ 50)
(IF AVAILABLE,
PLEASE QUOTE THE
OVERALL BUDGET OF
THE PROJECT AND
THE BUDGET
ASSIGNED TO THE
UNITS) & FUNDING
INSTITUTIONS
129.712/ Ministry of
Agriculture
Development and
Food
CORE PARTICIPANTS
116.725,50/ Ministry
of Agriculture
Development and
Food
(1) Fisheries Association of Porto
Lagos and Vistonis “AGIOS
NIKOLAOS”. (2) ETANAL SA.
National
Dr A. Conides
2007/ 15
months
National Technical University of
Athens
Improvement of the
fisheries
management of the
Vistonis Lagoon
using environmental
telemetry systems
and the design of
structural
interventions
National Fisheries
Data Collection
Program (2003–
2006)
National
Dr A. Conides
2007/ 24
months
National
Dr
C. 2003/ 60
Papaconstanti months
nou
Study of the fishing
viability of Argolikos
Gulf.
National
Dr K. Kapiris
2007/ 15
months
793.000/ Greek
i) Subcontractors (Prefecture’s
Ministry of Agriculture Fisheries Inspectors): P.
Karathanassis, I. Delatolas, E.
Volikakis, K. Sakarellou, A. Andrioti,
E. Konstantinidis, E. Spinos, Z.
Georgiou, A. Kentrou, D. Rizos, ii)
FIRI
169.198,67/ Ministry HCMR
of Agriculture
Study of Paleochora
area (Chania) for
sustainable
National
Dr A. Machias
2007/ 18
months
65.580/Ministry of
Agriculture
TEI of Chania
MAIN R&I
AREAS
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
OTHER/MUL PROJECT/INITIATIVE TITLE
TIPLE R&I
& WEB SITE
AREAS
(SPECIFY)
exploitation of
fishery resources
Exploitation
scenarios of
demersal stocks by
trawlers in areas
with narrow
continental shelf:
The case of S.
Aegean
FAST GROWERS
Development of
innovative
methodology of
culture of sea bass
based on sex
differentiation and
manipulation of
rearing conditions
Nutritional
determinants of
SCALE
GREECE
COORDINATO STARTING
R(S) &
TIME &
LEADING
DURATION
INSTITUTION/ (ON-GOING
COMPANY
IN 2007)
ABSTRACT &
MAIN
RESULTS
(MAX 500
CHARACTER
S)
BUDGET (IN K€, ≥ 50)
(IF AVAILABLE,
PLEASE QUOTE THE
OVERALL BUDGET OF
THE PROJECT AND
THE BUDGET
ASSIGNED TO THE
UNITS) & FUNDING
INSTITUTIONS
CORE PARTICIPANTS
National
Dr G. Tserpes
2007/ 10
months
176.756 / Ministry of
Agriculture
HCMR
National
Dr N.
Papandroulaki
s
2006/ 30
months
150.000/ Ministry of
Agriculture
HCMR
GROWBASS
National
Dr
Chatzifotis
186.214/ GSRT
FORKYS SA
EURIKAVLAXOS
National
Dr N.
Papandroulaki
s
2006/ 18
months
104.250/ GSRT,
Subcontracting to
NHREYS LTD (100%)
HCMR
Dr S.
Chatzifotis
2006/ 20
months
79.250/ GSRT (50%) & University of Crete: K. Ampatzis, Aik.
Interfish SA (50%)
Dermon
NUTRANERV Other
E
S. 2006/ 29
months
MAIN R&I
AREAS
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
OTHER/MUL PROJECT/INITIATIVE TITLE
TIPLE R&I
& WEB SITE
AREAS
(SPECIFY)
behaviour in fish
(sea bass
Dicentrarchus
labrax)
Use of legumes and
of carob seed germ
meal as constituents
of feeds for sea bass
and sea bream
SCALE
GREECE
COORDINATO STARTING
R(S) &
TIME &
LEADING
DURATION
INSTITUTION/ (ON-GOING
COMPANY
IN 2007)
ABSTRACT &
MAIN
RESULTS
(MAX 500
CHARACTER
S)
BUDGET (IN K€, ≥ 50)
(IF AVAILABLE,
PLEASE QUOTE THE
OVERALL BUDGET OF
THE PROJECT AND
THE BUDGET
ASSIGNED TO THE
UNITS) & FUNDING
INSTITUTIONS
CORE PARTICIPANTS
National
Dr M.N. Alexis
2004/ 36
months
140.016/ GSRT
BioMar Hellenic, SELONDA, UTH,
NAGREF/FCPI, LAMANS
Effects of processing LEGUMES
on the nutritional
value of legumes for
Mediterranean
cultured fish
Other
Dr I. Nengas
2005/ 36
months
53.000/ BIOMAR
Hellenic
HCMR
Alternative protein
sources from plants
in sea bass (Sparus
aurata) feeds.
Effects on the
growth performance
and quality of the
fishes
Improvement and
SPARUS
automation of the
AURATA
production of sea
bream larvae
(Sparus aurata)
under intensive
rearing
Other
Dr Y.
Kotzamanis
2005/ 28
months
53.300/ GSRT- PABENE
HCMR
National
Dr Y.
Kotzamanis
2006/ 24
months
55.826/ GSRT
PLAGTON SA
MAIN R&I
AREAS
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
OTHER/MUL PROJECT/INITIATIVE TITLE
TIPLE R&I
& WEB SITE
AREAS
(SPECIFY)
Contract between
the Laboratory of
fish nutrition and
pathology (HCMR)
and ASTREA SA.
ASTREA
SCALE
GREECE
COORDINATO STARTING
R(S) &
TIME &
LEADING
DURATION
INSTITUTION/ (ON-GOING
COMPANY
IN 2007)
ABSTRACT &
MAIN
RESULTS
(MAX 500
CHARACTER
S)
BUDGET (IN K€, ≥ 50)
(IF AVAILABLE,
PLEASE QUOTE THE
OVERALL BUDGET OF
THE PROJECT AND
THE BUDGET
ASSIGNED TO THE
UNITS) & FUNDING
INSTITUTIONS
67.235/ ASTREA SA
CORE PARTICIPANTS
(1) Fretzos Auanasios (Kefalonian
Aquaculture S.A.), (2)
Papasolomontos Sotiris (KEGO S.A.),
(3) Papaioannou Nikos (KEGO S.A.)
Other
Dr I. Nengas
2006/ 36
months
HCMR
Use of novel diets
for taste – flavour
improvement of sea
bass
Other
Dr K.
Grigorakis
2006/ 24
months
80.300/ GSRT, FISH
FARMING OF
KEFALLONIA SA
Development of
commercial diet for
the (Thunnus
thynnus thynnus,
Linnaeus)
aquaculture
Innovating
technology of live
feed substitution by
artificial feed at the
early stages of sea
bass (Dicentrarchus
labrax) larvae
Innovative in vitro
development of
bacteriophages
aiming at their invivo use for the bioconfrontation of
Other
Dr I. Nengas
2006/ 24
months
115.430/GSRT, Bluefin Apostolos Tzoumas (Bluefin Tuna
Tuna Hellas, Feedus
Hellas), George Toliadis (Feedus)
National
Dr Y.
Kotzamanis
2006/ 22
months
260.000/Hellenic
Ministry of Rural
Development and
Food
Rhodes Fish Farming SA, AMBIO SA
National
Dr N.
Papandroulaki
s
2007/ 24
months
120.000/ Ministry of
Rural Development
and Foods
(1) Intermas Consultants Ltd. (2) G.
Eliava Institute of Bacteriophage,
Microbiology and Virology, Tbilisi,
Georgia.
MAIN R&I
AREAS
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
OTHER/MUL PROJECT/INITIATIVE TITLE
TIPLE R&I
& WEB SITE
AREAS
(SPECIFY)
critical diseases in
Aquaculture
Application of
innovative measures
for the support of
commercial sponge
fisheries in the
Aegean
Evaluation of the BOAT SEINR
impact boat seine
fishery in the fish
stocks
SCALE
GREECE
COORDINATO STARTING
R(S) &
TIME &
LEADING
DURATION
INSTITUTION/ (ON-GOING
COMPANY
IN 2007)
ABSTRACT &
MAIN
RESULTS
(MAX 500
CHARACTER
S)
BUDGET (IN K€, ≥ 50)
(IF AVAILABLE,
PLEASE QUOTE THE
OVERALL BUDGET OF
THE PROJECT AND
THE BUDGET
ASSIGNED TO THE
UNITS) & FUNDING
INSTITUTIONS
CORE PARTICIPANTS
National
Dr C. Dounas
2007/ 18
months
53.658/ Ministry of
Agriculture
HCMR
National
G. Petrakis
2008/ 10
months
82.000/ Ministry of
Agriculture
HCMR
National Fisheries
Data
Collection
Project for the 2008
period.
National
Dr
C. 2008/ 12
Papaconstanti months
nou
1.448.119/Ministry of
Agricultural
Development and
Food
HCMR
Collaboration for
the rearing of
juveniles with
“GREEK FISHES SA”.
Other
Dr N.
Papandroulaki
s
2008/ 12
months
149.340/ GREEK
FISHES SA
HCMR
Evaluation of the
reserves of Anquilla
anquilla in Greece
and suggested ways
for a sustainable
maintenance of the
National
Dr Y.
Kotzamanis
2008/ 4
months
59.500/ Greek
(1) Prof Koutsikopoulos K. University
Ministry of Agriculture of Patras. (2) Dr Kladas Yannis, ΤΕΙ
and Food
Ipirou. (3) Dr Katselis G., ΤΕΙ
Mesologgiou. (4) Dr Enric Gisbert and
M. Angel Lopez IRTA, Tarragona,
Spain.
MAIN R&I
AREAS
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
OTHER/MUL PROJECT/INITIATIVE TITLE
TIPLE R&I
& WEB SITE
AREAS
(SPECIFY)
stocks and
protections of this
species
Bycatch and
Discards:
Management
indicators, trends
and location
Κατανόηση των
διαδικασιών
στρατολόγησης με
χρήση
συνδεδεμένων
βιοφυσικών
μοντέλων του
πελαγικού
οικοσυστήματος
Harmonisation of
the acoustic data in
the Mediterranean
2002-2006
AQUAVAC VIBRIO
ORAL TRIALS
SCALE
GREECE
COORDINATO STARTING
R(S) &
TIME &
LEADING
DURATION
INSTITUTION/ (ON-GOING
COMPANY
IN 2007)
ABSTRACT &
MAIN
RESULTS
(MAX 500
CHARACTER
S)
BUDGET (IN K€, ≥ 50)
(IF AVAILABLE,
PLEASE QUOTE THE
OVERALL BUDGET OF
THE PROJECT AND
THE BUDGET
ASSIGNED TO THE
UNITS) & FUNDING
INSTITUTIONS
CORE PARTICIPANTS
BADMINTON Other
Dr V.
2009/ 35
Vassilopoulou/ months
Major
Coordinator:
IFREMER
362.233,9/MariFish
Common Pot / GSRTGreek Ministry of
Education
IFREMER (FR), IMARES (NL), IEO
(SP), CEFAS(UK), IFM (DK), MATIS
(IS), DTU-Aqua (DK)
REPROdUCE
National
Dr S.
Somarakis
314.986/GSRT:
290.000 € (92%) –
HCMR (Own funding):
24.986 € (8%)
IEO, AZTI, IFREMER, IPIMAR
ACOUSMED
National
Dr
Μ. 2010/ 24
Giannoulaki
months
75.000/ GSRT
HCMR
Other
Dr G. Rigos
94.248/
Intervet/Schering
Plough Animal Health
HCMR
2009/36
months
2010/ 18
months
MAIN R&I
AREAS
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
OTHER/MUL PROJECT/INITIATIVE TITLE
TIPLE R&I
& WEB SITE
AREAS
(SPECIFY)
SCALE
GREECE
COORDINATO STARTING
R(S) &
TIME &
LEADING
DURATION
INSTITUTION/ (ON-GOING
COMPANY
IN 2007)
ABSTRACT &
MAIN
RESULTS
(MAX 500
CHARACTER
S)
BUDGET (IN K€, ≥ 50) CORE PARTICIPANTS
(IF AVAILABLE,
PLEASE QUOTE THE
OVERALL BUDGET OF
THE PROJECT AND
THE BUDGET
ASSIGNED TO THE
UNITS) & FUNDING
INSTITUTIONS
110.700/ Pan-Hellenic HCMR
Union of middle range ship-owners
Management plan
TRAWLPLAN
for the demersal
trawl fisheries in the
Greek seas
Other
Dr. G. Tserpes
2011/ 16
months
Development of
KRANIOS
methods for
reproduction and
rearing of meagre
(Argyrosomus
regius) as a means
for the
enhancement of the
competitiveness of
aquaculture, with
the introduction of
new species
Reproduction of
blufin tuna (Atlantic
bluefin tuna,
Thunnus thynnus) in
culture conditions
and production of
juveniles for
growout
Alternative
preventive and
therapeutic
methods in Greek
aquaculture
National
Dr C. Mylonas
2011/ 36
months
286.200/ GSRT
FORKYS
S.A.
(Aquaculture
production), University of Crete,
IRIDA S.A. (Fish feed production)
National
Dr C. Mylonas
2011/ 36
months
190.000/ GSRT
STAMATIOU
S.A.
(Aquaculture
support), IRIDA S.A. (Fish feed
production)
National
Dr G. Rigos
2011/ 36
months
316.410/ GSRT-EYDEETAK
Hellenic Pasteur Institute, SELODA
AQUACULTURE
SA,
BIOMAR
HELLENIC SA
MAIN R&I
AREAS
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
OTHER/MUL PROJECT/INITIATIVE TITLE
TIPLE R&I
& WEB SITE
AREAS
(SPECIFY)
SCALE
GREECE
COORDINATO STARTING
R(S) &
TIME &
LEADING
DURATION
INSTITUTION/ (ON-GOING
COMPANY
IN 2007)
ABSTRACT &
MAIN
RESULTS
(MAX 500
CHARACTER
S)
BUDGET (IN K€, ≥ 50)
(IF AVAILABLE,
PLEASE QUOTE THE
OVERALL BUDGET OF
THE PROJECT AND
THE BUDGET
ASSIGNED TO THE
UNITS) & FUNDING
INSTITUTIONS
105.600/ GSRT
CORE PARTICIPANTS
Research for the
production of fish of
high biological and
dietary value for
human consumption
National
Dr Y.
Kotzamanis
2011/ 36
months
HCMR
Improvement of the
production of
European eel
(Anguilla Anguilla)
under intensive
rearing
Fish Fry Protecting
ECO-NET
Devices
National
Dr Y.
Kotzamanis
2011/ 36
months
60.000/ GSRT
HCMR
National
A.
Kapantagakis
2012/ 32
months
502.465/GSRT
through the
“Cooperation”
program
HCMR – IMBRIW (Coordinator),
University of Crete – Department of
Biology, DIOPAS S.A., LAMANS S.A
Comparative
transcriptomics in
four sparid species
using nextgeneration
sequencing and
comparative
mapping based on
available genetic
information from
model fish species
ANalysis of
multifunctiOnal
genes and Their
SPARCOMP
National
Dr. C.S.
Tsigenopoulos
2012/ 36
months
400.000/ GSRT
HCMR
ANnOTATE
National
Dr.
Ε. 2012/ 36
Sarropoulou
months
180.000/ GSRT
HCMR
MAIN R&I
AREAS
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Living
Marine
Resources
OTHER/MUL PROJECT/INITIATIVE TITLE
TIPLE R&I
& WEB SITE
AREAS
(SPECIFY)
pAralogs in TEleosts:
Identification,
Evolution and
Annotation through
Transcriptome scans
and Functional
studies
Biological control of FISHPHAGE
bacteria in fish
hatcheries using
phages
Fish oil replacement
in aquafeeds for
seabream and
seabass with
alternative lipid
sources
Use Of
Antimicrobials For
The Prevention And
Treatment Of
Common Diseases
Of Cultured Fish In
Greece And
Evaluation Of Their
Efficiency And
Safety
PROAQUA-Phage
Reducing antibiotic
use
in
marine
FORIA
SCALE
GREECE
COORDINATO STARTING
R(S) &
TIME &
LEADING
DURATION
INSTITUTION/ (ON-GOING
COMPANY
IN 2007)
ABSTRACT &
MAIN
RESULTS
(MAX 500
CHARACTER
S)
BUDGET (IN K€, ≥ 50)
(IF AVAILABLE,
PLEASE QUOTE THE
OVERALL BUDGET OF
THE PROJECT AND
THE BUDGET
ASSIGNED TO THE
UNITS) & FUNDING
INSTITUTIONS
CORE PARTICIPANTS
National
Dr P. Katharios 2012/ 36
months
280.000/ GSRT
HCMR
National
Dr Y.
Kotzamanis/
Associate
Professor
Helen Miliou
2013/ 36
months
72.579/ GSRT
Department
of
Pharmacology,
National and Kapodistrian University
of Athens, ΒΙΟΜΑR, ABOTIS
Dr Ι.
Kotzamanis
2013/ 26
months
235.000/ GSRT
1) Unviversity of Thessaly, ProVet,
S.A., Mante fish farming, 2) Dr M.
Giagnisi
FISH
National
ANTIMICROB
IALS
Other
Dr
Katharios/
Major
P. 2013/ 51
months
2.646.513,43/Strategi
c Research in Health,
Food and Welfare,
MAIN R&I
AREAS
OTHER/MUL PROJECT/INITIATIVE TITLE
TIPLE R&I
& WEB SITE
AREAS
(SPECIFY)
SCALE
GREECE
COORDINATO STARTING
R(S) &
TIME &
LEADING
DURATION
INSTITUTION/ (ON-GOING
COMPANY
IN 2007)
BUDGET (IN K€, ≥ 50)
(IF AVAILABLE,
PLEASE QUOTE THE
OVERALL BUDGET OF
THE PROJECT AND
THE BUDGET
ASSIGNED TO THE
UNITS) & FUNDING
INSTITUTIONS
Danish Research
Council (DRC)
CORE PARTICIPANTS
120.000/ Ministry of
Rural Development
and Food
HCMR
(1) University of Rhode Island, USA
(URI): Haraldur Sigurdsson, Carey
Steve, Julie Fero, Katy Croff, David
Kratzmann. (2) IGME: K. Perissoratis,
G. Bougioukalakis, Ch. Ioakim (3)
Univ. of Aegean, A. Gogou
HCMR/WHOI
(fishery,
aquacultur
e, etc.)
larviculture by a
novel combinatory
probiotic strategy
Living
Marine
Resources
(fishery,
aquacultur
e, etc.)
Marine
Hazards
Modernization of
the Fish Nutrition
and Quality lab of
HCMR
National
Exploration of the
submarine deposits
and morphology of
Santorini volcano,
Greece
Internation S. Alexandri
al
2006/ 24
months
90.000/University of
Rhode Island (URI),
USA
Investigation of
PHAEDRAsubmarine
2006
hydrothermal/volca
nic activity along the
Hellenic Volcanic Arc
with the use of
cutting edge
technological
equipment attached
on underwater
vehicles
Gulf of Corinth and PECHINEY
associated
environmental
parameters
Internation Prof. G.Th.
al
Chronis
2006/ 12
months
59.500/ HCMR (Inst.
of Oceanography)
(70%) & WHOI (30%)
National
2007/ 12
months
127.330/ALLOUMINIO HCMR
N OF GREECE
Marine
Hazards
Marine
Pollution
&
Technology
Transfer
Coordinator:Te
chnical
University of
Denmark
Dr Y.
2012/ 36
Kotzamanis
months
ABSTRACT &
MAIN
RESULTS
(MAX 500
CHARACTER
S)
Dr D.
Sakellariou
MAIN R&I
AREAS
Marine
Pollution
Marine
Pollution
OTHER/MUL PROJECT/INITIATIVE TITLE
TIPLE R&I
& WEB SITE
AREAS
(SPECIFY)
Study
Marine
Pollution
Study
Marine
Pollution
Study
Marine
Pollution
Study
Marine
Pollution
Study
SCALE
SEA DIAMOND
MAPPING
Mapping of
PECHINEY
Environmental
Conditions and
Parameters in the
Antikyra Bay
Development of
HABs
electrochemical
immunosensors for
the detection of
toxins present
during harmful algae
blooms
Other
Study of short- and SEA
mid-term effects of DIAMOND
the pollution cased
from the accident of
the ship
Oceanographic
Study in Alivery Bay
related to AGET
HERACLES Cement
Industry
Study of the
LARCO
environmental
impact of dumping
GREECE
COORDINATO STARTING
R(S) &
TIME &
LEADING
DURATION
INSTITUTION/ (ON-GOING
COMPANY
IN 2007)
ABSTRACT &
MAIN
RESULTS
(MAX 500
CHARACTER
S)
BUDGET (IN K€, ≥ 50)
(IF AVAILABLE,
PLEASE QUOTE THE
OVERALL BUDGET OF
THE PROJECT AND
THE BUDGET
ASSIGNED TO THE
UNITS) & FUNDING
INSTITUTIONS
491.470 /ELONA
MARITIME CO
222.530 /
ALOUMINION OF
GREECE
CORE PARTICIPANTS
HCMR
Prof. G.Th.
Chronis
Dr D.
Sakellariou
2007/ 15
days
2006/ 14
months
National
Dr K. Pagou
2006/24
months
Other
Dr I.
Hatzianestis
2007/ 77
months
70.200/ GSRT
(Operational
Programme
“Competitiveness”,
for which the Public
Expenditure is cofunded by 75% from
European Social Fund
(ESF) and by 25% by
National/Public
Funds).
540.000/ Ministry of
Mercantile Marine
Other
Dr Alexandra
Pavlidou
2008/ 12
months
71.400/ AGET
HERACLES
HCMR
Other
Dr N.
Simboura
2004/ 84
months
52.000/ LARCO SA
HCMR
National
HCMR
HCMR
HCMR
MAIN R&I
AREAS
OTHER/MUL PROJECT/INITIATIVE TITLE
TIPLE R&I
& WEB SITE
AREAS
(SPECIFY)
Marine
Pollution
Study
Marine
Pollution
Marine
Pollution
Marine
Pollution
Study
Study
Study
MSP ICZM
MSP ICZM
&
Technology
Transfer
metalliferous waste
in N. Evvoikos gulf.
Study of the
foaming in the
seawater close to
the Power Industry
in Lavrio
SARonikos dumpinG SARGE
sitE
SARonikos dumpinG SARGE B
sitE – B΄ Stage
Study of
environmental
parameters in
Aliveri Bay in
relation to the
operation of the
desalination Plant
MARine and
MARCOAST
COASTal
environmental
services
Integrated marine
STOUPA
and land survey for
the investigation of
the quantity, quality
SCALE
GREECE
COORDINATO STARTING
R(S) &
TIME &
LEADING
DURATION
INSTITUTION/ (ON-GOING
COMPANY
IN 2007)
ABSTRACT &
MAIN
RESULTS
(MAX 500
CHARACTER
S)
BUDGET (IN K€, ≥ 50)
(IF AVAILABLE,
PLEASE QUOTE THE
OVERALL BUDGET OF
THE PROJECT AND
THE BUDGET
ASSIGNED TO THE
UNITS) & FUNDING
INSTITUTIONS
CORE PARTICIPANTS
Other
Dr A. Pavlidou
2010/ 18
months
74.742,67 / DEI
HCMR
Other
Dr V.
Kapsimalis
Dr V.
Kapsimalis
Dr A. Pavlidou
2010/ 12
months
2011/ 18
months
2010/ 27
months
120.491,8/EYDE/AEL
MP
116.604/ TERNA
ENERGIAKI S.A
83.534,22/ AGET
HERACLES
HCMR
Internation L. Perivoliotis
al
2006/ 36
months
126.200/ESA
(European Space
Agency
National
2008/ 24
months
230.000/Messinia
County, Lefktro
Municipality
AAS (FR), CLS (FR), CEDRE (FR),
BOOST (FR), MERCATOR OCEAN (FR),
METEO FRANCE (FR), IFREMER (FR),
TELESPAZIO (IT), PLANETEK (IT), JRC
(IT), INGV (IT), MUMM (BE), DNV
(Norway), GTD (Spain), STARLAB
(Spain), SOS (UK), UK MET OFFICE
(UK), NERSC (Norway), DLR
(Germany), BfG (Germany), FIRM
(Finland), BSH (Germany).
HCMR / Agricultural University of
Athens, National Technical
University of Athens, District of
Peloponesse.
Other
Other
Dr A.
Karageorgis
HCMR
HCMR
MAIN R&I
AREAS
MSP ICZM
MSP ICZM
Ocean
renewable
Energy
Operationa
l
Oceanogra
phy/Obser
ving
Systems
OTHER/MUL PROJECT/INITIATIVE TITLE
TIPLE R&I
& WEB SITE
AREAS
(SPECIFY)
and water collection
of the submarine
water discharges of
Stoupa, Municipality
of Lefktro, Messinia
County
Study of the
ecological status of
the marine
environment at the
sites Tsigrado and
Voudia, Milos Isl
Marine aggregates:
prospecting and
exploitation
methods,
environmental
impact and usage
possibilities
National Program
for the exploitation
of the offshore wind
power potential in
the Aegean Sea.
Phase 1: Preliminary
Operational use,
maintenance and
co-operation of the
POSEIDON system
SCALE
GREECE
COORDINATO STARTING
R(S) &
TIME &
LEADING
DURATION
INSTITUTION/ (ON-GOING
COMPANY
IN 2007)
ABSTRACT &
MAIN
RESULTS
(MAX 500
CHARACTER
S)
BUDGET (IN K€, ≥ 50)
(IF AVAILABLE,
PLEASE QUOTE THE
OVERALL BUDGET OF
THE PROJECT AND
THE BUDGET
ASSIGNED TO THE
UNITS) & FUNDING
INSTITUTIONS
CORE PARTICIPANTS
MILOS SAND National
B
Dr Ch. Zeri
2008/ 12
months
85.680 /S & B
HCMR
Industrial Minerals S.A
MARE
National
Dr V.
Kapsimalis/
Prof. M.
Stamatakis
(University of
Athens
2012/ 36
months
60.190/ GSRT
HCMR
AVRA
National
Dr. Τ.
Soukissian
2012/ 36
months
210.000/GSRT
CRES, NTUA, 6 companies involved in
the production of renewable energy
sources
POSEIDON
National
Dr D.
Georgopoulos
& Prof. G.Th.
Chronis
2002-2012
1.526.045/ GSRT
Greek National Meteorological
Office
MAIN R&I
AREAS
Operationa
l
Oceanogra
phy/Obser
ving
Systems
Operationa
l
Oceanogra
phy/Obser
ving
Systems
Operationa
l
Oceanogra
phy/Obser
ving
Systems
Operationa
l
Oceanogra
phy/Obser
ving
Systems
Operationa
l
Oceanogra
phy/Obser
ving
Systems
OTHER/MUL PROJECT/INITIATIVE TITLE
TIPLE R&I
& WEB SITE
AREAS
(SPECIFY)
A Second
Generation
Monitoring and
Forecasting system
for the Eastern
Mediterranean Sea
A monitoring and
forecasting system
for the Eastern
Mediterranean Sea
with emphasis on
climate change and
protection of the
marine ecosystem
Greek Argo Ocean
Observing
Infrastructure
POSEIDON-II
IONian Integrated
marine Observatory
Greek research
infrastructure for
ocean monitoring
using ARGO floats
SCALE
Other
GREECE
COORDINATO STARTING
R(S) &
TIME &
LEADING
DURATION
INSTITUTION/ (ON-GOING
COMPANY
IN 2007)
ABSTRACT &
MAIN
RESULTS
(MAX 500
CHARACTER
S)
BUDGET (IN K€, ≥ 50)
(IF AVAILABLE,
PLEASE QUOTE THE
OVERALL BUDGET OF
THE PROJECT AND
THE BUDGET
ASSIGNED TO THE
UNITS) & FUNDING
INSTITUTIONS
9.907.000/European
Investment Bank,
Ministry of National
Economy
CORE PARTICIPANTS
Prof. G.Th.
Chronis/Dr E.
Papathanassio
u
2004/ 42
months
Univ. Athens, Univ. Aegean, Univ.
Connecticut
POSEIDON-III Other
Dr K.Nittis
2009/ 30
months
1.059.600/EEA/EFTA
(50%) – Ministry of
Economy & Finance
(50%)
HCMR
Greek Argo
National
Dr G. Korres
2010/ 3
months
50.000/ GSRT
HCMR
IONIO
Other
L. Perivoliotis
2012/ 24
months
499.455/INTERREG-III, CMCC(IT), ENEA(IT)
Greece-Italy (Ministry
of Economy)
Other
Dr. G. Korres
2012/ 39
months
780.000/ Attica 20072013 (NSRF)
HCMR
MAIN R&I
AREAS
OTHER/MUL PROJECT/INITIATIVE TITLE
TIPLE R&I
& WEB SITE
AREAS
(SPECIFY)
Operationa
l
Oceanogra
phy/Obser
ving
Systems
Operationa
l
Oceanogra
phy/Obser
ving
Systems
Other/Mul Monitoring
tiple areas
(specify in
column B)
Other/Mul Cultural
tiple areas Heritage
(specify in
column B)
Other/Mul Monitoring
tiple areas
(specify in
column B)
Other/Mul Monitoring
tiple areas
European
Multidisciplinary
Seafloor
Observatories
GREECE
COORDINATO STARTING
R(S) &
TIME &
LEADING
DURATION
INSTITUTION/ (ON-GOING
COMPANY
IN 2007)
ABSTRACT &
MAIN
RESULTS
(MAX 500
CHARACTER
S)
BUDGET (IN K€, ≥ 50)
(IF AVAILABLE,
PLEASE QUOTE THE
OVERALL BUDGET OF
THE PROJECT AND
THE BUDGET
ASSIGNED TO THE
UNITS) & FUNDING
INSTITUTIONS
3.700.000/HELLENIC
STATE Structural
funds
CORE PARTICIPANTS
National
Dr. V. Lykousis
2012/ 45
months
Integrated
observatories of the
Greek Seas
National
Dr V. Lykousis
2013/
24months
1.498.100/ GSRT
HCMR
Study of inner
Saronikos
ecosystem, under
the influence of
Psittalia sewage
treatment unit
Searching for
Minoan shipwrecks
south of Eastern
Crete
Other
Dr E.D.
Christou
2007/ 18
months
397.339,81/Company
of water supply and
sewerage (EYDAP)
HCMR
Internation Dr D.
al
Sakellariou
2007/ 12
months
263.526/TEXAS A&M
University, USA
National
Dr E.D.
Christou
2005-2007
224.661,38/Company
of water supply and
sewerage (EYDAP)
TEXAS A&M University, USA,
Hellenic Institute of Ancient and
Mediaeval Alexandrian Studies,
Ephorate of Underwater Antiquities
(Observer)
Company of water supply and
sewerage.
National
Dr A. Pavlidou
/Dr I.
Chatzianestis
2006/ 60
months
200.000/ Prefectorial
Administration of
Messinia County
Study of inner
Saronikos
ecosystem, under
the influence of
Psittalia sewage
treatment unit
Monitoring Program
for the evaluation of
the quality of
EMSO
SCALE
DANAOS
HCMR
HCMR
MAIN R&I
AREAS
OTHER/MUL PROJECT/INITIATIVE TITLE
TIPLE R&I
& WEB SITE
AREAS
(SPECIFY)
SCALE
GREECE
COORDINATO STARTING
R(S) &
TIME &
LEADING
DURATION
INSTITUTION/ (ON-GOING
COMPANY
IN 2007)
BUDGET (IN K€, ≥ 50)
(IF AVAILABLE,
PLEASE QUOTE THE
OVERALL BUDGET OF
THE PROJECT AND
THE BUDGET
ASSIGNED TO THE
UNITS) & FUNDING
INSTITUTIONS
(37,5%); Local Union
of boroughs and of
Messinia County
(37,5%) and Kalamata
Borough (25%)
160.721 / EYDE
Thes/nikis (Ministry of
Environment,
Planning and Public
Works, General
Secretariat of Public
Works, Special Service
of Public Works,
Watering and Greater
Thessaloniki Area
Sewerage and Sewage
Treatment).
268.202/C. Liapakis-V.
Balis Consultant
Engineers
CORE PARTICIPANTS
2008/ 12
months
309.852,94/TEXAS
A&M University, USA
Dr E. Christou 2008/ 18
– Dr Evangelia months
Krasakopoulou
394.832,48/Company
of water supply and
sewerage (EYDAP)
HCMR/ (1) TEXAS A&M University,
USA (2) Hellenic Institute of Ancient
and Mediaeval Alexandrian Studies
(3) Ephorate of Underwater
Antiquities (Observer)
HCMR
(specify in
column B)
Messiniakos Gulf
and the western
coast of Messinia
during 2006-2010
Other/Mul Monitoring
tiple areas
(specify in
column B)
Monitoring the
quality of the
Marine Environment
of the Gulf of
Thessaloniki during
2006
National
Dr K. Pagou
2006/ 60
(assistant comonths
ordinator: Dr
E.
Krasakopoulou
)
Other/Mul
tiple areas
(specify in
column B)
Other/Mul
tiple areas
(specify in
column B)
CABLES OTE 2008
National
Dr G.
Roussakis
Sea Bottom
morphology
for placing
cables
Cultural
Heritage
Other/Mul Ecosystem
tiple areas functioning
(specify in
column B)
Searching for
Minoan shipwrecks
south of eastern
Crete
DANAOS
2008
Internation Dr D.
al
Sakellariou
Study of inner
Saronikos
ecosystem, under
the influence of
Psittalia sewage
treatment plant
PHASE C
National
2008/ 10
months
ABSTRACT &
MAIN
RESULTS
(MAX 500
CHARACTER
S)
Division of Hydraulics &
Environmental Engineering, Civil
Engineering Department, Aristotle
Univ. of Thes/niki: Dr Y.N. Krestenitis
(Professor of Coastal Engineering &
Oceanography), other scientist.
HCMR
MAIN R&I
AREAS
OTHER/MUL PROJECT/INITIATIVE TITLE
TIPLE R&I
& WEB SITE
AREAS
(SPECIFY)
Other/Mul Ecosystem
tiple areas functioning
(specify in
column B)
Other/Mul Study
tiple areas
(specify in
column B)
Other/Mul Monitoring
tiple areas
(specify in
column B)
Other/Mul
tiple areas
(specify in
column B)
Other/Mul Bottom
tiple areas Morphology
(specify in
column B)
SCALE
GREECE
COORDINATO STARTING
R(S) &
TIME &
LEADING
DURATION
INSTITUTION/ (ON-GOING
COMPANY
IN 2007)
ABSTRACT &
MAIN
RESULTS
(MAX 500
CHARACTER
S)
BUDGET (IN K€, ≥ 50)
(IF AVAILABLE,
PLEASE QUOTE THE
OVERALL BUDGET OF
THE PROJECT AND
THE BUDGET
ASSIGNED TO THE
UNITS) & FUNDING
INSTITUTIONS
53.550/ Golfing
Developments SA
CORE PARTICIPANTS
255.850/Aegean
Energy SA.
HCMR
HCMR/ EYDAP
Study of
environmental
conditions in the
region between the
Bays Sourpi and Nies
- Pagasitikos Gulf
Underwater
PRINOS
Geological and
Environmental
Studies in the region
of western basin of
Prinos, Kavala
Study of inner
PHASE D
Saronikos
ecosystem, under
the influence of
Psittalia sewage
treatment plant
Regional Drivers of
ReDEco
Ecosystem Change
and its Influence on
Deep-Sea
Populations in the
Mediterranean
Other
Dr M.A.
2008/ 10
Pancuccimonths
Papadopoulou
Other
Dr E.
Papathanassio
u/ Dr G.
Roussakis
National
Dr E.
2009/ 18
Krasakopoulou months
– Dr S.
Zervoudaki
361.080/Company of
water supply and
sewerage (EYDAP)
National
Dr N.
Lampadariou
2009/ 36
months
378.000/ GSRT
Offshore and
nearshore
geologicalgeomorphological
Other
Dr G. Rousakis
2010/ 12
months
2009/4
months
HCMR
HCMR/ (1) Miquel Canals (Iniversitat
de Barcelona/Facultat de Geologia)
(2) Sergio Stefanni (IMAR – Instituto
do Mar) (3) Marina R. Cunha
(Universidade de Aveiro, Centro de
estudos do Ambiente e do Mar) (4)
Anastatios Tselepides (University of
Piraeus, Department of Maritime
Studies) (5) Serge Heussner (CNRS CEFREM)
214.200/C. Liapakis-V. HCMR
Balis Consultant
Engineers
MAIN R&I
AREAS
OTHER/MUL PROJECT/INITIATIVE TITLE
TIPLE R&I
& WEB SITE
AREAS
(SPECIFY)
Other/Mul
tiple areas
(specify in
column B)
Other/Mul Bottom
tiple areas Morphology
(specify in
column B)
Other/Mul Cultural
tiple areas Heritage
(specify in
column B)
study for the
installation of the
submarine F/O cable
routes along
branches at WestCentral Cyclades
islands
Cost of salvage
efforts for the
crashed F-16
aircrafts into the sea
south of the Crete
Island
Offshore and
nearshore
geologicalgeomorphological
cable route survey
for the installation
of the submarine
F/O cable of OTE SA
along the branches
at Nisyros -TilosSimi and Limnos Samothraki islands,
2011
Marine
KNOSSOS
Geoarchaeological
2011
survey of the
Iraklion - Dia area,
Northern Cretan
shelf area
SCALE
GREECE
COORDINATO STARTING
R(S) &
TIME &
LEADING
DURATION
INSTITUTION/ (ON-GOING
COMPANY
IN 2007)
ABSTRACT &
MAIN
RESULTS
(MAX 500
CHARACTER
S)
BUDGET (IN K€, ≥ 50)
(IF AVAILABLE,
PLEASE QUOTE THE
OVERALL BUDGET OF
THE PROJECT AND
THE BUDGET
ASSIGNED TO THE
UNITS) & FUNDING
INSTITUTIONS
CORE PARTICIPANTS
Other
Dr G. Rousakis
2010/ 4
months
167.747,4/ HELLENIC
AIR FORCE
HCMR
Other
Dr G. Rousakis
2011/ 14
months
221.400/ C. LiapakisV. Balis Consultant
Engineers SA
HCMR
2011/ 12
months
67.000/Woods Hole
Oceanographic
Institution
Crete Dept. of the Ephorate of
Underwater Antiquities, Dr Th.
Theodoulou, Woods Hole
Oceanographic Institution, Dr B.
Foley
Internation Dr D.
al
Sakellariou
MAIN R&I
AREAS
OTHER/MUL PROJECT/INITIATIVE TITLE
TIPLE R&I
& WEB SITE
AREAS
(SPECIFY)
Other/Mul Monitoring
tiple areas
(specify in
column B)
Other/Mul Bottom
tiple areas Morphology
(specify in
column B)
Other/Mul
tiple areas
(specify in
column B)
Other/Mul
tiple areas
(specify in
column B)
Search &
Rescue
Cultural
Heritage
Other/Mul Monitoring
tiple areas
(specify in
column B)
Study of inner
Saronikos
ecosystem, under
the influence of
Psittalia sewage
treatment plant
Offshore and
nearshore
geologicalgeomorphological
cable route survey
for the installation
of the submarine
F/O cable along the
branche at RhodesSimi
Identification and
finding of an
instrument of the
Greek Navy
Investigation of
possible
archaeological
targets along the
route of the greeceitaly pipeline
POSEIDON
Monitoring the
quality of the
coastal marine
waters in
aquacultures areas
PHASE E
SCALE
GREECE
COORDINATO STARTING
R(S) &
TIME &
LEADING
DURATION
INSTITUTION/ (ON-GOING
COMPANY
IN 2007)
ABSTRACT &
MAIN
RESULTS
(MAX 500
CHARACTER
S)
BUDGET (IN K€, ≥ 50) CORE PARTICIPANTS
(IF AVAILABLE,
PLEASE QUOTE THE
OVERALL BUDGET OF
THE PROJECT AND
THE BUDGET
ASSIGNED TO THE
UNITS) & FUNDING
INSTITUTIONS
123.136,53/ Company HCMR
of water supply and
sewerage (EYDAP)
Other
Dr E.
2011/ 18
Krasakopoulou months
, Dr S.
Zervoudaki
Other
Dr G. Rousakis
2010/ 8
months
88.535/ C. Liapakis- V. HCMR
Balis Consultant
Engineers
National
P. Georgiou
2011/ 3
months
108.238,77/ Hellenic
Navy
HCMR
Other
Dr D.
Sakellariou
2012/ 12
months
147.000/IGI
POSEIDON
Ephorate of Underwater Antiquities
Other
Dr K. Pagou
2012/ 16
months
73.800/ District of
Sterea Ellada (KAP
2012)
HCMR
MAIN R&I
AREAS
OTHER/MUL PROJECT/INITIATIVE TITLE
TIPLE R&I
& WEB SITE
AREAS
(SPECIFY)
Other/Mul Monitoring
tiple areas of
(specify in Thessaloniki
column B)
of the prefecture of
Sterea Hellas
Control and
monitoring of the
marine environment
of the Bay of
Thessaloniki and
particularly the
phenomenon of
eutrophication
Dynamic
DISPERSE
Landscapes, Coastal
Environments and
Human Dispersals
SCALE
GREECE
COORDINATO STARTING
R(S) &
TIME &
LEADING
DURATION
INSTITUTION/ (ON-GOING
COMPANY
IN 2007)
BUDGET (IN K€, ≥ 50)
(IF AVAILABLE,
PLEASE QUOTE THE
OVERALL BUDGET OF
THE PROJECT AND
THE BUDGET
ASSIGNED TO THE
UNITS) & FUNDING
INSTITUTIONS
CORE PARTICIPANTS
Other
Dr K. Pagou
2012/ 18
months
79.999,20/
Municipality of
Thessaloniki
Department of Environment of
Municipality of Thessaloniki
Other
Dr. D.
Sakellariou
2012/ 40
months
360.000/York
University, UK
(1) Geoffrey Bailey, York University
UK, (2) Geoffrey King, IPGP FR, (3)
Abdullah Alsharekh, King Saud
University, Riyadh, Saudi Arabia (4)
Rashad Bantan, College of Marine
Sciences, King AbdulAziz University.
Saudi Arabia (5) Eelco Rohling,
National Oceanography Centre,
Southampton, UK
Prof. K. Synolakis, M. Papadakis, Em.
Stefanakis, Dr Ch. Anagnostou
Other/Mul
tiple areas
(specify in
column B)
Geology,
Cultura
Heritage in
the Red Sea
Other/Mul
tiple areas
(specify in
column B)
Other/Mul
tiple areas
(specify in
column B)
Study
Study of corrosion
protection and Gulf
coasts Chania
Other
Prof. K.
Synolakis
Study/
Marine
Pollution
impacts
Study of inner
Saronikos and Elefsis
bay ecosystems,
under the influence
of Psittalia and
Thriasio sewage
treatment plants
Water Framework
WFD
Directive Monitoring
Other
Dr. E.
2013/ 18
Krasakopoulou months
and Dr S.
Zervoudaki
National
Dr P.
Panayotidis
Other/Mul WFD
tiple areas Monitoring
ABSTRACT &
MAIN
RESULTS
(MAX 500
CHARACTER
S)
2012
2008/ 15
months
380.000/ Technical
Program of Crete
Region and Regional
Sections
129.298/Company of
water supply and
sewerage (EYDAP
848.232/Hellenic
Ministry for the
Company of water supply and
sewerage (EYDAP)
HCRM/ Chatzinikolaou.
Other Participants: (1) ΕΚΒΥ(2) Univ.
MAIN R&I
AREAS
OTHER/MUL PROJECT/INITIATIVE TITLE
TIPLE R&I
& WEB SITE
AREAS
(SPECIFY)
for Marine
and Coastal
Waters
Other/Mul Study
tiple areas
(specify in
column B)
Other/Mul Energy
tiple areas production
(specify in
column B)
Other/Mul Study
tiple areas
(specify in
column B)
Other/Mul Study
tiple areas
(specify in
column B)
Other/Mul Technical
tiple areas assistance
(specify in
column B)
SCALE
GREECE
COORDINATO STARTING
R(S) &
TIME &
LEADING
DURATION
INSTITUTION/ (ON-GOING
COMPANY
IN 2007)
(specify in
column B)
BUDGET (IN K€, ≥ 50)
(IF AVAILABLE,
PLEASE QUOTE THE
OVERALL BUDGET OF
THE PROJECT AND
THE BUDGET
ASSIGNED TO THE
UNITS) & FUNDING
INSTITUTIONS
Environmeant,
Physical Planning and
Publics Works.
160.000/Ministry of
Agriculture
CORE PARTICIPANTS
73.780/ GSRT
HCMR
of Thessaloniki(3) Univ. of Athens(4)
Univ. of Patra: (5) ΙΝΑLE: Orfanidis
S., Koutrakis E.
HCMR
Study on sustainable
exploitation of
fishery resources in
Messara
Method for
ALGODIESEL
production of
biodiesel by use of
microalgae
Stydy of Elouda Bay
National
Dr A. Machias
National
Dr P. Divanach 2006/ 18
months
Regional & Dr K. Dounas
SubRegional
2006/ 14
months
54.202,12 /Prefecture HCMR
of Lasithi
Underwater
Recreational Park of
Lasithi
Regional & Dr K. Dounas
SubRegional
2006/ 17
months
62.200/ Prefecture of
Lasithi
HCMR
Technical assistance
for the elaboration
of a national fishing
effort adaptation
plan through a
national system of
fishing vessels
decommissioning
aimed at vessels
that operate in
closed gulfs and
sensitive
ecosystems of
National
2008/ 4
months
82.110/ Ministry of
Agricultural
Development and
Food
HCMR
Dr A. Conides
2007/ 18
months
ABSTRACT &
MAIN
RESULTS
(MAX 500
CHARACTER
S)
MAIN R&I
AREAS
OTHER/MUL PROJECT/INITIATIVE TITLE
TIPLE R&I
& WEB SITE
AREAS
(SPECIFY)
Other/Mul Study
tiple areas
(specify in
column B)
Other/Mul Study
tiple areas
(specify in
column B)
Other/Mul Consultancy
tiple areas
(specify in
column B)
Greece: a)
Kerkyraikos gulf,
Kerkyra straits,
Igoumenitsa gulf,
Amvrakikos gulf and
b) Saronikos gulf,
Patraikos gulf,
Korinthiakos gulf,
Argolikos gulf and
South Evoikos gulf.
Study for the
construction of an
artificial reef in the
coastal area of
Litochoro (Pieria
Prefecture
Environmental
impact assessment
due to discharge of
cooling water and
processed industrial
wastes in the
marine area along
the coasts of the
Power Plant Station
in Atherinolakkos,
SE Crete
Research
and
consultancy project
for the Saudi Arabia
fisheries sector
SCALE
GREECE
COORDINATO STARTING
R(S) &
TIME &
LEADING
DURATION
INSTITUTION/ (ON-GOING
COMPANY
IN 2007)
2008/ 8
months
ABSTRACT &
MAIN
RESULTS
(MAX 500
CHARACTER
S)
BUDGET (IN K€, ≥ 50)
(IF AVAILABLE,
PLEASE QUOTE THE
OVERALL BUDGET OF
THE PROJECT AND
THE BUDGET
ASSIGNED TO THE
UNITS) & FUNDING
INSTITUTIONS
CORE PARTICIPANTS
52.500/ NIK.
ANAGNOPOULOS
Pieria Prefecture
Other
Dr D.
Klaoudatos
Other
Dr C. Dounas 2011/ 6
(IMBG), Dr G. months
Petyhakis (IO)
65.000/ Public
Polytechnic of Crete, University of
Electricity Company of Cyprus
Greece
Other
Dr A. Conides
1.129.748/ KFUPM
2013/ 36
months
HCMR
MAIN R&I
AREAS
OTHER/MUL PROJECT/INITIATIVE TITLE
TIPLE R&I
& WEB SITE
AREAS
(SPECIFY)
Socioecon
omic &
Policy
Research
SCALE
GREECE
COORDINATO STARTING
R(S) &
TIME &
LEADING
DURATION
INSTITUTION/ (ON-GOING
COMPANY
IN 2007)
ABSTRACT &
MAIN
RESULTS
(MAX 500
CHARACTER
S)
BUDGET (IN K€, ≥ 50)
(IF AVAILABLE,
PLEASE QUOTE THE
OVERALL BUDGET OF
THE PROJECT AND
THE BUDGET
ASSIGNED TO THE
UNITS) & FUNDING
INSTITUTIONS
196.000/ GSRT
CORE PARTICIPANTS
Marine
(MERMAID
Environmental
targets linked to
Regional
Management
schemes based on
Indicators
Developed for the
Mediterranean
Developing fisheries DEFINELT
management
MARIFISH
indicators and
targets
National
Dr E. Kaberi
2013/ 32
months
National
2009/ 35
months
158.997/GSRT
Major Coordinator:Technical
University of Denmark, National
Institute of Aquatic Resources
Socioecon
omic &
Policy
Research
Spatially resolved
Ecosystem models
and their
Application to
Marine
MANagement
National
Dr C.
Maravelias (In
collaboration
with IMBR of
Crete & IMBG)
Dr S.
Somarakis
(I.O.: Dr G.
Triantafyllou)
2013/ 36
months
167.925/ GSRT
Socioecon
omic &
Policy
Research
Coralligenous based CIGESMED
indicators to
evaluate and
monitor the «good
ecological status» of
the Mediterranean
coastal waters
OCEANUS
National
Dr Ch.
Arvanitidis
2013/ 36
months
185.000/ GSRT
University of Bergen (UiB), Norway Institute of Marine Research (IMR),
Norway - Nansen Environmental and
Remote Sensing Center (NERSC),
Norway – French Research Institute
for the expoitation of the Sea
(IFREMER), Frasnce – University of
Iceland (UI), Iceland
HCMR
National
Dr Evangelos
Papathanassio
u
2005/ 36
months
1.548.114/ GSRT
HCMR
Socioecon
omic &
Policy
Research
Training &
Technolog
y Transfer
Technoly
applications
SEAMAN
HCMR
MAIN R&I
AREAS
Training &
Technolog
y Transfer
Training &
Technolog
y Transfer
Training &
Technolog
y Transfer
Training &
Technolog
y Transfer
Training &
Technolog
y Transfer
OTHER/MUL PROJECT/INITIATIVE TITLE
TIPLE R&I
& WEB SITE
AREAS
(SPECIFY)
Underwater
telecommunication
– automatic
navigation and
acoustic
visualization
technologies for
undersea vehicle
systems (ROVs –
AUVs)
Monemvasia
Artificial Reef. Final
study for the
implementation
plan regarding
artificial reefs in
Lakonia Prefecture
ELMIN-Training in
bauxite analysis with
X-Ray Fluorescence
methods
Supercomputer with
grid logic for
ecological, biological
and medical data
and algorithms
Research and
development of an
in-situ underwater
gamma-ray
spectrometer for
low-level
SCALE
GREECE
COORDINATO STARTING
R(S) &
TIME &
LEADING
DURATION
INSTITUTION/ (ON-GOING
COMPANY
IN 2007)
ABSTRACT &
MAIN
RESULTS
(MAX 500
CHARACTER
S)
BUDGET (IN K€, ≥ 50)
(IF AVAILABLE,
PLEASE QUOTE THE
OVERALL BUDGET OF
THE PROJECT AND
THE BUDGET
ASSIGNED TO THE
UNITS) & FUNDING
INSTITUTIONS
49.000/ GSRT
CORE PARTICIPANTS
National
S. Alexandri
2007/ 10
months
(1) Massachusetts Institute of
Technology (ΜΙΤ), (2) National
Technical University of Athens
(NTUA), (3) ΜΑΡΑΚ ELECTRONIC LTD.
Monemvasia National
Artificial
Reef
Dr A.
Karageorgis
2009/ 31
months
166.000/ Lakonia
Prefecture
HCMR/ ANEL SA
Other
Dr A.
Karageorgis
2008/ 24
months
78.091/ ELMIN SA.
HCMR
EVAGORAS
Other
Dr G. Petihakis 2011/ 24
(IO) Dr G.
months
Kotoulas
(IMBG)
Greece –
China
National
Dr Ch. Tsabaris 2013/ 30
months
102.500/Cross-Border Polytechnic of Crete, University of
Cooperation
Cyprus
Programme Greece Cyprus 2007-2013
(INTERREG)
174.500/ GSRT
HCMR
MAIN R&I
AREAS
OTHER/MUL PROJECT/INITIATIVE TITLE
TIPLE R&I
& WEB SITE
AREAS
(SPECIFY)
Training &
Technolog
y Transfer
MAIN
R&I
AREAS
OTHE
R/MU
LTIPLE
R&I
AREAS
(SPECI
FY)
Biodiver MSP sity
ICZM
radioactivity
measurements
Deep Co Housing
DEEP-COHOUS
GREECE
COORDINATO STARTING
R(S) &
TIME &
LEADING
DURATION
INSTITUTION/ (ON-GOING
COMPANY
IN 2007)
SCALE
National
PROJECT/INITI
ATIVE & WEB
SITE
TITLE
SCALE
MATTM 4AMP
- ECOSISTEMI
MARINI
Analisi e valutazione
National
dello stato degli
ecosistemi marini
delle zone A e B in 4
Aree Marine Protette
anche al fine di
valutare l'efficacia
delle misure di
gestione delle stesse e
acquisizione di alcuni
Dr G. Petihakis 2013/ 28
months
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
CoNISMa
ABSTRACT &
MAIN
RESULTS
(MAX 500
CHARACTER
S)
BUDGET (IN K€, ≥ 50)
(IF AVAILABLE,
PLEASE QUOTE THE
OVERALL BUDGET OF
THE PROJECT AND
THE BUDGET
ASSIGNED TO THE
UNITS) & FUNDING
INSTITUTIONS
CORE PARTICIPANTS
62.000/ GSRT
NATIONAL TECHNICAL UNIVERSITY
OF ATHENS- SCHOOL OF NAVAL
ARCHITECTURE AND MARINE
ENGINEERING - DIVISION OF MARINE
STRUCTURES, ALS MARINE Ltd, B&T
COMPOSITES, NATIONAL
OBSERVATORY OF ATHENS,
INSTITUTE OF ASTROPARTICLE
PHYSICS NESTOR, ENVIRONMENTAL
PROTECTION ENGINEERING S.A.
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
09/06/20 The project took into account 4 MPAs, distributed along the
06 (34,20 coasts of Italy (Porto Cesareo, Capo Rizzuto, Isole Egadi, Isola
M)
Asinara). It was developed in several, serially linked, tasks:
acquisition, analysis and cartographic restitution of morphobathymetric data; benthic habitats distribution and analysis;
habitat quality and biodiversity evaluation, through annotated
check-lists of species per habitat; distribution of marine
territory use (e.g. professional and recreational fishery, diving,
pleasure navigation); set-up of a common geo-database for the
4 MPAs network; implementation of multi criteria analysis,
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
€
830.000,
00 MATTM Minister
o
dell'Ambi
ente e
della
Tutela
CORE
PARTICIPANT
S
CoNISMa
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Biodiver MSP sity
ICZM
TITLE
SCALE
aspetti dei processi
fisici, chimici e
biologici in atto nelle
potenziali AAMMPP
nelle zone profonde
del Mediterraneo.
MATTM ASPIM Analysis, evaluation
National
and knowledge of the
species and the
habitats present in the
Mediterranean also
with the insertion
purpose in the ASPIM
list (Protocol
concerning
particularly protected
zones and biological
diversities in the
Mediterranean) of the
Protected Marine
Areas founded by the
Ministry of
Environment and
Defence of the
Territory
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
linking marine environmental data with uses of the sea, aimed
at evaluating and optimizing protection and management
measures.
CoNISMa 28/12/20 The aim of this project was to provide useful information,
05 (18,20 critically gathered and validated by scientific authorities, in
M)
order to start the procedures to recognize the status of SPAMI
(Specially Protected Areas of Mediterranean Importance) of
certain Protected Marine Areas (PMA).
It is known that, in order to assess the importance of a site with
a view to inserting it in the SPAMI list, the Regional Activity
Centre for Specially Protected Areas (RAC/SPA) has set an
instrument, the Standard Data Entry Form (SDF), which allows
to gather the information in a homogeneous and synthetic way
and subsequently proceed with its evaluation.
The SDF is divided into eight parts, each of which requires the
availability of data and specific information.
To that end, the project developed the updating of technical,
scientific, juridical and socio-economic data available for each
single PMA in order to have the knowledge to fill in the
aforesaid documentation, which is necessary to apply for the
SPAMI certification.
The activities concerned the following Protected Marine Areas
established by the MATTM (Italian Ministry of the Environment,
Land and Sea):
Cinque Terre, Secche di Tor Paterno, Islands of Ventotene and
Santo Stefano, Punta Campanella, Isola Capo Rizzuto, Porto
Cesareo, Torre Guaceto, Tremiti Islands, Miramare, Isola
dell’Asinara, Capo Caccia-Isola Piana, Penisola del Sinis - Isola
Mal di Ventre, Capo Carbonara, Tavolara – Punta Coda Cavallo,
Isola di Ustica, Capo Gallo-Isola delle Femmine, Egadi Islands,
Pelagie Islands, Cyclop Islands, Plemmirio and, considering their
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
del
Territori
o e del
Mare
€
CoNISMa
495.000,
00 MATTM Minister
o
dell'Ambi
ente e
della
Tutela
del
Territori
o e del
Mare
MAIN
R&I
AREAS
Biodiver
sity
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Tenders
MARE/2009/05
- LOT 1 –
Mediterranean
http://mareapr
oject.net/ -
TITLE
SCALE
ARCHIMEDES Specific EU
Project n. 3 - Scientific
advice and other
services for the
implementation of the
CFP in the
Mediterranean
Biodiver Climat ALARM
Assessing large - scale EU
sity
e
http://www.ala enviromental risk with
cheng rmproject.net/ tested methods.
es &
alarm/
impact
s,
Marin
e
Hazar
ds
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
relevance and size, also the National Parks with sea
perimetration (Tuscan Archipelago, Maddalena Archipelago).
An important result of this process was the inclusion of four
new protected marine areas (Miramare, Plemmirio, Tavolara –
Punta Coda Cavallo and Torre Guaceto) in the SPAMI list.
2011 2012
CONISM
A (il CNR
partecipa
ufficialm
ente
come
IAMC
Mazara
del Vallo)
Centre
01/02/20 Research will focus on assessment and forecast of changes in
for
04 (60,87 biodiversity and in structure, function, and dynamics of
Environm M)
ecosystems. This relates to ecosystem services and includes the
ental
relationship between society, economy and biodiversity. In
Research
particular, risks arising from climate change, environmental
Leipzigchemicals, biological invasions and pollinator loss in the context
Halle UFZ
of current and future European land use patterns will be
(GERMA
assessed.
NIA).
There is an increasing number of case studies on the
environmental risks subsequent to each of these impacts. This
yields an improved understanding on how these act individually
and affect living systems. Whereas the knowledge on how they
act in concert is poor and ALARM will be the first research
initiative with the critical mass needed to deal with such
aspects of combined impacts and their consequences.
Risk assessments in ALARM will be hierarchical and examine a
range of organisational (genes, species, ecosystems), temporal
(seasonal, annual, decadal) and spatial scales (habitat, region,
continent) determined by the appropriate resolution of current
case studies and databases.
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
-
€
CoNISMa et al
16.706.7
20,00 - Unione
Europea
/ VI
PROGRA
MMA
QUADRO
CONTR.
N° GOCECT-2003506675ALARM
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
Assessment of the
environmental status
of a protected area
through biological
indicators.
Regional
& SubRegional
Assignment of the
realization service of
the project "Marine
Bioconstructions in
Puglia." P.O. FESR
2007/2013 -Asse IV
line 4.4. Ecological
network
Interventions.
FP7 CoCoNet Towards
EUROPEAN
Coast to Coast
COMMISSION - NETworks of marine
Regional
& SubRegional
Biodiver
sity
REGIONE
SICILIA
DIOGENE
Biodiver
sity
BIOCOSTRUZIO
NI
www.biomappi
ng.it
Biodiver
sity
EU
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
Socio-economics as a cross-cutting theme will contribute to the
integration of driver-specific risk assessment tools and methods
and will develop instruments to communicate risks to
biodiversity to end users, and indicate policy options to
mitigate such risks.
CoNISMa 18/04/20 The aim of the research – funded by the Sicilian Region – was to
06 (24,37 investigate the structure and spatial distribution of the
M)
macrobenthic community inside the Stagnone of Marsala.
Specific goals concerned the study of connections existing
between certain environmental variables and the
macrobenthos, in order to be able to identify environmental
markers which can provide information on the condition of
areas of great naturalistic value such as transition zones, and on
possible changes in the benthic communities following the
fluctuations of some chemical-physical variables o stress
events. The macrobenthic density appeared to be correlated to
the sedimentary parameter. Indeed, the greatest values are
found in the southern portion seeing that the higher degree of
confinement of the northern stations, the scarce
hydrodynamism, the shallow depths, the greater accumulation
of organic substance mostly of a refractory nature, bring about
less favourable conditions for the life of benthic organisms.
CoNISMa 05/10/20
11 (24,37
M)
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Consiglio 2012 Nazional 2016
e delle
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
€
121.359,
00 Regione
Sicilia
CoNISMa
€
CoNISMa, CNR
822.000, ISMAR
00 REGIONE
PUGLIA
The main object of Towards Coast to Coast NETworks of marine 9000000
protected areas (from the shore to the high and deep sea),
coupled with sea-based wind energy potential is the analysis
1296000
39
MAIN
R&I
AREAS
Biodiver
sity
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
www.coconetfp7.eu
-
Biodiver Socioe TOTAL
sity
conom
ic &
Policy
Resear
ch
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Ricerche
(CNRISMAR)
Italy
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
and integration of current information to design Marine
Protected Areas networks by using a holistic approach, coupling
environmental protection and clean energy production in the
Mediterranean and Black Seas, and providing opportunities to
explore ecological cost-benefit methods.
protected areas (from
the shore to the high
and deep sea),
coupled with seabased wind energy
potential
CORPI IDRICI Piano di Internatio
2012 monitoraggio dei
nal
corpi idrici della
Laguna di Venezia
finalizzato alla
definizione dello stato
ecologico, ai sensi
della direttiva
europea 2000/60/CE Macroinvertebrati
bentonici
Designing networks of EU
CoNISMa 01/01/20
marine protected
10 (27,33
areas in the
M)
Mediterranean
context.
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
-113000
The general aim of the project is the study of spatial
connectivity of marine species to assess not only the effects of
MPAs within and outside the borders, but also to provide
information to create effective networks of MPAs in the
Mediterranean, in terms of conservation of key species and
coastal ecosystem health. The activities are mostly developed
at the MPA of Torre Guaceto (localted close to Brindisi, along
the SW Adriatic coast), but multiple sampling sites are located
between Bari and Otranto. The activities of this project, funded
by the Total Foundation, include the study of: spatial
distribution of juveniles and adults of tw-banded sea bream
(Diplodus vulgaris); reproductive pattern; spatial connectivity
invastigating otolith microstructure and microchemistry;
population genetics. The project is developed thanks to the
collaboration between the operative unit coordinated by the
scientific responsible, Paolo Guidetti (c/o University of Salento)
and the scientific partner, Serge Planes (c/o CNRS, Ecole
€
CoNISMa
120.000,
00 TOTAL
Fundatio
n, France
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Biodiver
sity
REEFRES
Developing ubiquitous Internatio National
http://www.ncl restoration practices
nal
Institute
.ac.uk/tcmweb for indo-pacific reefs.
of
/tmr/aje_reefr
Oceanog
es.html
raphy /
Israel
Oceanog
raphic &
Limnolog
ical Res. Israel
Biodiver
sity
LIFE + - DG
ENVIRONMENT
www.enveurop
e.eu
Biodiver
sity
ENVEUROPE
EU
Environmental quality
and pressure
assessment across
Europe: the LTER
network as an
integrated and shared
system for ecosystem
monitoring
LIFE + - DG
GHOST 1. National
EU
ENVIONMENT - Research Council –
www.lifeInstitute of Marine
ghost.eu
Sciences (CNR/ISMAR)
– Italy
2. University IUAV of
Venice - Italy
Consiglio
Nazional
e delle
Ricerche
CNR/ISM
AR Italia
Italy CNR
ISMAR
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
Pratique des Hautes Etudes, University of Perpignan & CNRSEPHE-CRIOBE, French Polynesia).
01/01/20
05 (48,67 The REEFRES consortium partners have teamed up to restore
M)
Indo-Pacific coral reefs based on the central strategy concept of
“gardening of denuded reef areas’’. The goals of the proposed
study are:develop ubiquitous protocols for using nubbin and
spat in reef restoration, develop novel protocols for reef
restoration.
Activities
During the project the team have conducted several kind of
experiments: i) self-attachment times in transplanted
fragments of eleven coral species; ii) self-attachment in three
fast attaching species; iii) Survival of transplanted coral
fragments fourteen months post-transplantation and relative
resistance and recovery of transplants from eleven species
following a bleaching event in June 2007; iv) maintenance and
stabilization of water condition in the ex-situ nursery.
2010 Environmental quality and pressure assessment across Europe:
2013
the LTER network as an integrated and shared system for
ecosystem monitoring. The main aim is the analysis of the
ecosystem status and the definition of environmental quality
indicators with a long-term, broad scale, cross-domain
(terrestrial, freshwater and marine ecosystems) approach. It
proposes the design of environmental quality monitoring and
the establishing of common parameter sets to be collected
across the largest network of European LTER sites.
2013 Techniques to reduce the impact of ghost fishing gears and to
2016
improve biodiversity in North Adriatic coastal areas. The
increasing frequency of abandoned, lost or discarded fishing
gears at sea is having an increasing impact on several coastal
habitats. Measures are needed to protect biodiversity,
especially in habitats affected by fishing activities impacting the
sea floor. The rocky habitats of the northern Adriatic are rich in
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
€
CoNISMa et al.
1.888.90
0,00 Unione
Europea
/ VI
PROGRA
MMA
QUADRO
GRANT
AGREEM
ENT
INCO-CT2005510657
6067876
1003307
16
1127020
- 331000
3
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Biodiver Biodiv
sity
ersity
Biodiver
sity
Biodiver
sity
Biodiver MSP sity
ICZM
TITLE
3. Laguna Project
s.n.c. - Italy
Ministry for
Infrastruttura
Education and multidisciplinare per
Research
lo studio e la
(MIUR) - 2007- valorizzazione della
2013 N.O.P. for Biodiversità marina e
Research and
terrestre nella
Competitivenes prospettiva della
s (Cod.
“Innovation Union”
PONa3_00025) (BIO4IU)
;
(http://www.p
onrec.it/opendata/risultati/p
otenziamentostrutturale/pon
a3_00025/)
LIFE WATCH LIFE
WATCH MACROZOOBENTHOS
Contratto CNR/Corila Indicatori ed indici di
qualità ambientale per
la Laguna i Venezia Attività di
Macrozoobenthos
MATTM ASPIM Maintenance and
II
implementation of the
Protected Marine
Areas inside the
ASPIM
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
National
CNR,
Departm
ent of
Life
Sciences
National
Regional
& SubRegional
National
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
biodiversity and an appropriate area to test restoration
measures.
2012 - 3 The Bio4IU Infrastructure is aimed at the study of living
years
organisms and the mechanisms underlying the maintenance of
biodiversity. The project involves the definition and the
implementation of infrastructural upgrading referred to five
"nodes", and in particular:
i) strengthening the logistics of local nodes infrastructure
through the improvement, expansion and renovation of space
for setting up laboratories and advanced facilities, ii) the
structural strengthening, through the acquisition of large
research facilities of the various components for
multidisciplinary activities and services.
2010 2012
2004 2007
CoNISMa 17/07/20 Aims
07 (14,27 to produce a series of operational protocols to improve the
M)
scientific research inside the Italian SPAMI and to favour the
conservation of the international status.
Objectives
In order to consolidate the conservation of the habitats, species
and significant sites inside the Italian SPAMI (Specially
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
13.400.0
00
(1.328.06
3)
IAMC-CNR,
Institute of
Protein
Biochemistry
(IBP-CNR),
Anton Dohrn
Zooligical
Station,
University of
Bari,
University of
Salento.
-300000
-70500
€
CoNISMa
275.000,
00 MATTM Minister
o
dell'Ambi
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
Biodiver Marin
sity
e
biocon
structi
ons
Biocostruzioni
costiere:
struttura,
funzione, e
gestione. PRIN
2010-2011
Mapping and trophic
sructure of Astroides
calycularis
National
Biodiver Settin
sity
g up a
territo
rial
biodiv
EC Structural
Funds European
Regional
Development
Osservatorio
Regionale della
Biodiversità Siciliana
marina a terrestre
(ORBS)
Regional
& SubRegional
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
Protected Areas of Mediterranean Importance) and to promote
a good management, CoNISMa means to compare the scientific
activities effectued in the last periods inside the SPAMI, to
evaluate the best practices. The project wants to produce a set
of protocols to help the different Italian SPAMI to maintain
their international status.
Activities
Protocols related to:
1. Monitoring of the main chemi-physical variables inside the
water column
2.Census of biodiversity and benthic communities distribution
3. Evaluation of the “reserve effect”, “spill-over effect” and
Indices of environmental quality
4. Alien and invasive species
5. Analysis of the structure and dynamics of the main socioeconomical variables and ascertainment of obtained results
6.Cartography & WebGIS
Results
Conisma produced a set of scientific and managerial protocols
useful to help the Italian SPAMIs to improve their research. This
protocols could be of interest for the Ministery of the
Environment too.
Ferdinan
This study aims at defining the spatial distribution and the
do
health status of A. calycularis along the Italian coasts with an
Boero,
emphasis on the identification of those
Universit
aspects that are most relevant to its conservation. The trophic
à degli
position of A. calycularis in the food web will be verified.
Studi del
Salento
IAMC2013The project aims at setting up a reposistory an an observation
CNR
2015
system for the Sicilian biodiversity, through the support of the
Sicilian Regional Authority and furrther Sicily based public
research Institutes.
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
ente e
della
Tutela
del
Territori
o e del
Mare
Università
degli Studi del
SALENTO
et al.
5.570.00
0,00
(4.070.00
0,00)
IAMC-CNR,
ISPRA, ARPA,
University of
Palermo
MAIN
R&I
AREAS
OTHE
R/MU
LTIPLE
R&I
AREAS
(SPECI
FY)
ersity
reposi
tory
and
observ
ing
syste
m
PROJECT/INITI
ATIVE & WEB
SITE
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Fund - 20072013 Sicilian
R.O.P.
Biodiver
sity
POSEIDONE
(LIFE+)
http://www.lif
eposeidone.eu
/
POSEIDONE - Urgent
Regional
Measures to protect
& SubPosidonia meadows in Regional
Northern Lazio
(LIFE09NAT/IT/000176
)
Lazio
Region
(IT)
Biodiver Opera
sity
tional
Ocean
ograp
hy/Ob
servin
g
syste
ms
Biodiver
sity
Italy-Russia
bilateral
scientifical
cooperation Italian Ministry
of Foreign
Affairs
(www.iamc.cnr
.it)
TARTANET
Progetto di
cooperazione
scientifica sullo
sviluppo di
STRumentazione
Oceanografica e di
Acustica Marina
(STROAM)
Internatio IAMCnal
CNR
Project for the
conservation of
turtles.
National
Septemb
er 2010Decembe
r 2014
2005 - 2
years
POSEIDONE project mainly aims to recover and enhance the
priority marine habitats and Sites of Community interest along
Lazio littoral (Posidonia 1120* Meadows) which have been
partially endangered or degraded due to direct or indirect
human activities - in this specific case, by illegal bottom
trawling. The actions of recovery, enhancement and scientific
monitoring mainly focus on the Posidonia meadows in order to
support the flora and fauna species living in the two areas, thus
having a positive impact on fishing. More than 500 elements
discouraging illegal bottom trawling, with an original shape,
were positioned on the sea bottom around the SCIs.
International cooperation (Italy-Russia) in the the field of
acoustics applied to marine environment.
CoNISMa 01/10/20 The project contributed to the conservation status of the logger
06 (27,40 head sea turtle on a national level by establishing a national net
M)
work
(in collaboration with the Italian ministry of the environment) t
o record all events related to the target species (findings, accide
ntal
1.339.50
0 € 40%
EC
Regione Lazio
(IT), TUSCIA
University
(IT), Muncipal
Administratio
n of Montalto
di Castro (IT)
448.152, VNIRO, RAS
00
(290.000
)
€
CoNISMa
92.916,6
7 - Ente
Gestore
dell'Area
Marina
MAIN
R&I
AREAS
Biodiver
sity
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
LIFE + - DG
ENVIRONMENT
- www.liferarity.eu
Biodiver Living Italian AMPs
sity
marin
e
resour
ches,
ICZM
TITLE
SCALE
RARITY Eradicate
invasive Louisiana red
swamp and preserve
natIve white clawed
crayfish in Friuli
Venezia Giulia
Regional
& SubRegional
Research and
monitoring in the
italian AMPs
National
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
capture by fishermen, nesting sites, treatment in the recovery c
entres, etc.). Five new recovery centres were established in five
regions, and information campaigns were launched to inform th
e fishermen and the public at large about the conservation prob
lems
of the target species. New turtlecompatible fishing implements were promoted among fisherme
n, and one of them the circle-hook
(an alternative to the "J" hook) was readily accepted because it
does not reduce commercial catches and is reasonably priced. T
he
TEDs to be used in trawling, on the other hand, were less accep
ted by the fisherman though the last tests provided positive res
ults
ETP –
2011 Eradicate invasive Louisiana red swamp and preserve native
Ente
2014
white clawed crayfish in Friuli Venezia Giulia. The main
Tutela
objective of the project is to preserve and enhance the stock of
Pesca del
the native crayfish populations of Austropotamobius pallipes in
Friuli
the region Friuli Venezia Giulia (Italy). The recent appearance
Venezia
and spread of the invasive species Procambarus clarkii
Giulia
represents a threat to the regional population of A. pallipes,
which may risk decline or even disappearance.
CoNISMa 01/01/20 Ecological studies of organisms and habitat, spill over effect in
07
the AMPs: Bergeggi, Sinis-Mal Di Ventre, Isole Tremiti,
(420,00
Portofino, Baia e Gaiola, Porto Cesareo, Punta Campanella,
M) (mesi Tavolara, Tor Paterno, Torre Guaceto
cumulati
vi di
diversi
progetti
sovrappo
sti nel
tempo)
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Protetta
AMP
Punta
Campane
lla
2674744
- 388838
€
896.554,
70 Italian
AMP
5
CoNISMa
MAIN
R&I
AREAS
OTHE
R/MU
LTIPLE
R&I
AREAS
(SPECI
FY)
Biodiver Biodiv
sity
ersity
Biodiver MSP sity
ICZM
PROJECT/INITI
ATIVE & WEB
SITE
TITLE
SCALE
CE, FP6-2006GLOBAL-4 Sub-Priority 3:
"Global Change
And
Ecosystems" Research Area
III:
"Biodiversity
and
Ecosystems" Topic III-2:
"Assess and
Forecast
Changes In the
Mediterranean
and Black Seas
Ecosystems
and their
Ability to
Provide
Services" Integrated
Project (IP)
MATTM 3AMP
Southern european
Seas: Assessing and
Modelling Ecosystem
changes (SESAME)
EU
Study of
National
environments
submerged sea caves
(code 8330) in Marine
Protected Areas of
Capo Caccia,
Plemmirio and Pelagie
Islands.
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Hellenic
Center
for
Marine
Sciences
(HCMR)
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
Duration: The project's objectives are to assess changes in the South
48
European Seas ecosystems over the last 50 years, and to assess
months, the current status of the SES ecosystems through analysis of
starting existing and newly collected data at basin scale and through
from
model simulations. SESAME aims to predict changes in the SES
01/11/20 ecosystems, using existing and new observations at a regional
06
and basin scale, in order to construct scenarios of the
ecosystem responses to likely changes in climate and
anthropogenic forcings during the next five decades. SESAME
also aims to assess and predict changes in the ability of the SES
ecosystems to provide goods and services. SESAME will identify
the ecosystem functions (observed and predictable from model
simulations) pertinent to these goods and services as well as
their changes during the last decades.
CoNISMa 01/07/20 This project addressed the study of submerged marine caves. A
08 (24,30 priority habitat present within three MPAs sited on Italian
M)
shores. The last aim of the project is providing useful tools,
potentially exportable to other MPAs, that should be used to
support decision processes to define strategies for future
management of this habitat. The project received the
collaboration of seven different Local Research Units (ULR):
University of Salento, Sassari, Genova, Catania, Ancona, Napoli
and Palermo. Each ULR on the basis of specific competences
provided contributions to the development of four main
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
14.730.4
97,00
(70.000)
CORE
PARTICIPANT
S
47 partners
from 23
countries
€
CoNISMa
500.000,
00 MATTM Minister
o
dell'Ambi
ente e
della
Tutela
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
Biodiver
sity
LIFE + - DG
TARTALIFE
ENVIRONMENT
www.tartalife.
eu/
EU
Biodiver
sity
LIFE NATURE - TARTANET Tartanet,
http://www.tar a network for the
tanet.it/
conservation of sea
turtles in Italy
EU
Biodiver
sity
-
Regional
& SubRegional
Biodiver
sity
TEGNUE
Caratterizzazione
stratigrafica dei
sedimenti e genesi
degli affioramenti
rocciosi (tegnue)
Chioggia
CORAL ZOO
The Development of
http://www.co an SME Friendly
ralzoo.org/hom European Breeding
e/
EU
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
research topics: i) Biodiversity inventory; ii) Impact assessment
of touristic frequentation; iii) Vulnerability quantification; iv)
Social and economical aspects. The four topics were identified
in order to provide guidelines for setting activities of
experimental monitoring and mitigation in the caves of the
three MPAs (potentially also for the MPAs not included in the
project). A secondary aspect dealt with the inclusion of the
Capo Caccia and Punta Campanella MPAs in the list of Specially
Protected Areas of Mediterranean Importance (SPAMI).
CNR2013 Reduction in mortality of sea turtles in professional fishing. In
ISMAR
2018
line with the UNEP RAC/SPA’s MAP (2001) and the National
(Ancona)
Action Plan on Marine Turtles which the Italian Ministry of
Italy
Environment is currently drafting, TARTALIFE aims at reducing
the mortality of C. caretta and contributing to the conservation
of the species in the Mediterranean Sea. The main objectives
are to reduce both bycatch and post-capture mortality.
2004 Tartanet is large-scale initiative for the conservation of the
2008
common sea turtle Caretta caretta in the Mediterranean sea. Its
main objective is to create a network of researchers and people
involved in the study and conservation of this protected
species, and to implement an effective long-term conservation
strategy through the creation of a network of support centres
to help reducing threats.
2013 Caratterizzazione stratigrafica dei sedimenti e genesi degli
2014
affioramenti rocciosi (tegnue) nella zona di tutela biologica
(ZTB) delle acque marine situate al largo del Porto di Chioggia.
Resp. Donnici
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Wagenin 01/06/20 Aim
gen
05 (48,63 The main aim of the project was to develop methodology for
Universit M)
breeding and husbandry of hard (stony) corals (Scleractinia),
y, The
which can be applied in particular by zoos and public aquaria,
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
del
Territori
o e del
Mare
4228000
- 567000
9
3032175
-
18
-55000
€
3.224.18
2,40 Unione
CoNISMa,
Wageningen
Universiteit,
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
Program for Hard
Corals
Biodiver MSP sity
ICZM
MATTM
COUNT DOWN
POSIDONIA
The meadows of
oceanic Posidonia
(habitat code 1120)of
the archipelago of La
Maddalena as a
potential sink of
atmospheric CO2.
National
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Netherla
nds
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
but also by traders in ornamental marine life and private
aquarium holders.
Activities
A consortium of several institutions and a coral culture
company executed research & innovation activities on the
following topics: i) Sexual and asexual breeding of corals,
including techniques for propagation, feeding and induction of
natural coral colony morphogenesis; ii) Coral husbandry:
development of bioassays to evaluate biotic and abiotic
husbandry parameters and to monitor coral health, elaboration
of methods for identification and treatment of coral diseases
and optimisation of transport.
Results
CORALZOO successfully achieved its major aims: i) A toolkit
and information package was delivered that provides a
blueprint for a breeding program for stony corals in EAZAassociated zoos and aquaria. ii) The developed tools and
background information have been described in an SMEfriendly format in The CORALZOO Book of Protocols.
CoNISMa 01/07/20 The meadows of oceanic Posidonia (habitat code 1120)of the
08 (24,30 archipelago of La Maddalena as a potential sink of atmospheric
M)
CO2.
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
Europea
/ VI
PROGRA
MMA
QUADRO
GRANT
AGREEM
ENT
SME-2012547
CORE
PARTICIPANT
S
Burgers Zoo,
et al.
€
CoNISMa
142.016,
00 MATTM Minister
o
dell'Ambi
ente e
della
Tutela
del
Territori
o e del
Mare
MAIN
R&I
AREAS
OTHE PROJECT/INITI TITLE
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Biodiver
TREzze e
TRECORALA
sity
CORalligeno
dell’ALto
Adriatico:
valorizzazione
e gestione.
http://www.ita
slo.eu/projects
/projects_2007
_2013/201303
2614533840
SCALE
Biodiver
sity
Regional
& SubRegional
Biologic
al
Invasion
s
MIPAF ROV
CORALLI
Climat ISRAELE CMCC
e
Chang
e&
Impact
s
Using the ROV in the
applicative definition
of the management
plans for the red
coral.
Regional
& SubRegional
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
2012The aim of the project TRECORALA is to expand the biological
2014
knowledge on the “Trezze” (rocky outcrops present in the
northern Adriatic coast) and coralligenous formations in the
Gulf of Trieste and to identify guidelines for the management,
protection and enhancement of the natural heritage by
strengthening the attractiveness and competitiveness of the
area and contributing to the protection of biodiversity.
Moreover, management proposals will be made through
information on the exploitation fisheries, about some of the
resources of commercial interest. The results will be
widespread organizing informative seminars, aimed at the
various people involved in fisheries management and in the
administration of the tourist sites of interest. As final objective,
the project aims to provide the necessary tools for the
management of joint cross-border marine areas also developing
the tourism sector.
CoNISMa 16/02/20 Using the ROV in the applicative definition of the management
12 (18,20 plans for the red coral.
M)
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
OGS, IT
Agreement Program
Internatio CMCC
for International
nal
Research attivity
within Italy-Israel
cooperation on
environment research
and development The impact of
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
CBC
Program
me ItalySlovenia
20072013
1,43
million
Euro
€
190.000,
00 MIPAAFMinister
o delle
Politiche
Agricole
e
Forestali
01/06/20 Aim
€
09 (24,83
1.650.00
M)
Study of impacts of biological invasions and climatic changes on 0,00
Mediterranean biodiversity, analysis of genetic diversity in
CMCC native and alien species, inventory of hydroid community along CENTRO
Israli mediterranean coasts.
EUROMEDITER
Activities
RANEO
CORE
PARTICIPANT
S
10 partners
CoNISMa,
ISPRA
CoNISMa,
CMCC,
Università
della Tuscia,
ICRAM,
Università di
Genova.
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
biological invasions
and climate change on
the biodiversity of the
Mediterranean Sea.
Collection, processing biological samples (fish and
invertebrates) for morphometric, reproductive, trophic
parameters, genetic characterization of key species. DNA
extraction, analysis of sequences of mtDNA control regions of
fish species. Chronogeonemy and biodiversity of benthic
hydrozoa. Quali-quantitative analysis of benthic communities,
identification new lessepsian migrants.
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
PER I
CAMBIA
MENTI
CLIMATI
CI
Results
Biologic
al
Invasion
s
no website,
stakeholder
conference
Algal blooms in areas Regional
of economical interest & Subin Sardinia: advance of Regional
knowledge and new
approach of the
research aimed to the
management and
mitigation of the
phenomena.
Biologic
al
Invasion
s
Contratto con
Azienda
Chimica
Genovese srl
nell'ambito del
progetto
"ECOCELL-BWT
ECOCELL-BWT
Optimization,
differentiation and
performance
certification of ecofriendly Ballast Water
Treatment Systems
Regional
& SubRegional
Universit
à di
Sassari
Dipartim
ento
Scienze
Botanich
e,
Ecologich
ee
Geologic
he
Consiglio
Nazional
e delle
Ricerche
(CNRISMAR)
Italy
2013 (36
months)
2011 2013
Databases definitions, chronogeonomic mapping of key species,
analysis of genetic connectivity levels and geographical
distribution of key species, creation of reference collections,
scientific publications.
The general aim is to increase our capacity to forecast algal
266.000,
blooms along beaches used for recreational purposes.
00
(75.000,0
0)
The International Maritime Organization (IMO) Convention on
247000
ship Ballast Water Treatment (BWT), which will come into force
shortly, requires that each ship treats its ballast water before
discharge, in order to prevent any risk linked to the organisms
present in the ballast water. ISMAR Genoa is supporting the
Italian SME ACG in the validation and certification procedure of
its BWT system, in order to demonstrate that this system is able
Università di
Sassari
Dipartimento
Scienze
Botaniche,
Ecologiche e
Geologiche
Facoltà di
Agraria
dell'Università
di Sassari
1
MAIN
R&I
AREAS
Blue
Biotech
nology
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Programma
Operativo
Regionale
P.O.R.-FESR
Liguria
(2007/2013) Asse 1 Innovazione e
competitività Azione 1.2.2 Ricerca
Industriale e
Sviluppo
Sperimentale. BIOWALK
http://www.bi
owalk4biofuels
.eu/
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
to eliminate the organisms present in the BW, avoiding at the
same time any risk for the environment.
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Biowaste and algae
knowledge for the
production of 2nd
generation biofuels.
EU
DICMA- 01/04/20 The BioWALK4Biofuels Project aims to develop an alternative
Sapienza 10
and innovative system for the treatment of biowaste and use of
Universit (54,77)
GHG emissions to produce biofuels, using macroalgae as a
y of
catalyser, in a multidisciplinary approach. The objectives of the
Rome
project are:
(Italy)
- production of a cost-efficient biogas without using cereal
crops
- optimise the production of biogas per amount of biowaste and
CO2 used
- increase and facilitate the types of biowastes that can be
utilised for biogas production
To achieve the underlined objectives, research activities are to
be carried out on the selection of adequate macroalgae species
that can reach high output biomass yields and high
carbohydrate content. Pre-cultivation of protoplasts,
accelerating cell-growth rate, is to be carried out to increase
productivity. In addition, the relationship between growth and
energy potential of selected species with the
amounts/characteristics of GHG emissions and biowaste
introduced in the cultivation medium is to be studied. This way,
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
€
3.972.66
6,00 Unione
Europea
/ VII
PROGRA
MMA
QUADRO
GRANT
AGREEM
ENT
241383
CoNISMa,
DICMASapienza
University of
Rome (Italy),
et al.
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Blue
Biotech
nology
FP6-2003NEST-A www.eabiofilms.org
Blue
Biotech
nology
Grant
Agreement
Number FP7
KBBE FP7312139
COLLABORATIV
E PROJECT
VII Programma
Quadro20092012
TITLE
SCALE
EA-BIOFILMS
EU
Electrochemical
control of biofilmforming microorganisms: screening,
identification and
design of new
knowledge-based
technologies.
Integrated
EU
Biotechnological
Solutions for
Combating Marine Oil
Spills
(“KILL SPILL”)
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
CNRS CENTRE
NATIONA
L DE LA
RECHERC
HE
SCIENTIFI
QUE France
"Prof.
Nicolas
Kalogera
kis"
<nicolas.
kalogera
kis@env
eng.tuc.g
r>
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
higher biomass yields of macroalgae are achieved. After
fermenting the algal biomass, the cycle is closed by producing
biogas to be used for electricity and heat generation and as a
transport fuel.
2004 2007
Electrochemically active biofilms, which achieve
electrochemical connections when forming onto conductive
materials, can be the basis of new power sources and promise
applications in bio-energy, bio-remediation, bio-corrosion
mitigation and biosensors. In this project, a multidisciplinary
team of researchers aims to test a range of microbes and to
identify those electrochemically active, in order to increase the
understanding of these microbes and their potential usefulness
for the society.
48 MESI: Kill●Spill delivers innovative (bio)technologies, which can be
dal
integrated to the real sequences of state-of-the-art actions
01/01/20 used currently to cleanup oil spills. The catalogue of Kill●Spill
13 al
products & technologies is based on a review of technology &
31/12/20 knowledge gaps in approaches of oil spill disasters and brings
16
appropriate tools for 1st response, follow-up, and longer-term
actions, specifically tailored to the versatility of oil spills.
Kill●Spill develops chemicals & biochemicals to be used for 1st
response actions to disperse/emulsify oil and materials
enabling the containment and sorption of oil, preparing the
field for the follow-up actions. Kill●Spill develops
(Bio)technologies aiming at intensified biodegradation
processes by bioaugmentation/biostimulation as follow-up and
longer term actions in aerobic/slight anoxic compartments.
Kill●Spill develops (bio)technologies adapted for the
remediation of anoxic/anaerobic fresh & chronically polluted
sediments. Kill●Spill compiles knowledge on
dispersion/sorption and biodegradation processes to produce
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
3056000
- 191000
7
- TECHNICAL
1027926. UNIVERSITY OF
68 CRETE(9998243
00) –
COORDINATOR
et al.
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Blue
Biotech
nology
PRIN 20102011
Blue
Biotech
nology
Grant
Agreement
Number FP7
KBBE FP7289311 CSA
VII Programma
TITLE
SCALE
La System Biology
National
nello studio degli
effetti xenobiotici in
organismi marini per
la valutazione dello
stato di salute
dell’ambiente :
applicazioni
biotecnologiche per
potenziali strategie di
ripristino”
MARINE BIOTECH CSA EU
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
FsuloUNIME
Messina
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
multifunctional products, which are suited for follow-up and
longer term actions. The multifunctional products address the
necessity for integrated bioremediation (bioavailability,
metabolic requirements, etc.) and are efficient along the whole
redox gradient from surface water to sediments. The
products/technologies are field-tested in open sea oil spills and
large mesocosms to unravel the champions products &
technologies. The (bio)tools are benchmarked with existing
solutions using cutting-edge analytics, biosensors, and omics
and checked for eco-efficiency to merit green label. Kill●Spill
consortium is multidisciplinary and gathers 33 partners from 12
EU and EU-associated countries and USA; 18 research &
academic institutions, 14 SMEs, and 1 association of oil spill
companies work together with the support of a high level
advisory board to cover the whole chain of oil spill
(bio)remediation.
24 mesi The main purpose of this multidisciplinaryresearch project is to
dal
provide a detailed picture of the state of naturality of marine
01/02/20 ecosystems subjected to high anthropogenic impact. To achieve
13 AL
this aim ,it is proposed to studyingthe effect of toxic
31/01/20 contaminans,such as heavy metals and hydrocarbons, on
15
sentinel organisms representing different stages of the
evolutionaty scale,with particular reference to mussels. A deep
knowledge of risk factors affecting the environments and their
impact on animals,will allow to produce an applicative transfer
for the realization of concrete actions aimed at protection and
conservationof ther marine ecosystems.
18 MESI: Marine biotechnology has the potential to provide a major
dal
contribution towards addressing some of the most pressing
01/10/20 societal challenges including environmental degradation,
11 al
human health and delivering sustainable supplies of food and
31/03/20 energy. The main goal of the CSA will be to prepare the
13
foundation for a potential ERA-NET in the area of Marine
Biotechnology which will require: a) Gaining better
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
91000
NORGES
FORSKNINGSR
AD(99946045
3) –
COORDINATO
R et al.
MAIN
R&I
AREAS
Blue
Biotech
nology
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Quadro20092012
VII Programma
Quadro20092012
TITLE
SCALE
Marine Biotechnology EU
ERA-NET
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
understanding of the Marine Biotechnology landscape in
Europe and beyond. To this end the consortium envisages
carrying out an analysis of the current landscape (research
effort, infrastructures, stakeholders, strategies and
programmes, gaps and barriers to cooperation). b) Mobilisation
of key stakeholders: extending the partnership of funding
agencies and European Stakeholders. To this end the
consortium envisages pro-active engagement with relevant and
potentially interested funding agencies and stakeholders
through development of appropriate fora, the organisation of
information sessions, workshops and other project activities. c)
Sketching the contours of future cooperation between funding
agencies in the area of Marine Biotechnology. To this end the
consortium envisages workshops involving the extended
network of funding agencies and representative governmental
organisations to set the stage for the set-up of appropriate
cooperation tools to develop joint programmes and pool
resources for collaborative research on a European scale. d)
Managing information relevant to marine biotechnology
research, technology development and innovation, and making
this available via a dedicated web-site (including Wiki pages),
newsletters, reports and briefing documents.
48 MESI: The ERA-NET MarineBiotech (ERA-MBT) recognises that
dal
Europe’s marine ecosystems and organisms are largely
01/12/20 unexplored, understudied and underutilized, in spite of
13 al
Europe’s access to an extensive and diverse set of marine
30/11/20 ecosystems, supporting an enormous marine biodiversity. This
17
resource, through the coordinated application of marine
biotechnology, has the potential to provide a major
contribution towards addressing some of the most pressing
societal challenges including environmental degradation,
human health and delivering sustainable supplies of food and
energy, amongst others regarded as the Grand Challenges for
our future. The ERA-MBT is therefore designed to deliver better
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
2000000
/38126
NORGES
FORSKNINGSR
AD(99946045
3) –
COORDINATO
R et al.
MAIN
R&I
AREAS
Blue
Biotech
nology
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
PROGETTO VII°
P.Q. Contratto
di ricerca U.E,
Grant
Agreement
Number FP7
KBBE FP7287589
TITLE
SCALE
Marine microbial
diversity – new
insights into marine
ecosystems
functioning and its
biotechnological
potential” (“MICROB
3”)
EU
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
coordination of relevant national and regional Research,
Technology Development and Innovation (RTDI) programmes in
Europe, reducing fragmentation and duplication, and paving
the way for common programmes and cooperation in the
provision and use of research infrastructures. A necessity to
make sustainable use of this unique resource. ERA-MBT's 21
partners will work with stakeholders from industry and
organisations to identify needs and gaps in the value chain from
research and development, through optimaising research
results for proof of consept and industrial uptake and
valorisation. At least three transnational calls will address these
challenges, and cooperations with complementing activities will
be explored to add value and power to enable the development
of a horisontally applicable technology like marine
biotechnology. For updated info: www.marinebiotech.eu
dal
Micro B3 will develop innovative bioinformatic approaches and
01/01/20 a legal framework to make large-scale data on marine viral,
12 al
bacteria; archaeal and protists genomes and metagenomes
31/12/20 accessible for marine ecosystems biology and to define new
15
targets for biotechnological applications. Micro B3 will build
upon a highly interdisciplinary consortium of 32 academic and
industrial partners comprising world-leading experts in
bioinformatics, computer science, biology, ecology,
oceanography, bioprospecting and biotechnology, as well as
legal aspects. Micro B3 is based on a strong user- and data basis
from ongoing European sampling campaigns to long-term
ecological research sites. For the first time a strong link
between oceanographic and molecular microbial research will
be established to integrate global marine data with research on
microbial biodiversity and functions. The Micro B3 Information
System will provide innovative open source software for dataprocessing, -integration, -visualisation, and -accessibility.
Interoperability will be the key for seamless data transfer of
sequence and contextual data to public repositories. Micro B3
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
8.985.78
6,00
(180.000,
00)
JACOBS
UNIVERSITY
BREMEN
GGMBH(9998
97147) –
COORDINATO
R et al.
MAIN
R&I
AREAS
Blue
Biotech
nology
Blue
Biotech
nology
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Grant
Agreement
Number FP7
KBBE 245226
COLLABORATIV
E PROJECT
VII Programma
Quadro20092012
http://www.m
agicpah.org/
PO CRO Fondo
Sociale
Europeo
Regione Liguria
2007-2013
Asse IV
“Capitale
Umano” ob.
specifico l/6
TITLE
SCALE
Molecular Approaches EU
and MetaGenomic
Investigations for
optimizing Clean-up of
PAH contaminated
sites” (MAGICPAH)""
PO CRO Study of
Regional
biofilm bio& Subelectrochemical
Regional
properties as scientific
basis for the
technological
differentiation of
biosensors to be
employed in ship
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
will allow taking full advantage of current sequencing
technologies to efficiently exploit large-scale sequence data in
an environmental context. Micro B3 will create integrated
knowledge to inform marine ecosystems biology and modelling.
Moreover, it will facilitate detecting candidate genes to be
explored by targeted laboratory experiments for biotechnology
and for assigning potential functions to unknown genes. Micro
B3 will develop clear IP agreements for the protection and
sustainable use of pre-competitive microbial genetic resources
and their exploitation in high potential commercial applications.
To underline the translational character of Micro B3, outreach
and training activities for diverse stakeholders are planned as
well as an Ocean Sampling Day to transparently make project
results accessible and gain valuable user feedback.
Simone
01/04/20 Molecular Approaches and Metagenomic Investigations for
Wehner 10Clean-up of Polyaromatic Hydrocarbon) è una ricerca altamente
<Simone. 31/03/20 specializzata si propone di approfondire le conoscenze su
Wehner 14
contaminanti recalcitranti o non disponibili alla
@helmh
biodegradazione. Essa fornisce un significativo contributo alla
oltzcomprensione delle attività catalitiche delle comunità
hzi.de>
microbiche associate a suoli, sedimenti ed acque di scarico
contaminate da idrocarburi policiclici aromatici. Indagini basate
sulla metagenomica, metaproteomica, metabolomica saranno
applicate per identificare prodotti, come processi biochimici e
relativi enzimi non ancora esplorati, di interesse industriale.
Consiglio 2012 Nazional 2014
e delle
Ricerche
(CNRISMAR)
Italy
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
404712
52000 52000
1
MAIN
R&I
AREAS
Blue
Biotech
nology
Blue
Biotech
nology
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
inerenti le aree
di attività in cui
operano i Poli
di ricerca e
innovazione e i
Distretti
tecnologici
liguri”
Italian Ministry
of Education,
University and
Research MIUR
P.O.N.
"Research and
Competitivenes
s" 2007-2013
for the regions
of convergence
- Contract no.
713/Ric.
29/10/2010 Title II "Development
/ Strengthening
of DAT and
LPP" TITOL O
PROGETTO 7°
P.Q. EU –
Programma
Collaborative
TITLE
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
National
CNR
2012 ISMAR
2015
Universit
à degli
Studi di
Foggia –
Dip.
Medicina
Clinica e
Sperimen
tale –
Farmalab
or srl
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
pipelines and
environmental
monitoring
PON02_00186_29374
75 Clinical protocols
and innovative
technology for the
production of
functional foods
identifier
Titolo BRAAVO –
EU
Biosensors, Reporters
and Algal
Autonomous Vessels
for Ocean Operation "
36 MESI:
DAL
01/12/20
13 AL
9428245
- 125700
BRAAVOO aims to develop innovative solutions for real-time insitu measurements of high impact and difficult to measure
marine pollutants. The concept of BRAAVOO is based on a
unique combination of three types of biosensors, which will
enable both the detection of a number of specific marine
3
-499955 UNIVERSITE
DE LAUSANNE
(999841469) –
COORDINATO
MAIN
R&I
AREAS
Climate
Change
&
Impacts
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Project N°
614010
http://www.br
aavoo.org
Science for
mitigation and
adaptation
policies to
ecological and
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ACID.IT
National
OGS, IT
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
30/11/20 priority pollutants as well as of general biological effects that
16
can be used for early warning. First, innovative bimodal
evanescent waveguide nanoimmuno-sensors will enable labelfree antibody-based detection of organohalogens, antibiotics,
or algal toxins. Secondly, bacterial bioreporters producing
autofluorescent proteins in response to chemical exposure will
enable direct detection of alkanes or PAHs from oil, heavy
metals, or antibiotics, and can further assess the general
toxicity of the water sample. Finally, the photosystem activity of
marine algae is exploited to monitor changes induced by toxic
compounds. BRAAVOO will construct and rigorously test the
three biosensor systems for their analytical performance to the
targeted pollutants. To enable low-cost real-time
measurements, the three biosensors will be miniaturized,
multiplexed and integrated into innovative modules, which
allow simultaneous multianalyte detection. The modules will
include all optical elements for biosensor signal generation and
readout, the microelectronics for data storage, and specific
microfluidics to embed the biosensors or cells, and expose
them to aqueous samples from dedicated autosamplers. The
modules can be used either as stand-alone instruments for
specific marine applications or can operate autonomously and
in real-time in an integrated form. Hereto, they will be
embedded in a marine buoy and an unmanned surveying
vessel. Vessels and stand-alone biosensor modules will be
tested extensively and in comparative fashion on real marine
samples and in mesocosms. If successful, the flexible and
innovative BRAAVOO solutions will democratize and
revolutionize marine environmental monitoring.
2014The project aims to produce knowledge to both develop and
2016
reduce the uncertainty of decision support systems for: a) the
assessment of impacts of marine acidifications in the future
climate and b) for planning of effective policies for the
mitigation of acidification impacts on the vulnerable ecological-
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
R et al.
Italian
Ministry
of
Universit
y and
MAIN
R&I
AREAS
Climate
Change
&
Impacts
Climate
Change
&
Impacts
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
socio
economical
impacts of
Acidification o
Italian seas.
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
http://www.cir CIRCE
ceproject.eu
EU
INGV
-
Regional
& SubRegional
CLIMATOLOGIA
COSTA LAZIO
Climatologia delle
coste del Lazio per la
determinazione delle
correlazioni tra clima
marino epresenza
della poseidonia
oceanica mediante
simulazioni da
modello, ricerca dei
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
socio-economic systems. The program aims to contribute to fill
knowledge gaps with reference to the Italian seas, and to
reduce the uncertainty of the decision support system by
integrating such knowledge into mathematical models .
The experimental activities will consider the Adriatic, Ionian and
Tyrrhenian Seas.
Specific results include: New and updated dataset,
retrospective analysis; Analysis of the status and variability of
carbonate system along the Italian coasts and seas; Analysis of
the effects of the river on carbonate system; Analysis of the
cumulated effects of acidification and warming on growth,
grazing, and trophic regime of plankton species; Analysis of the
cumulated effects of acidification and warming on larvae of
commercially important bivalve, on corals populations and
posidonia system; Improvement of oceanographic (carbonate
systems), biogeochemical (plankton system) and ecological
(bivalves, posidonia, corals) models for the Italian seas;
First characterization of the vulnerability and risks for the
Italian seas related to acidification.
2007 To develop an integrated approach to understand combined
2011
effects of climate change;
2008 2010
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Research
0,956
million
Euro
10000 KE CNR-ISAC,
(ISAC
INGV, MAX
contribut PLANK Mainz.
ion) EC
-218000
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Climate
Change
&
Impacts
Climate
Change
&
Impacts
Biodiv
ersity
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
budget sedimentari e
stime a grande scala
delle dinamiche del
trasporto solido
urbano
DECALOGO
Internatio
DECALOGO - Cascate nal
di acqua densa: da
osservazioni locali ad
una
parametrizzazione
dell'ocano globale resp. Carniel
DEVOTES
DEVelopment Of
EU
1)
http://www.de innovative Tools for
UNDACI
votesunderstanding marine
ON AZTI,
project.eu/
biodiversity and
(Spain)
assessing good
Environmental Status.
Grant agreement no:
308392.
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
2011 2014
Cascate di acqua densa: da osservazioni locali ad una
parametrizzazione dell'ocano globale
01/11/20 DEVOTES main objectives are to: i) improve our understanding
12 (48,67 of the impact of human activities and climate change on marine
M)
biodiversity; ii) identify the barriers and bottlenecks that
prevent Good Environmental Status from being achieved; iii)
test indicators and develop new, innovative ones to assess
biodiversity in a harmonized way throughout the 4 regional
seas; iv) develop, test and validate innovative integrative
modelling and monitoring tools to improve our understanding
of ecosystem and biodiversity changes, for integration into a
unique and holistic assessment; v) propose and disseminate
strategies and measures for ecosystems’ adaptive
management, including the active role of industry and relevant
stakeholders.
DEVOTES will address three main challenges in determining
environmental status: (i) assessment of anthropogenic
pressures, including climate change, to which biodiversity
responds; (ii) selection of appropriate indicators to assess the
status; and (iii) integration of those indicators across a number
of ecological scales, into a unique biodiversity assessment.
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
-334897
€
CoNISMa et al.
12.050.9
70,10 Unione
Europea
/ VII
PROGRA
MMA
QUADRO
GRANT
AGREEM
ENT No:
308392.
MAIN
R&I
AREAS
Climate
Change
&
Impacts
Climate
Change
&
Impacts
Climate
Change
&
Impacts
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
-
TITLE
SCALE
E SURGE VENICE ESURGE-VENICE
Regional
& SubRegional
http://www.dp Management and
EU
2000.it/
Monitoring of
processes in marine
distributed
environments MARINE
MAP GOCE
MAP: Marine Aerosol EU
018332
Production: Primary &
Secondary Marine
Aerosol Production
from Natural Sources
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Delta
Progetti
(PORFESR per
DLTM)
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
DEVOTES objectives will be achieved through the activities
carried out within seven operational workpackages, besides the
management one: Human Pressures and Climate Change
(WP1), Social-economic implications for achieving GES /WP2),
Indicator testing and development (WP3) Innovative modelling
tools (WP4); Innovative monitoring techniques (WP5);
Integrative assessment of biodiversity (WP6); Outreach,
stakeholder engagement and product dissemination (WP7).
2011 2014
March
12, 2012
Development of an information system to access data from
buoys, ships and satellites
National 15/9/200 The Project contributed to sea spray processes understandind
Universit 5 - 48
and developmment od sea spray integrated function for
y of
months modelling. Marine aerosol contributes significantly to the
Ireland ,
global radiative budget and consequently, changes in marine
Galway
aerosol abundance and/or chemical composition will impact on
climate change. Various climate feedback mechanisms have
been proposed involving the sulphur, sea-salt, iodine and
organic sea-spray cycles; however, all cycles and their impacts
on aerosol haze and cloud layers remains poorly quantified.
MAP will consolidate the current state-of-the-art in the fields of
aerosol nucleation and growth and primary marine aerosol
(PMA) production to quantify the key processes associated with
primary and secondary marine aerosol (SMA) production from
natural sources. MAP will focus on the newly identified aerosol
formation mechanisms involving iodine oxides, for secondary
aerosol production, and the primary production of marine
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
-52866
about
250K €
Delta Progetti,
SYO, ETT
2300 KE
(ISAC
CONTRIB
UTION
180 KE)
EC
NUIG, ISACCNR,
Politechnical
Univ. Of
Ancona.
MAIN
R&I
AREAS
Climate
Change
&
Impacts
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
Mediterranean MEDGES
Good
Environmental
Status.
Integrated
study of the
influence of
the physical
processes and
anthropogenic
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Regional
& SubRegional
OGS, IT
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
organic matter aerosols produced by plankton and transferred
to the atmosphere via the bubble bursting process at the ocean
surface. Key processes will be identified, parameterized and
implemented in a Global/Regional scale chemical transport
model and in a regional climate model. Combining the
knowledge gathered on key processes with satellite-derived
information on oceanic and meteorological parameters, an
algorithm will be developed to produce a Sea-Spray Source
Function (S3F) which will subsequently be used in large scale
models to quantify the impacts of marine aerosols. The
algorithm and its application will be proposed as a service
contributing to GMES/GEOSS. Similarly, an organo-iodine
source function will also be developed. The impact of marine
aerosol on atmospheric chemistry, radiative forcing and climate
will be evaluated using the large-scale models. MAP Objectives:
* To elucidate the dominant condensable vapours driving
secondary marine aerosol (SMA)formation;
* To quantify the number and size flux of primary inorganic
and organic marine sea-spray aerosol (PMA);
* To produce a PMA and iodo-carbon source function using
integrated Global Earth Observing satellite data and in-situ
data;
* To quantify the impact of SMA and PMA on radiative
forcing and atmospheric chemistry.
2012The project aims to study in an integrated manner the impact
2014
of climatic and human pressures on the interactions between
the processes of the shelf and the deep-sea ones of the central
Mediterranean (southern Adriatic and Ionian Seas), and on
important biogeochemical and ecological processes of these
seas, in order to assess the potential impact on the Ecological
Status, defined by the descriptors and indicators from the
Marine Strategy Framework Directive (MSFD) 2008/56/EU. In
particular, MedGES aims to identify the natural inherent and
induced variability in the indicators of the Ecological Status (GES
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Italian
Ministry
of
Universit
y and
Research
MAIN
R&I
AREAS
Climate
Change
&
Impacts
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
factors on the
state of coastal
and deep
ecosystems in
the central
Mediterranean
.
MEDSEA
www.medseaproject.eu
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
- Good Environmental Status), to assess the response to the
adoption of best practice environmental management and
climate forcings.
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Mediterranean sea
acidification in a
changing climate.
EU
Universit 01/02/20 Increases of atmospheric CO2 and associated decreases in
at
11 (42,
seawater pH and carbonate ion concentration this century and
Autonom 53 M)
beyond are likely to have wide impacts on marine ecosystems
a de
including those of the Mediterranean Sea. Consequences of this
Barcelon
process, ocean acidification, threaten the health of the
a (UAB)
Mediterranean, adding to other anthropogenic pressures,
including those from climate change. Yet in comparison to
other areas of the world ocean, there has been no concerted
effort to study Mediterranean acidification, which is
fundamental to the social and economic conditions of more
than 400 million people living along its coastlines and another
175 million who visit the region each year.
The MedSeA project addresses ecologic and economic impacts
from the combined influences of anthropogenic acidification
and warming, while accounting for the unique characteristics of
this key region. MedSeA will forecast chemical, climatic,
ecological-biological, and socio-economical changes of the
Mediterranean driven by increases in CO2 and other
greenhouse gases, while focusing on the combined impacts of
acidification and warming on marine shell and skeletal building,
productivity, and food webs. We will use an interdisciplinary
approach involving biologists, earth scientists, and economists,
through observations, experiments, and modelling. These
experts will provide science-based projections of
Mediterranean acidification under the influence of climate
change as well as associated economic impacts. Projections will
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
€
CoNISMa et al.
4.825.05
0,06 Mediterr
anean
sea
acidificat
ion in a
changing
climate.
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Climate
Change
&
Impacts
Acidifi
cation
studie
s
Climate
Change
&
Impacts
TITLE
Mediterranean MEDSEA
Sea
Acidification in
a changing
climate
http://medseaproject.eu/
EPICA-MIS
New
paleoreconstructions
from antartic ice and
marine records.
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
be based on new observations of chemical conditions as well as
new observational and experimental data on the responses of
key organisms and ecosystems to acidification, which will be
fed into existing ocean models that have been improved to
account for the Mediterranean's fine-scale features. These
scientific advances will allow us to provide the best advice to
policymakers who must develop regional strategies for
adaptation and mitigation.
Regional Universit 2011The MedSeA project addresses ecologic and economic impacts
& Subat
2014
from the combined influences of anthropogenic acidification
Regional Autònom
and warming, while accounting for the unique characteristics of
a de
this key region. MedSeA will forecast chemical, climatic,
Barcelon
ecological-biological, and socio-economical changes of the
a (UAB),
Mediterranean driven by increases in CO2 and other
SP
greenhouse gases, while focusing on the combined impacts of
acidification and warmingon marine shell and skeletal building,
productivity, and food webs. We will use an interdisciplinary
approach involving biologists, earth scientists, and economists,
through observations, experiments, and modelling.
These experts will provide science-based projections of
Mediterranean acidification under the influence of climate
change as well as associated economic impacts. Projections will
be based on new observations of chemical conditions as well as
new observational and experimental data on the responses of
key organisms and ecosystems to acidification, which will be
fed into existing ocean models that have been improved to
account for the Mediterranean ‘s fine-scale features. These
scientific advances will allow us to provide the best advice to
policymakers who must develop regional strategies for
adaptation and mitigation.
Internatio Centre
01/12/20 Enhanced palaeoreconstruction and integrated climate analysis
nal
National 04 (42,57 through marine and ice core studies.
De La
M)
Recherch
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
FP7 16 partners
Europea
n
Commiss
ion 3.5
million
Euro
€
5.470.25
7,00 Unione
CoNISMa et al
MAIN
R&I
AREAS
Climate
Change
&
Impacts
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
PON&REC
(PON02) www.ponrec.it
TITLE
SCALE
SEAPORT
Regional
Development of
& Subinnovative
Regional
technologies for
energy saving and
environmental
sustainability of
shipyards and harbour
areas
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
e
Scientifiq
ue
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
Europea
/ VI
PROGRA
MMA
QUADRO
GRANT
AGREEM
ENT
COGE 003868
Technolo 01/02/12 SEAPORT Project is organized in several work packages (WPs),
Total: k€
gical
- 36
different each others but having a common denominator:
8.934 Cluster
months energy and environmental requalification of harbour yards and Research
“Sicilia
areas. By well defined actions, WP1 and WP2 aim to individuate : k€
Navtec”
all energy critical aspects within a shipyard and a harbour area, 7.107,
located in the "Cantiere Navale di Augusta" (WP1) and in the
Develop
harbour area of Catania (WP2), respectively. An initial energy
ment: k€
audit will allow to evaluate the real energy need of both sites
1.287,
(peak power and constant load). In particular, the consumption Educatio
trend will allow to identify the more suitable technology as a
n: k€ 540
function of the specific utilization. Investigation of the energy
- Funding
production by renewable energy sources (solar and wind) will
institutio
be carried out in order to evaluate the utilization both of solar
n: MIUR
technologies and micro/mini turbines. Moreover,
thermocatalityc processes to the energy recovery coming from
hydrocarbon wastes of naval processes will be studied. A final
evaluation step will consist in the feasible design and realization
of the considered actions. Further environmental and energy
evaluations will consist in an experimental study concerning
both the wave energy (WP3) and innovative technology for the
dock drainage (WP6). These activities will be carried out by a
multistage sampling and will allow to define regional guide lines
both for the realization of wave energy plant (WP3) and for
innovative plants based on the “micro-bubbles” generation for
CORE
PARTICIPANT
S
Sicilia Navtec,
University of
Catania,
University of
Palermo,
Cantieri Navali
di Augusta,
Intermarine,
Caronte &
Tourist, CTMI,
RPS
Consulting,
CNR (ITAE,
IAMC, ISMN)
MAIN
R&I
AREAS
Climate
Change
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
PON&REC
(PON02) www.ponrec.it
TITLE
SCALE
TESEO High Efficiency
Technologies for Onboard Environmental
Regional
& SubRegional
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
dock drainage (WP6). The WP2 aims to analyse and simulate
the interaction between terminal harbour components and the
surrounding areas, in order to reduce the environmental impact
and favour the sustainable development of the harbour areas.
An evaluation of the transportation (goods and passengers) by
sea, in alternative to the transportation by road, will be occur.
The critical aspects, linked to the existing infrastructures, will be
individuated in order to achieve a solution in terms of
infrastructure development. In the framework of the seaharbour-land intermodality is also placed the ship-harbour
interconnection. This is direct towards the supply of bi-fuel ship
during the stay in the harbours. The activity is composed by: 1)
an interface criteria analisys with refuelling systems at land by
using the gas distribution grids (LNG); 2) an identification phase
regarding the essential requirements necessary for the ships.
Remaining in the large vessels field, the WP5 will be involved in
the installation of a pollutant emissions monitoring system on
board of the Caronte&Tourist ships for means and passengers
transport in the Straits of Messina. Since the ship is bound for
two harbours, located in the centre of two towns, Villa S.
Giovanni and Messina (distance of 3.5 km), the Straits is
considered a metropolitan area in which is necessary to reduce
the pollutant emissions. Moreover, it is important to consider
that engine ships remain on also during loading/unloading
phases. This means further pollutant emissions production,
such as CO, CO2, NOx, SOx, ecc. By the sensors installation and
their monitoring will be possible to individuate the emissions
amount and the more suitable solutions to apply. Finally, the
WP4 (Intermarine) aims to investigate both the energy recovery
systems coming from the propeller rotation when the ship is
off, and the dissipation of the rolling motions.
Technolo 01/07/20 The project activities and tasks are addressed to the integration
gical
12 - 36
on-board of boats of new energy technologies characterized by
Cluster
months high efficiency and low environmental impact. In this regard,
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Total: k€ Sicilia Navtec,
15.089 - University of
Research Palermo,
MAIN
R&I
AREAS
&
Impacts
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
and Sustainable
Energy Use
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
“Sicilia
Navtec”
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
different types of boats are individuated to demonstrate the
application feasibility of such technologies. These include megayacht, yacht, sailing and fishing boats. In parallel, new
technologies with strong innovation character, specifically
dedicated to the naval field, will be developed for the medium
and long term application. Task OR1 deals with boats
characterized by small and intermediate size, such as yachts
and sailing boats. An on-board polymer electrolyte fuel cell
stack with power output up to 50 kW will be demonstrated.
Moreover, both hybrid and pure electrical engines will be
investigated. For the energy storage systems, ZEBRA batteries,
characterized by high energy density, as well as a hydrogen
storage device will be demonstrated. The hydrogen will be
generated through electrolyzers fed with any on-board
generated electrical energy surplus. The impact of such new
energy technologies on the boat will be also estimated in terms
of space, weight and inhabitation requirements through
structural, engineering and energetic studies. Specific attention
will be addressed to renewable energy sources such as
photovoltaic and wind energy micro-generators to assure
sustainability and energy efficiency. Moreover new
methodologies for on board integration of renewable power
sources will be studied and optimized for the supply of
electrical energy to small-size auxiliaries. For the electrical
propulsion of large boats, task OR2 deals with development and
demonstration of an electrical generator with an output DC
power up to 210 kW. The system will comprise a polymer
electrolyte fuel cell stack, an electrical storage device
(batteries) and properly designed hydrogen tanks compatible
with present safety regulations. Demonstration will concern
with both the full generator and relative sub-systems. Particular
attention will be addressed to the system modularity in order
to allow a technology transfer to boats of different size or
characterized by other energetic requirements. A study of ties
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
: k€
10.543,
Develop
ment: k€
3.610,
Educatio
n: k€ 936
- Funding
institutio
n: MIUR
CORE
PARTICIPANT
S
University of
Messina,
University of
Catania,
Fincantieri,
Cantieri
Tringali, CTMI,
RPS
Consulting,
CNR (ITAE,
IAMC, ISMN,
IPCF, ISSIA,
IM)
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
Climate
Change
&
Impacts
Biodiv VECTORS ersity, www.marineBiologi vectors.eu
cal
VECTORS - Vectors of EU
Change in Oceans and
Seas Marine Life,
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
related to the present safety regulations will be carried out with
the aim to establish the guidelines of a new regulation
addressing proper safety rules concerning with the use of new
energy technologies on-board and the certification. For the
development of a prototype of a fishing boat characterized by
high efficiency and low environmental impact (OR4), new
fluido-dynamic solutions will be searched with regard to both
hull and structure of the boat. The aim is to improve efficiency
and reduce fuel consumption. In parallel, an optimization of the
propulsion system will be carried out by using alternative
configurations consisting in a different degree of hybridization
between the thermal and electrical engines. Recently
developed technologies for reduction of polluting emissions,
such as “particulate filters” characterized by a high degree of
innovation, will be demonstrated with reference to their
adequacy to work in combination with diesel engines of heavy
impact such as those presently used on fishing boats. New
promising energy technologies which have not yet reached the
level of either commercialization or prototyping will be
specifically developed in task OR5 for naval application. These
technologies concern with new generation hydrogen-fed
polymer electrolyte fuel cells for the marine propulsion, dieselfed solid oxide fuel cells including a dedicated external reformer
with specific application for the supply of electrical energy to
on-board auxiliaries, renewable energy conversion systems
such as third generation solar cells and new energy storage
devices based on unitized regenerative fuel cells. For the
recovery of on-board available refuse heat, an innovative
adsorption heat pump system will be developed for air
conditioning of inhabited areas on board of ships.
Plymout 01/02/20 Marine life makes a substantial contribution to the economy
h Marine 11 (48,
and society of Europe. VECTORS will elucidate the drivers,
Laborato 70 M)
pressures and vectors that cause change in marine life, the
ry
mechanisms by which they do so, the impacts that they have on
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
€
16.329.8
18,94 Unione
CoNISMa,
Plymouth
Marine
MAIN
R&I
AREAS
Deep
sea
Ecosyste
ms
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
invasi
ons,
Socioe
conom
ic and
Policy
Resear
ch
TITLE
Living
Marin
e
Resou
rces
Assessment of the
interaction between
corals, fish and
fisheries, in order to
develop monitoring
CORAL FISH
http://eu-fp7coralfish.net/
SCALE
Impact on Economic
Sectors.
EU
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
ecosystem structures and functioning, and on the economics of
associated marine sectors and society. VECTORS will
particularly focus on causes and consequences of invasive alien
species, outbreak forming species, and changes in fish
distribution and productivity. New and existing knowledge and
insight will be synthesised and integrated to project changes in
marine life, ecosystems and economies under future scenarios
for adaptation and mitigation in the light of new technologies,
fishing strategies and policy needs. VECTORS will evaluate
current forms and mechanisms of marine governance in
relation to the vectors of change. Based on its findings,
VECTORS will provide solutions and tools for relevant
stakeholders and policymakers, to be available for use during
the lifetime of the project. The project will address a complex
array of interests comprising areas of concern for marine life,
biodiversity, sectoral interests, regional seas, and academic
disciplines as well as the interests of stakeholders. VECTORS will
ensure that the links and interactions between all these areas
of interest are explored, explained, modeled and
communicated effectively to the relevant stakeholders. The
VECTORS consortium is extremely experienced and genuinely
multidisciplinary. It includes a mixture of natural scientists with
knowledge of socio-economic aspects, and social scientists
(environmental economists, policy and governance analysts and
environmental law specialists) with interests in natural system
functioning. VECTORS is therefore fully equipped to deliver the
integrated interdisciplinary research required to achieve its
objectives with maximal impact in the arenas of science, policy,
management and society. (www.marine-vectors.eu).
NIGI14/03/20 CoralFISH will assess the interaction between corals, fish and
National 08 (60,40 fisheries, in order to develop monitoring and predictive
Universit M)
modelling tools for ecosystem based management in the deep
y of
waters of Europe and beyond.
Irland.
Background
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
(United
Kingdom)
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
Europea
/ VII
PROGRA
MMA
QUADRO
GRANT
AGREEM
ENT
266445
CORE
PARTICIPANT
S
€
10.885.6
92,49 Unione
Europea
CoNISMa, et
al.
Laboratory et
al.
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
(fisher
y,
aquac
ulture,
etc.)
Deep
sea
Ecosyste
ms
ESF - EUCORES
www.eurodeep
.net/biofun/
Deep
sea
Ecosyste
ms
PRIN 2008 -
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
and predictive
modelling tools for
ecosystem based
management in the
deep waters of
Europe and beyond CORALFISH.
Biofun Biodiversity
and Ecosystem
Functioning in
Contrasting Southern
European Deep-Sea
Environments: from
viruses to megafauna
Carbonate chimneys
EU
National
MIURCNR
ISMAR
BOLOGN
A
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
In 2006, the UN General Assembly Resolution (61/105) called
upon fisheries management organisations worldwide to:
i) assess the impact of bottom fishing on vulnerable marine
ecosystems;
ii) identify/map vulnerable ecosystems through improved
scientific research/data collection;
iii) close such areas to bottom fishing unless conservation and
management measures were established to prevent their
degradation.
In European deep waters there is also a need to establish
monitoring tools to evaluate the effectiveness of closed areas
for the conservation of biodiversity and fish and their impact on
fisheries. Two FP6 projects (PROTECT & HERMES) have already
identified the need for information concerning the interaction
between fish and cold water coral habitats.
CoralFISH brings together a unique consortium of deep-sea
fisheries biologists, ecosystem researchers/modellers,
economists and a fishing industry SME, who will collaborate to
collect data from key European marine eco-regions. The
consortium numbers 16 partners from 10 countries.
2007 The aim of BIOFUN is to characterize deep-sea habitats under
2010
an ecosystem-based approach, and to understand links
between biodiversity and ecosystem functioning in relation to
environmental conditions. The team will investigate several
areas across the entire Mediterranean Sea and will perform
several multidisciplinary cruises onboard spanish, italian,
belgian and dutch research vessels.
2011 Geobiological characterization of carbonate chimneys
2013
concluded by MIUR and CNR, with bio-sedimentological,
petrographic and geochemical analyses. Carbonate chimneys
related to the expulsion of fluids rich in hydrocarbons. -
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
/ VII
PROGRA
MMA
QUADRO
GRANT
AGREEM
ENT
213144
1090000
-
9
75980 53186
2
MAIN
R&I
AREAS
OTHE PROJECT/INITI TITLE
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Deep
Co2 Monitor,
Co2 Monitor
sea
Progetto
Ecosyste
Premiale/http:/
ms
/co2monitor.in
ogs.it/index.ht
ml
SCALE
Deep
Biodiv
sea
ersity
Ecosyste
ms
EU
Programma
Eurocores
EuroEEFG
DEEP_C
DEEP_ sea primary
production (meta)
genomic view on eco
system functioning.)
(DEEP_C)”
National
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Istituto
Nazional
e di
Oceanog
rafia e di
Geofisica
sperimen
tale OGS
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
24/10/20 There is evidence that the concentration of CO2 is one of the
12 & 24 main causes of global warming and concurred to increase the
mhonts atmosphere temperature by 0.3-0.6 oC during the last 150
years. To solve this problem, geological storage is an immediate
option. The possibilities are injection into hydrocarbon
reservoirs, methane-bearing coal beds and saline aquifers. It is
essential to monitor the injected plumes as they diffuse into the
reservoir and any other leakage. The loss of integrity of the cap
rock above the reservoir and the potential for leakage along
bedding planes, faults, fractures to shallow aquifers and the
atmosphere should be detected. This project proposes
geophysical methods to monitor the location and migration of
the gas in the underground and in the atmosphere. Moreover,
the project will assess the potential impact of leakages on
marine ecosystems.
20/06/20 The European Science Foundation (ESF) Project “DEEP-sea
10primary produCtion: (meta)genomic view on ecosystem
20/06/20 functioning” (DEEP_C) 09-EuroEEFGFP-044 was coordinated by
13
IAMC-ME. The main objective of the project was to identify the
direct link between deep-sea CO2 fixation and the identity of
the pivotal organisms or assemblages involved in this process.
Studio e possibile ruolo dominante esercitato dai procarioti
degli ambienti marini profondi Lo studio dei DHALs comporterà
l’esplorazione della biodiversità dei microorganismi nonché
l’analisi filogenetica e funzionale dei geni per lo sfruttamento
delle ricchezze nascoste all’interno della genomica DHALs. Le
attività di ricerca permetteranno di 1)valutare il contributo
della produzione chemiolitoautotrofa batipelagica al ciclo
globale del carbonio; 2)evidenziare la presenza di
microorganismi estremofili particolarmente adattati a vivere in
condizioni di elevata pressione e salinità; 3)conoscere la base
genomica delle specificità di nicchia che permettono ai batteri
di adattarsi negli ambienti marini estremi; 4)applicare
tecnologia avanzate per la costruzione delle biblioteche meta
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
1.696 K€
&
Governo
Italiano,
MIUR
520.000,
00
(140.000,
00)
CORE
PARTICIPANT
S
Istituto
Nazionale di
Oceanografia
e di Geofisica
Sperimentale,
Consorzio per
l'AREA di
Ricerca
Scientifica e
Tecnologica di
Trieste.
MAIN
R&I
AREAS
Deep
sea
Ecosyste
ms
Deep
sea
Ecosyste
ms
Deep
sea
Ecosyste
ms
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Progetto ESF
European
Science
Foundation Microbial
diversity in the
deepest
Hypersaline
Anoxic Lakes
programma
FP7 EUROPEAN
COMMISSION www.euhermione.net
EURODEEP MIDDLE
EU
HERMIONE Hotspot
Ecosystem Research
and Man's Impact on
European Seas
Internatio Natural
nal
Environm
ent
Research
Council –
NERC
MIDAS
http://eumidas.net/
Managing Impacts of EU
Deep-seA reSource
exploitation (FP7-ENV2013/two stage/Grant
Agreement n.
603418).
Seascape
Consulta
nts
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
genomiche. Inoltre è ipotizzabile utilizzare i Deep MedSea
Hypersaline Anoxic Basins come un modello di studio per gli
ambienti estremi cosi come potenziare le biotecnologie marine
per fornire all’industria nuovi prodotti e processi basati
sull’utilizzo di enzimi e microorganismi presenti in ambienti
estremi.
Years:
The European Science Foundation (ESF) Project “MIcrobial
2007Diversity in the Deepest hypersaLine anoxic LakEs” (MIDDLE)
2010
06-EuroDEEP-FP-004 was coordinated by IAMC-ME. This project
aimed in exploring the biodiversity of specific deep-sea habitats
such as deep-sea hypersaline anoxic lakes located in Central
Mediterranean Sea. The principal goal of the project was to
understand the biogeochemical pathways that sustain
extremophilic microbial systems and assessing the biodiversity
of deep-sea microbes, their control, their possible interactions
with metazoans and their input into the global element cycling.
2009 Hotspot Ecosystem Research and Man's Impact on European
2012
Seas is the successor to the successful HERMES project. It is
designed to make advances in the knowledge on the
functioning of deep-sea ecosystems and their contribution to
the production of goods and services, through an
interdisciplinary approach merging biology, biogeochemistry,
sedimentology, oceanography and socio-economy. It aims to
create a platform for discussion between stakeholders, and
contribute to EU policies on deep sea.
01/11/20
13 (36,50 The MIDAS project - Managing Impacts of Deep-seA reSource
M)
exploitation - is a new, multidisciplinary research programme
that will investigate the environmental impacts of extracting
mineral and energy resources from the deep-sea environment.
This includes the exploitation of materials such as polymetallic
sulphides, manganese nodules, cobalt-rich ferromanganese
crusts, methane hydrates and the potential mining of rare earth
elements. MIDAS is funded under the European Commission's
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
520.000,
00
(108.900,
00)
7998955
- 304600
38
€
CoNISMa et al.
8.997.11
2,00 Unione
Europea/
FP7-ENV2013/tw
o
stage/GR
MAIN
R&I
AREAS
Deep
sea
Ecosyste
ms
Deep
sea
Ecosyste
ms
Deep
sea
Ecosyste
ms
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Grant
Agreement
Number FP7
KBBE 226977
COLLABORATIV
E PROJECT
VII Programma
Quadro20092012
http://csbg.cnb
.csic.es/mamba
/index.html
ESF http://www.esf
.org/coordinati
ngresearch/euroc
ores/complete
dprogrammes/e
uromargins/pr
ojects/fp06.ht
ml
PNRA
TITLE
SCALE
Marine Metagenomics EU
for New
Biotechnological
Applications”
(MAMBA)"Number
FP7 KBBE 226977
COLLABORATIVE
PROJECT
VII Programma
Quadro2009-2012
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
p.golyshi
n@bang
or.ac.uk
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
Framework 7 programme and started on 1 November 2013 for
a period of 3 years.
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
ANT
AGREEM
ENT n.
603418)
48
The EU project "Marine Metagenomics for New
1.870.00
MONTHS Biotechnological Applications" (MAMBA) KBBE-2008-226977
0
:
(http://mamba.bangor.ac.uk) was co-coordinated by IAMC-ME. (715.098,
dal
MAMBA's mission was to mine metagenomic resources from
00)
01/07/20 extreme marine environments for new enzymes relevant to
09 al
pharmaceutical industry and industrial biocatalysis. It
30/06/20 specifically aimed at the detailed biochemical and structural
13
characterisation of new extremozymes and in the
reconstruction of whole biochemical pathways in extreme
environments.
MOUNDFORCE
Forcing of carbonate
mounds and deep
water coral reefs
along the NW
European continental
margin
Internatio
nal
2003 2007
This projects is directed toward the definition of the geological, 220000 geochemical and oceanographical conditions and processes
forcing the development of carbonate mounds and cold-water
coral reef formation in contrasting areas of the NE Atlantic
Ocean and Mediterranean Sea. The projects also aims at
establishing the factors governing lithification and stabilisation
of carbonate mounds, and to use these as modern analogues of
fossil carbonate buildups.
PNRA
National
Years:
2013 2015
PNRA Project "Sea Ice Associated Methylated Osmolytes:
biogenesis and Contribution to Oceanic Methane Production?”
(SIAMO) 2013/AZ1.07. The specific aims of the SIAMO project
are: the evaluation of environmental significance of anaerobic
catabolism of S- and N-containing methylated osmolytes,
analyzing the composition and abundance of MO in different
48.000,0
0
(38.000,0
0)
8
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
CONISM
A
Deep
sea
Ecosyste
ms
Progetto
Bandiera La
Ricerca Italiana
per il Mare www.ritmare.it
RITMARE - SP4 Planning of the Deep
Marine Environment
and the Open Sea
National
Deep
sea
Ecosyste
ms
FINANZIAMENT
I DA P-Q.
RICERCA U.E.
V° Programma
Quadro
FIRB BANDO
2008
The EU project
“Biotechnology from
the Deep” (BIODEEP)
EVK3-2000-22057.
EU
Un approccio meta
genomico per
esplorare la diversità
microbica e il flusso
genico negli
ecosistemi marini
profondi”.
National
POR FESR
2007-2013 http://www.bi
omapping.it
BIOMAP
Regional
Biocostruction marine & Subin Puglia
Regional
Deep
sea
Ecosyste
ms
Deep
sea
mining,
Oil and
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
compartments of antarctic sea ice; the analysis of the structure
of microbial community in the sea ice environment.
2011 The project contributes to increase knowledge and
2016
quantification of deep-sea bed processes, through a better
understanding of deep-sea environment processes, habitats
and biodiversity, and natural dangers arising from it. Moreover
deep-ocean and open-sea circulation models, and measuring
methods used for their validation, has been fine-tuned.
Years:
20012004
The EU project “Biotechnology from the Deep” (BIODEEP) EVK32000-22057. The aim of the project was to isolate
extremophiles and identify how their extreme adaptations,
which result in novel compounds and activities, can translate
into new biotechnological applications.
01/12/20 Italian project FIRB 2008 “Un approccio metagenomico per
10 al
esplorare la diversità microbica e il flusso genico negli
01/12/20 ecosistemi marini profondi” (EXPLODIVE) RBFR08AWP6_002.
13
The most innovative aspects of the project EXPLODIVE were: to
investigate the viral and prokaryotic diversity, as well as the
presence of putative functional genes within the extracellular
DNA pool and the interactions among the microbial genomes as
well as their potential interactions with the genes present in
the extracellular DNA using the most advanced molecular
techniques; to identificate the main metabolic pathways
associated with the different genomic pools and the
relationship between microbial biodiversity and the functional
processes (i.e., heterotrophic and autotrophic C production,
viral production, enzymatic activities) as well as the interactions
between metabolic pathways of the different microbial
REGIONE 2011 Marine bioconstruction in Puglia.
PUGLIA- 2013
With the term "bioconstructions" are defined environments
CONISM
characterized by the overlap of biological structures that grow
A – CNR
on each other leading to the formation of positive structures on
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
8000000
- MIUR
CNR (IAMC,
IBF, IGAG,
IGG, INGV,
ISAC, ISMAR),
CINFAI,
CONISMA,
ENEA, OGS,
SZN
1.900.00
0,00
(355.000,
00)
473.000,
00
(162.400,
00)
994620 159132,2
3
MAIN
R&I
AREAS
Gas
Sustaina
ble
Exploita
tion
Deep
sea
mining,
Oil and
Gas
Sustaina
ble
Exploita
tion
Deep
sea
mining,
Oil and
Gas
Sustaina
ble
Exploita
tion
Deep
sea
mining,
Oil and
Gas
Sustaina
ble
Exploita
tion
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
-
TITLE
SCALE
ENI Spa Development National
of conceptual models
for seismic
interpretation
EXXON MOBIL - EXXON MOBIL
National
UPSTREAM RESEARCH
COMPANY
GALSI -
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ISMAR
BOLOGN
A
ENI-SPA
– CNR
ISMAR
BO
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
the bottom.
Among the main lines of action are Mapping, geophysical
surveys (MB, SSS, Chirp), video and cartography, Biodiversity
assessment, analysis of pressures and impacts of human
activities. Quantification of the effects of human disturbance
2007 Development of conceptual models for seismic interpretation
2009
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
360000 360000
EXXON –
CNR
ISMAR
BOLOGN
A
2013 2016
Study of the Po delta during the last glaciation in order to
develop conceptual models functional to hydrocarbons
prospecting.
GALSI GALSI PIPELINE Internatio GALSI
PROJECT ALGERIA TO nal
SPA –
ITALIA VIA SARDINIA
CNR
ISMAR
BOLOGN
A
2008 2014
Canalization for the transport of natural gas from Algeria to the 240000 Italian mainland via Sardinia.
240000
Review of offshore reports produced by Fugro Geoservices,
detailing the preliminary interpretation of significant geohazard
features within the DMS corridor.The reports by FUGRO
Geoservices were provided to ISMAR (CNR) and supplemented
by reconnaissance multibeam bathymetry DTM and identified
on a regional bathymetry index map. The main task is to verify
the interpretation and to expand the understanding of
described features in the wider regional context and geohazard
model.
2
663000 663000
2
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
The work conducted at ISMAR (CNR) was aimed at:
1) Checking the strength and internal coherence of the
proposed interpretations and suggesting possible additional or
alternate interpretations;
2) Suggesting possible actions toward additional data
acquisition (if necessary).
2012 2015
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Deep
sea
mining,
Oil and
Gas
Sustaina
ble
Exploita
tion
Living
MPA
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
ENI-AGIP -
PIATTAFORME
ANCONA
National
ISMAR U.O.S.
Ancona,
Italy
-
http://www.a
mpamed.org/
AMPAMED
EU
Réserve 2006 (36
Naturelle months)
des
Bouches
de
Bonifacio
(FR))
The Project relies in the role of MPA for the sustainable
development of local economic activities like artisanal fishing
and tourism.
The main goal is using three Mediterranean MPAs, placed in
three different regions (Córcega, Cerdeña and Murcia) and
shows the differences and the similarities in management
resources and sustainable development. In particular:
1)Comparison of the data and criteria of fishing and tourism
management between the three MPA.
2)Evaluation of the load capacity of the system in relation with
fishing and tourism.
3) Research in innovative management methods for fishing and
tourism.
Living
Marine
Resourc
es
ASAP - MIPAF
(Ministry of
Agriculture,
food and
ASAP (2014-2016)
Assessment of
Survival of rejected
shArks in
National
Consiglio 2014 Nazional 2015
e delle
Ricerche
Unintentional catches in fishing activities and the elimination of 57000 so-called "by-catch" (other marine species that is caught
46000
unintentionally while catching certain target species) are
priority objectives of the European Common Fisheries Policy
897.000,
00
(130.000,
00)
Universidad
de Murcia
(ES); Réserve
Naturelle des
Bouches de
Bonifacio (FR);
Area Marina
Protetta
"Penisola del
Sinis - Isola di
Mal di ventre
(IT) and
International
Marine Centre
(IT)
1
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
(fishery,
forestry
aquacult
policies)
ure,
National
etc.)
program for
fisheries and
aquaculture
2013 – 2015 Living
FP7 Marine
EUROPEAN
Resourc
COMMISSION es
http://www.be
(fishery,
nthis.eu/
aquacult
ure,
etc.)
TITLE
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
Fisheri
es,
fisheri
es
ecolog
y
Socioe
conom
ic &
Policy
Resear
ch
TENDER MARE
VI - MEDPEL
http://mareapr
oject.net/
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
(CNRISMAR)
Italy
BENTHIS
EU
CAMPBIOLDEM-2007
EU
DLO
(IMARES
/ LEI),
Stichting
Dienst
Landbou
wkundig
Onderzo
ek,
Netherla
nds
Fabio
Fiorentin
o (IAMCCNR)
Catch rate
determination of
Albacore, Swordfish
and Bluefin tuna and
the characterization
and quantification of
associated bycatch
and discards in
EU
mediterranean smallscale fishing Practices
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
(CFP). The present study aims to assess the state of vitality of
the by-catch (Post-Capture Survival) of demersal cartilaginous
fishes (Chondrichthyes), a group of fish of great importance in
marine ecosystems. The experiment will be performed in the
MPA "Tavolara - Capo Coda Cavallo" (North-East Sardinia)
where several of this species (sharks, rays and chimaeras) are
routinely captured
2012 Benthic ecosystem fisheries Impact Study is about the
2017
integration of marine benthic ecosystems in fisheries
management. There is concern about the adverse impact of
fisheries on benthic ecosystem, and the need to develop tools
to assess these impacts and to collaborate with the fishing
industry to develop innovative technologies. BENTHIS will
provide the knowledge to further develop the ecosystem
approach to fisheries management as required in the Common
Fisheries Policy and the MSFD.
2007 The programme is part of the EU fisheries Data Collection
Framework (DCF). The objectives is to collect data for the main
fisheries and commercial stocks of the Strait of Sicily (GSA 16).
CoNISMa 27/11/20 http://mareaproject.net/
12 (12,17
M)
Drifting (pelagic) long-lines of different types are widely used in
the Mediterranean, mainly for fishing large pelagic species such
as swordfish (SWO), bluefin tuna (BFT) and albacore (ALB).
Depending on the target species, there are differences in gear
configuration (hook size, size of main and branch lines, etc) and
fishing strategy (e.g. depth setting of the gear). Additionally,
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
437000 436058
16
254823.4 CNR-IAMC
€
194.106,
68 Unione
Europea
/ DG
MARITIM
E
CoNISMa,
HCMRCOISPAIEO(Spagna)AQUASTUDIO
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
Mediterranean pelagic
long-lines fisheries.
SPECIFIC CONTRACT
No. 6 (SI2.635542)
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
there are certain seasonal and temporal differences among the
fisheries targeting the different species. Fleets from various
countries are involved in those fisheries operating in most
Mediterranean areas. In terms of nominal fishing effort, the
most important fisheries are those targeting swordfish, as they
operate all over the basin throughout the year with the
exception of specific seasonal closures established either by
ICCAT or at the national level. Mediterranean EU-countries,
such as Italy, Greece and Spain account for about 80% of the
swordfish longline catches in the area.
Long-line fisheries targeting bluefin tuna are spatially and
temporally restricted nowadays, and their contribution to the
total Mediterranean bluefin tuna catch is less than 15%.
Albacore long-line fisheries are often opportunistic, operating
mostly seasonally on a regional basis, depending on fish
availability. It should be noted that due to those characteristics
of the albacore fishery, the available data are fragmented and
insufficient for the assessment of the stock by ICCAT. Greece
and Italy are among the most important albacore producers in
the Mediterranean.
Independently of the target species, captures of the rest (nontarget) species occur in all fisheries together with unwanted
captures of small individuals. Based on the above, the
International Commission for the Conservation of Atlantic
Tunas (ICCAT) has stressed the need for research to improve
the selectivity pattern of the surface long-lines. In addition,
they have been reported by-catches of different marine
species. Generally, the amount of by-catches varies, depending
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
AFFAIRES
AND
FISHERIE
S
TENDER
MARE/2
009/05.
SPECIFIC
CONTRA
CT No. 6
(SI2.6355
42)
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
on the fishing area, season and fishing strategy.
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
The specific objectives of the present study are to:
• Identify, in as much fine scale as possible, the spatiotemporal
catch-rate variations of swordfish, bluefin tuna and albacore in
Mediterranean pelagic long-line fisheries.
• Estimate catch-rate variations of other commercial by-catch
species in Mediterranean pelagic longline fisheries.
• Identify catch rates of non-commercial by-catches (discards)
with emphasis on spatiotemporal fluctuations in the catch-rates
of sharks and sea-turtles in the Mediterranean pelagic longline
fisheries.
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
Catcheffort
relate
d
studie
s in
the
Chann
el of
Sicily
EC Structural
Funds Financial
Instrument for
Fisheries
Guidance
(FIFG)
(www.iamc.cnr
.it)
Cattura e sforzo di
piccoli pelagici
(prevalentemente
sardine e alici) nel
Canale di Sicilia per la
gestione delle risorse
pescabili (CASFO)
Regional
& SubRegional
MUNICIP 2005 - 2
ALITY OF years
MAZARA
DEL
VALLO
The study will utilize data collected in different frames: past
European and national research projects and of the Data
Collection Regulation (DCR and DCF).
The project aimed at fish catch and effort data assessment from
purse seine hauls, along the Sicilian southern coast (GSA 16 of
FAO-GFCM), carried out through samples from landings
Data analysis, collection and management was carried out with
the aim to draft a planning model for an effective fisheries
resources management, especially small pelagics.
199.460, IAMC-CNR,
9
Euroformazio
(167.160 ne PSC Srl.
)
MAIN
R&I
AREAS
OTHE
R/MU
LTIPLE
R&I
AREAS
(SPECI
FY)
Living
Marin
Marine e
Resourc fisheri
es
es,
(fishery, marin
aquacult e
ure,
ecosys
etc.)
tem
PROJECT/INITI
ATIVE & WEB
SITE
TITLE
SCALE
MAREFRAME,
http://www.m
areframefp7.org/
Co-creating
Ecosystem-based
Fisheries
Management
Solutions (CREAM)
EU
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
FP7 COEXIST
EUROPEAN
COMMISSION www.coexistpr
oject.eu/
FP7 European
Commission
(FP7-ERANET2012-RTD) -
EU
COFASP
EU
Strenghtening
cooperation in
European research on
sustainable
exploitation of marine
resources in the
seafood chains ERANET
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
01/01/20 MareFrame seeks to remove barriers that currently prevent a
14, 48
more widespread use of an Ecosystem-based Approach to
months Fisheries Management (EAFM) by developing: • Novel data
based on new tools and technologies • Ecosystem models and
assessment methods based on indicators of Good
Environmental Status (GES) • A Decision Support Framework
(DSF) adapted to the needs of decision makers, managers,
operators, and other stakeholders that will support the
implementation of the new Common Fisheries Policy (CFP),
Marine Strategy Framework Directive (MSFD) and Habitats
Directive (HD) - MareFrame contains tangible benefits for
groups of stakeholders who have primary interest in clear
policy objectives. The benefits include: • Efficient and effective
decision-making and implementation • Sustainable industry
performance in terms of ecological, social and economic
aspects
Institute 2010 Interaction in coastal waters: a roadmap to sustainable
of
2013
integration of aquaculture and fisheries is a multidisciplinary
Marine
project to provide a roadmap to integrate, under a synergistic
Research
and sustainable way, different activities in the coastal zone. The
, Bergen project supports the new European Maritime Policy and spatial
IMR planning of coastal areas. Case studies are used to provide data
Norway
for further analysis through the integrated work packages.
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Anna
Kristìn
Danìelsd
óttir,
MATIS ICELAND
/
Francesc
o Colloca
IAMCCNR
Styrelsen 2013 for
2017
forskning
og
innovatio
n,
Denmark
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
6.000.00
0,00
(365.506,
00)
CORE
PARTICIPANT
S
• MATIS OHF
et al.
3780000
- 195642
11
2000
26
MAIN
R&I
AREAS
OTHE
R/MU
LTIPLE
R&I
AREAS
(SPECI
FY)
Living
Socioe
Marine conom
Resourc ic &
es
Policy
(fishery, Resear
aquacult ch
ure,
etc.)
PROJECT/INITI
ATIVE & WEB
SITE
TITLE
SCALE
TENDER MARE
II - MEDISEH
http://mareapr
oject.net/
Compilation and
EU
mappins of
environmental and
fiskeries related
information in the
Mediterranean Sea by
means of
Geosraphicat
Information Systems
(GIS). SPECIFIC
CONTRACT No. 2
(SI2.600741).
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
CoNISMa
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
01/09/20 http://mareaproject.net/
11 (19,73
M)
The general objectives of the MEDISEH(Mediterranean
Sensitive Habitats) project are to be achieved through multiple
tasks mainly oriented to collate dispersed information useful to
integrate the environmental dimension into fisheries
management and to allow the rendering of such information
through GIS.
Task 1. Compile historical and current data, to be rendered
through GIS tools, on the 3 main protected habitats under
Council Regulation (EC) No 1967/2006: seagrass beds,
coralligenous habitat and mäerl beds. Wherever possible,
information on the extension, status and evolution of the
habitats coverage is needed. Possibilities of modelling
hydrological, sediment and other environment information for
predictive identification of areas where the seabed is likely to
be characterised by the presence of one of these habitats or
where such habitat has existed and may be in need of
restoration action
Task 2. Compile information supporting the identification and
location of nursery areas (juveniles in their first and, if
appropriate, second year of life) and spawning aggregations.
This information, which is to be collated and archived in
formats adequate for GIS rendering, shall refer to all the
demersal and small pelagic species in the Mediterranean
included in Appendix VU of Council Regulation (EC) No
199/2008 as well as for the species subject to minimum size
(Council Regulation (EC) No 1967/2006-Annex III). In addition,
ecological characterisation of these areas, both in terms of
biological community (assemblage) and habitats therein, must
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
€
568.996,
00 Unione
Europea
/ DG
MARITIM
E
AFFAIRES
AND
FISHERIE
S
TENDER
MARE/2
009/05
SI2.6007
41
CORE
PARTICIPANT
S
CoNISMa,
CIBM, CNR,
IEO(Sapagna),
MCFS (Malta).
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
be provided.
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Task 3. Compile and archive in format for GIS rendering of
geographic information on the location and delimitation of all
types of existing marine protected areas (e.g. parks, reserves,
fishing protected areas, etc established at national, regional,
local levels), including scientific, technical, and fisheries
management reasons underpinning their constitution.
Sources of information
Sources of information may be diverse and go from
scientific/technical papers and reports, to original raw data
collected in national and European surveys, up to legal and
scientific information used for the establishment of different
types of marine protected areas including, inter alia, the SCIs
and SACs, under the Habitats Directive, and the SPA and SPAMI
under the Barcelona Convention.
Duration of the tasks
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
Living
Marine
Resourc
Coasta
l zone
manag
ement
Contratto per attività Regional
di ricerca “Piani di
& Subgestione locali –
Regional
Cogepa di
Castellamare del Golfo
e Palermo Ovest”
Coasta
l zone
Contratto per attività Regional
di ricerca Cogepa
& SubMazara del Vallo-CNR- Regional
The duration of the tasks shall not exceed 18 months from the
date of signature of the specific contract.
Fabio
10/09/20 The aim of the project is to support the application of the local
Fiorentin 12, 3
management plan, through the analyses of fisheries data and
o (IAMC- years
the provision of scientific advices.
CNR)
Fabio
10/09/20 The aim of the project is to support the application of the local
Fiorentin 12, 3
management plan, through the analyses of fisheries data and
years
the provision of scientific advices.
78000 CNR-IAMC
55000 CNR-IAMC
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
es
manag
(fishery, ement
aquacult
ure,
etc.)
Living
Coasta
Marine l zone
Resourc manag
es
ement
(fishery,
aquacult
ure,
etc.)
Living
Fisheri
Marine es
Resourc monit
es
oring,
(fishery, contro
aquacult l and
ure,
surveil
etc.)
lance
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
Living
fisheri
Marine es
Resourc manag
es
ement
(fishery,
TITLE
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
o (IAMCCNR)
Contratto per attività
di ricerca Cogepa
Trapani-CNR-IAMC
Mazara del Vallo
“Piano di gestione
locale – Cogepa
Trapani”
Regional
& SubRegional
Fabio
10/09/20 The aim of the project is to support the application of the local
Fiorentin 12, 3
management plan, through the analyses of fisheries data and
o (IAMC- years
the provision of scientific advices.
CNR)
Contratto servizio
pilota inerente
l’analisi dei rischi
dell’azione di
controllo nell’ambito
della politica comune
della pesca
National
Fabio
Fiorentin
o (IAMCCNR)
IAMC Mazara del Vallo
“Piano di gestione
locale – Cogepa di
Mazara del Vallo”
60000 CNR-IAMC
2009
216000 CNR-IAMC
18/12/20
13, 10
months
60000 CNR-IAMC
CONVENZIONE
National
MIPAAF PRODUZIONE
DATI STATISTICI PESCA
-CNR IAMC UOS DI
MAZARA DEL VALLO
MIPAF
Convenzione per
l’affidamento di un
incarico relativo alla
redazione dei piani di
gestione da adottare
Fabio
2007, 10
Fiorentin months
o (IAMCCNR)
Regional
& SubRegional
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
The project was aimed at developing two fisheries management
plans (GSA 9 and 11) following the EU reg. 1967/2006.
140000 CNR-IAMC
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
aquacult
ure,
etc.)
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
Living
Marine
Resourc
TITLE
SCALE
nel quadro delle
azioni previste dal
Reg. (CE) 1967/2006,
Reg. (CE) 2371/2002 e
Reg. (CE) 1198/2006
Convenzione per
National
l’affidamento di un
incarico relativo alla
redazione dei piani di
gestione da adottare
nel quadro delle
azioni previste dal
Regolamento (CE)
1967/2006, nella GSA
9 e 11
Convenzione tra
National
MIPAAF e l’IREPA
Onlus per il
Programma Nazionale
di raccolta dati
2009/2010
Fisheri
es
manag
ement
FP 6 http://www.riv
o.dlo.nl/degree
/
Degree DEvelopment
of fishing Gears with
Reduced Effects on
the Environment
EU
MIPAF DIMAM
Detritivores as
Indicators of MaisBt
in Agriculture Mixed:
National
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
Fabio
2008, 6
Fiorentin months
o (IAMCCNR)
Fabio
Fiorentin
o (IAMCCNR)
The project was aimed at developing two fisheries management
plans (GSA 9 and 11) following the EU reg. 1967/2006.
2009 The programme is part of the EU fisheries Data Collection
Framework (DCF). The objectives is to collect data for the main
fisheries and commercial stocks of the Strait of Sicily (GSA 16).
2006 2009
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
156000 CNR-IAMC
535473.8 CNR-IAMC
2
The DEGREE project aims at developing new fishing gears to
reduce the adverse effects on the seabed and benthic
communities, to quantify the reduced impact on bottom
habitats and benthic communities, and to assess the socioeconomic consequences of introducing these gear in
established fishery-dependent communities.
3522956
-
CoNISMa 05/12/20 To determine the isotopic signatures of the communities of
06 (23,20 organisms which colonize the farming residues of transgenic
M)
plants and of benthic organisms that come into contact with
€
110.880,
00 -
10
CoNISMa
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
es
(fishery,
aquacult
ure,
etc.)
TITLE
SCALE
isotopic ratios (δ13C
and δ15N) in the
tissues of
invertebrates nontarget permanently
present in
agroecosystems to
mais.
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
farming residues washed away into neighbouring bodies of
water. The purpose is to define possible biochemical indicators
of the presence of transgenic organisms in the environment.
Activities carried out
In Spanish territory, three varieties of transgenic corn and their
corresponding wild strains were cultivated near the banks of
the Ebro River. An estimate was made of the quantity of
farming residues left in the ground and the quantity of such
residues swept away in the river water. Samplings of land
animals and of benthic colonizers of farming residues were
carried out seasonally for two years. The isotopic signals of
residues and animals were recorded for 10000 specimens.
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
MIPAAFMinister
o delle
Politiche
Agricole
e
Forestali
Results
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
Socioe
conom
ic &
Policy
Resear
ch
TENDER MARE
IV - BEMTOOL
http://mareapr
oject.net/
Development of an
integrated bioeconomic modelling
tool to develop and
support multiobjective approaches
for fisheries
management.
EU
The characteristics and disappearance process of farming
residues from Bt and isogenic corns after harvest, within the
aquatic and land environments, reveal a significant speed
difference due to the lesser component of lignin in the tissues
of transgenic corn. The colonizing invertebrates feed on farming
residues as demonstrated by the isotopic signals, which are
always greater on transgenic residues. This major result
emphasizes the importance of isotopic analysis to trace out
transgenic organisms both on dry land and in the water.
CoNISMa 16/01/20 http://mareaproject.net/
€
CoNISMa,
12 (13,20
258.840, HCMR-CIBM
M)
The main objective of the BEMTOOL project is to develop an
00 integrated bio-economic modelling tool aimed to develop and
Unione
support multi-objective approaches for fisheries management
Europea
in the Mediterranean Sea. The modelling tool should be able to / DG
evaluate the biological and economic effects of different
MARITIM
harvesting strategies directed at extracting the long-term
E
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
Identification of the
main species and fleet
segments/metier
covering an adequate
proportion of total
catches/landings and
total revenues of the
main metier involved
in multispecies
multiple gears
demersal fisheries in
different
Mediterranean subregions.
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
maximum sustainable production while avoiding the risk of
recruitment overfishing and modification in the ecological
structure and functions of the exploited fish community. The
model should allow identifying the optimal level of fishing
effort and/or catches per each main segment/metier of the
fishing fleet in line with previously defined conservation goals
while allowing the possibility to extract the maximum long-term
economic value.
To have suitable data for bio-economic modelling, an additional
objective of the project is to provide approaches to aggregate
economic data, as collected through the data collection
regulations, in a way compatible with the spatial stratification
of the GFCM-GSAs including, if necessary, merging or splitting
of GSAs depending on the fisheries/metier under examinations.
Moreover, to allow meaningful integrated bio-economic
evaluations for fisheries management, the project will also
identify the main species and fleet segments for the
multispecies multiple gears demersal fisheries carried out in
different Mediterranean sub-regions which are adequate in
each GSA to cover an acceptable proportion of total
catches/landings and total revenues for each of the main
metiers involved in the demersal fishery.
The project is organized in the following tasks:
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
AFFAIRES
AND
FISHERIE
S
TENDER
MARE/2
009/05
SI2.6137
70
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
- Task 0 (Project management) is aimed to coordinate the
activities of the project supervising the progress of all project
tasks.
- Task 1 (Multi-objective approach) is aimed at defining
indicators and related reference points for each of the main
objectives pursued in fisheries management.
- Task 2 (Model development) is aimed at developing the
predictive and integrated multi-objective bio-economic model
using information on the existing modelling tools for
Mediterranean fisheries as a theoretical support for the
development of the model conceptual scheme.
- Task 3 (Software development) is aimed at producing the
model software and the relative documentation.
- Task 4 (Fisheries identification) is aimed at identifying
Mediterranean fisheries and compiling data to be used for
simulations.
- Task 5 (Case studies simulation) is aimed at testing the new
bio-economic model and verify its functioning as regards the
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
appropriateness of the model, the simplicity of use and the
consistency with the project objectives.
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
- Task 6 (Reporting) is finalised to the preparation of the project
Interim Report and Final Report.
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
DG
MARE/2012/24
-Lot 2
SI2.672370 not available
DISCATCH Pilot
EU
project on catch and
discard composition
including solutions for
limitation and possible
elimination of
unwanted by-catches
in trawl net fisheries
in the Mediterranean
Tenders
DRIFTMED Specific
EU
MARE/2009/05 Project n. 8 - LOT 1 –
Mediterranean
http://mareapr
oject.net/ -
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
Living
Marine
Resourc
es
Opera
tional
Ocean
ograp
The Ministry of
Agricultural,
Food and
Forestry
Echosurvey in the
Sicilian Channel
“MEDIAS GSA 16”
(MEDIAS GSA 16)
Regional
& SubRegional
2014 2015
CONISM
A (il CNR
partecipa
ufficialm
ente
come
IAMC
Mazara
del Vallo)
IAMCCNR
The duration of the project shall not exceed 10 months from
the date of signature of the specific contract.
DISCATCH aims at identifying solutions to address factors
determining the catches of unwanted species and specimens in
trawl fisheries, with the view to reduce unwanted catches and
eliminating discards. The main objectives are to provide an
assessment of the fishing fleet discarding behavior, identify the
main reasons for discarding in Mediterranean continental shelf
demersal and small pelagic trawl fisheries, and identify
measures to mitigate or eliminate by catches of unwanted
species.
2013 2013
20092010
624843 -
-
Oceanographic surveys in the Strait of Sicily and in the
Tyrrhenian Sea.
792.197, NONE
75
(792197,
75)
6
MAIN
R&I
AREAS
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
FP7 EUROPEAN
COMMISSION www.ecofishm
an.com
EcoFishMan
Ecosystem-based
Responsive Fisheries
Management in
Europe
EU
MATIS,
Islanda
2011 2014
3000000
- 213161
13
http://www.u
m.es/empafish
/
EMPAFISH
EU
Ecosystem-based Responsive Fisheries Management in Europe
aims to contribute to the implementation of a new integrated
fisheries management system in Europe based on increased
stakeholder involvement. It is a multidisciplinary project,
involving scientists and stakeholders in activities relating to
biology, stock assessment, technology, socio-economy and legal
aspects of fisheries management, to develop an ecosystembased sustainable management system under a precautionary
framework.
Universid 2005, (36 Empafish main goals were: investigate the potential of different
ad de
months) regimes of MPAs in Europe as measures to protect sensitive
Murcia
and endangered species, habitats and ecosystems from the
(ES)
effects of fishing; develop quantitative methods to assess the
effects of marine protected areas; provide EU with a set of
integrated measures and policy proposals for the
implementation of MPAs as fisheries and ecosystem
management tools
2.400.00
0,00
(70.000,0
0)
CoNISMa 27/10/20 http://mareaproject.net/
11 (9,13
M)
The objective of the project is the estimation of multiplying
factors which will allow a quite precise and accurate estimation
€
167.687,
00 Unione
CNRS (FR);
CSIC (ES); PML
(UK);
Univeridad de
Alicante (ES);
Universidad
de la Laguna
(ES);
Università
degli studi di
Palermo (IT);
Università
degli studi di
Pisa (IT)
CoNISMa,
CIBM-HCMRLAMANS-
OTHE
R/MU
LTIPLE
R&I
AREAS
(SPECI
FY)
(fishery, hy:
aquacult data
ure,
from
etc.)
ocean
ograp
hic
cruises
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
PROJECT/INITI
ATIVE & WEB
SITE
Living
MPA
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
Living
Marine
Resourc
es
Policies
(MIPAAF)
(www.iamc.cnr
.it)
Socioe TENDER MARE
conom III ic &
ARCHIMEDES
Policy
Estimation of the
EU
maximum net leneth
of trammel nets,
stilnets and combined
MAIN
R&I
AREAS
OTHE
R/MU
LTIPLE
R&I
AREAS
(SPECI
FY)
(fishery, Resear
aquacult ch
ure,
etc.)
PROJECT/INITI
ATIVE & WEB
SITE
TITLE
http://mareapr bottom set nets by
oject.net/
usins the volume of
the mass of the net
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
the overall length (range) of different types of bottom-set nets
(trammel, gillnets, combined bottom-set nets) and small size
driftnets (<2.5km), on the basis of both the weight and/or the
volume of a net amassed or stowed on a fishing vessel's deck,
on the dock of a port or placed in basket(s).
The EC Reg. 1967/2006 reports that the length of bottom-set
and drifting nets may be also defined considering the weight or
volume of its mass. However, no practical suggestions for
fisheries Inspectors are available at this time.
The Archimedes project thus aims to support the European
Commission with updated information on the passive net
characteristics, with a view to obtain a relation between length,
volume and mass of the passive nets. Current knowledge on the
relations between length, volume and mass of the nets is
widely spread among several sources of information but,
without any rigorous rationale. These relations seem to vary
with fishing areas, target species, local practices, net types
(gillnet, trammel net, combined nets, drift nets), and technical
properties (net rigging, net drop, hanging ratio, float
dimensions, headrope and footrope thickness).
The project will address the following items:
a. reviewing present knowledge of technical parameter of
passive nets which can influence the relation between length,
volume and mass of the nets using literature and field data;
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
Europea
/ DG
MARITIM
E
AFFAIRES
AND
FISHERIE
S
TENDER
MARE/2
009/05.
SI2.6038
10
CORE
PARTICIPANT
S
COISPALAPD(Albania)
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
b. defining factors which can allow the precise and accurate
estimation of the overall length (range) of different types of
bottom-set nets (trammel, gillnets, combined bottom-set nets)
and small-sized driftnets (<2.5 km) on the basis of both the
weight and/or the volume of the mass of a net amassed or
stowed on a fishing vessel's deck, on the dock of a port or
placed in basket(s);
c. developing some simple devices for the assessment of
passive net length, volume and weight which can be used
during fishery inspections;
d. on the basis of the results obtained, providing an indication
of the level of accuracy which can be attained with the different
methods for the net length estimations, suitable for control and
scientific assessment purposes;
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
MIPAF
BYCATCH
Evaluation of the
accidental captures in
the pelagic trailing –
BYCATCH I stage
National
e. giving suitable advices for enforcement and control purposes
and useful information for the stock assessment process.
CoNISMa 01/07/20 Implementation in Italy of monitoring programme of cetacean
07 (86,33 bycatch during pelagic and mid-water pair trawlers fishing
M)
operations. An estimate was made of the accidental capture of
(mesi
cetaceans, of turtles and of a certain number of species of
cumulati elasmobranchs, such as the spiny dogfish, the smooth dogfish,
vi di
the common thresher shark, the blue shark, the bull ray, the
diversi
eagle ray and the pelagic stingray, two of which are
progetti commercial, vulnerable species, thus reaching rather high
sovrappo numbers and representing a considerable biomass taken away
sti nel
from the marine ecosystem. The project also highlighted the
tempo)
problem of the presence of cetaceans in fishing fields and how
this poses a problem for the Adriatic fishing community. The
presence of cetaceans disturbs fish; moreover, the fishing
€
2.092.38
5,20 MIPAAFMinister
o delle
Politiche
Agricole
e
Forestali
CoNISMa,
ISPRA,
A.R.C.H.E'.
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
TONNO ROSSO Evalutation of the
National
III
environmental impact
of the red tuna
farming in floating
cages
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
Ministero della FOOD AND
Salute-Ricerca ENVIROMENTAL
finalizzata
SAFETY: THE
PROBLEM OF THE
ENDOCRINE
DISTRUPTORS"
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
Natura www.arpat.tos
l and
cana.it/gionha/
cultur gionha
al
resour
ces
National
GIONHA - Governance EU
and Integrated
Observation on
marine Natural
Habitat
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
capacity is drastically reduced and, in many cases, there is
damage to fishing nets.
CoNISMa 28/06/20 Study of the environmental impact of a tuna farm using
04 (36,47 different descriptors regarding the water column, sediments,
M)
sedimented organic matter and wild fish, and the identification
of synthetic descriptors useful for carrying out low cost and
reliable monitoring of marine coastal ecosystems.
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
€
CoNISMa
98.175,0
0MIPAAFMinister
o delle
Politiche
Agricole
e
Forestali
75000
Istituo
dal
The aims of the project are: 1)- to individuate biomarker of
Zooprofil 01/12/20 pollution in seafood; 2)- to determine the concentrations of
attico
11 AL
some Endocrine Disruptors in seafood of major consumption by
Napoli
30/11/20 Italian people; 3)- to suggest new forms of bioremediation of
14
wa- ters polluted by endocrine disruptors. Each of these goals
represents the target of the proposed research project, that will
be developed by the Interuniversity Consortium Istituto
Nazionale Biostrutture e Biosistemi (INBB, www.inbb.it) in
collabora- tion with the Istituto Sperimentale Zooprofilattico
del Mezzogiorno, located in Portici (NA) and with CNR in
Messina.
ARPAT - April 14, The overall objective to be achieved is to promote the
2465k €
Agenzia 2009;
protection and enhancement of natural habitats marine /
regionale duration coastal protected area supporting the "Pelagos Sanctuary", rich
per la
36
and diverse marine ecosystem characterized by the presence of
protezio months cetaceans and develop a joint dissemination of environmental
ne
sensitivity through a participatory management.
ambienta
le della
Toscana
.. Please see
website
MAIN
R&I
AREAS
OTHE
R/MU
LTIPLE
R&I
AREAS
(SPECI
FY)
Living
Socioe
Marine conom
Resourc ic &
es
Policy
(fishery, Resear
aquacult ch
ure,
etc.)
PROJECT/INITI
ATIVE & WEB
SITE
TITLE
SCALE
TENDER MARE
VIII DRIFTMED
http://mareapr
oject.net/
Identification and
EU
characterization of the
small scale driftnets
fisheries in
Mediterranean
Specific Contract No. 8
(SI2.646130).
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
CoNISMa
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
04/03/20 http://mareaproject.net/
13 (,17
M)
The DRIFTMED project has been developed with the of
supporting the European Commission with updated
information on the SSD fisheries in the Mediterranean, with a
view to obtain a global picture of their environmental
sustainability and relevance from the economic and social point
of view.
More in detail objectives of the Specific Contract are:
1) Identify and describe past and currently active EU
Mediterranean fisheries using driftnets of length equal or
smaller than 2.5 km (small scale driftnets) to exploit species
other than large pelagic migratory species and not included in
Annex VIII of Council Regulation (EC) n° 894/97 as amended by
Regulation (EC) n° 1239/98 (desk study and field study).
2) Provide technical information on the driftnets gear (mesh
size; twine thickness, rigging ratio, etc.) that are adequate to
exploit species other than those listed in the Annex VIII of
Regulation (EC) n° 1239/98 (desk study and field study).
3) Identify and describe small scale driftnets fisheries currently
used by countries other than EU Member States in the western
and central Mediterranean Sea as well as in the Aegean Sea
(desk study).
4) Identify and describe alternative fishing methods to catch the
same species or group of species exploited by the small scale
driftnets. Compare and comment as adequate their fishing
power, their likely environmental impact and their adequacy to
the type of fishing vessels using small scale driftnets (desk
study).
5) Provide information on the economic parameters pertaining
to each EU Mediterranean small scale driftnet fishery including
the estimation of the proportion on the annual income and
economic profit of an average fishing vessel and/or fleet
segments involved (desk study).
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
€
221.271,
08 Unione
Europea
/ DG
MARITIM
E
AFFAIRES
AND
FISHERIE
S
TENDER
MARE/2
009/05.
SPECIFIC
CONTRA
CT No. 8
(SI2.6461
30)
CORE
PARTICIPANT
S
CoNISMa,
HCMRCOISPA-CIBMIREPA
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
6) Provide an overview of the international/EU/national
provisions regulating the use of driftnets fisheries including,
among others, catch reporting obligations and whether a
compulsory fishing authorization regime is in place. Identify
gaps which hamper full implementation of and compliance with
UNGA resolutions and EU legislation (desk study).
The results of this project might also contribute to mitigate
some gaps of knowledge in the DCF, in particular as regards the
monitoring of small scale fisheries.
Given the diversity of objectives, the expected difficulties in
collecting sparse information both on the bases of a desk and
partly of a field study, the project will require a duration of 8
months.
The project will include three main activities:
- the review of the existing available information from scientific
papers, grey literature, reports, etc. and other sources of
information (e.g. fishermen, fishermen associations, control
bodies, FAO Regional Projects, DCF data, EU and national
legislation records, etc.);
- the collection of new data regarding the technical
specifications of the gears (mesh size, twine thickness, rigging
ratio, etc.) as well as CPUE and catch composition;
- the joint analysis of all the gathered data to provide an
overview on the presence of the SSD fisheries in
Mediterranean, to characterize the main fisheries/métiers in
terms of fishing capacity/activity and composition of the
catches, to review all the existing provision regulating these
fisheries, to assess the economic and their social relevance and,
finally, to produce an evaluation of the feasibility of the use of
alternative gears to exploit the same resources. The structure
of the project has been organised according to four intercorrelated and sequential workpackages.
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
MAIN
R&I
AREAS
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Socioe
conom
ic &
Policy
Resear
ch
TENDER MARE
VII STOCKMED
http://mareapr
oject.net/
TITLE
Identification of
distinct biological
units (stock units) for
different fish and
shellfish species and
among different
GFCM-GSA. SPECIFIC
CONTRACT No. 7
(SI2.642234).
SCALE
EU
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
WP0 = project management and coordination.
WP1 = collection and critical review of the existing information
on SSD fisheries in Mediterranean
WP2 = collection of new data on SSD fisheries.
WP3 = data analysis, socio-economic assessment and synthesis.
CoNISMa 18/12/20 http://mareaproject.net/
12 (18,20 The STOCKMED project - “Stock units: Identification of distinct
M)
biological units (stock units) for different fish and shellfish
species and among different GFCM-GSA” has the overall
purpose of contributing to the definition of the different
biological units as an essential knowledge for proper data
acquisition and subsequent assessment of the state of
resources and, consequently, for the formulation and
implementation of knowledge based management measures.
In the Mediterranean current stock assessment and fisheries
management are highly oriented by the division in Geographical
Sub-Areas (GSA) of the GFCM Area. The definition of GFCM-GSA
was done on the basis of various criteria and analysis carried
out in the first half of last decade (oceanographic, biological,
fishery, continuity of FAO-GFCM capture statistics, etc.).
However, no specific studies were aimed to define the stock
boundaries and structure for most of Mediterranean areas,
including those encompassing the territorial sea of the
European countries, for stock assessment and management
purposes. Despite this uncertainty about stock units, GFCM has
preliminary identified some critical areas were stock of main
commercial species are considered as shared amongst EU
or/and not EU countries (FAO, 2006).
According to STECF opinion, it is advisable to have a more
refined and updated view on the different stock units and to
verify whether the current GSAs classification matches with
advisable assessment and management units of the main
resources and fisheries. The knowledge of distribution of
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
€
535.525,
08 Unione
Europea
/ DG
MARITIM
E
AFFAIRES
AND
FISHERIE
S
TENDER
MARE/2
009/05.
SPECIFIC
CONTRA
CT No. 7
(SI2.6422
34)
CoNISMa,
HCMRCOISPA-CIBMCNRIEO(Spagna)MCFS (Malta)
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
Stock
assess
ment
in the
Chann
el of
Sicily
IDEntificazione degli
STock di Acciughe e
saRdine nello Stretto
di Sicilia per una
gestione sostenibile
delle Risorse
(IDESTAR)
Regional
& SubRegional
EC Structural
Funds Financial
Instrument for
Fisheries
Guidance
(FIFG)
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
resources, of their biological and genetic characteristics and the
distribution of the fishing fleets by gear, also in relation to the
oceanographic and sea bottom characteristics, was also
considered by STECF as potentially useful for the definition of
more natural divisions based on this operational concept of
stock.
Considering that a same fishery may harvest a quite high variety
of resources and that fishing fleets may carry out different
fisheries over the year, tradeoffs may however be unavoidable
between the best classification of biologic stock units, the
mobility and characteristics of the various fishing fleets, the
consistency with sampling strata for data gathering and
reporting of catch statistics (national, EU, FAQ, GFCM etc).
The main objectives of the study are:
to undertake a multidisciplinary identification of distinct
fishery/biological units (stock units) for the most relevant
demersal and small pelagic species in the Mediterranean in
order to contribute to the improvement of the quality and the
reliability of their assessment; to investigate the relationship
between the stock unit, the characteristics of the main fisheries
involved and the GFCM-GSAs system and solutions proposed
for different species and fisheries taking into account the need
to ensure consistency with the main current stratifications for
data gathering and statistics reporting;
to provide an inventory of gaps and suggestions for further
investigations.
Società
2005 - 3 Small pelagics populations analysis in the area of the Sicilian
cooperati years
channel, considered as unique and independent stocks, in order
va "Fra i
to provide a basis for fishery policies management.
pescatori
" di
Sciacca
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
200.000 IAMC-CNR
(120.000
)
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
(www.iamc.cnr
.it)
Living
Socioe TENDER MARE
Marine conom XI - LANDMED
Resourc ic &
es
Policy
(fishery, Resear
aquacult ch
ure,
etc.)
Living
Socioe TENDER MARE
Marine conom X - ADRIATIC
Resourc ic &
(SEDAF)
es
Policy
(fishery, Resear
aquacult ch
ure,
etc.)
TITLE
SCALE
Implications of the
EU
implementation of the
landing obligations
provisions in small
pelagic fisheries in
Mediterranean.
SPECIFIC CONTRACT
No. 11 (SI2. 678902) .
Improved knowledge EU
of the main socioeconomic aspects
related to the most
important fisheries in
the Adriatic Sea.
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
CoNISMa 18/03/20 Implications of the implementation of the landing obligations
14 (8,13 provisions in small pelagic fisheries in Mediterranean.
M)
CoNISMa 02/01/20 The establishment of appropriate management measures for
14 (14,10 sustainable fisheries requires an understanding of the status of
M)
the different fish stocks involved and of the technical
characteristics of the fisheries, but also a clear knowledge of
the socio-economics aspects pertaining to these fisheries.
The SEDAF project aims at contributing to the improvement of
such knowledge in the Adriatic region, exploiting and combining
all the different sources of socio-economic information and
evaluating the knowledge gaps.
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
€
273.540,
70 Unione
Europea
€
344.111,
38 Unione
Europea
/ DG
MARITIM
E
AFFAIRES
AND
FISHERIE
S
This will be done in combination with a process of identification TENDER
of the main fisheries and the analyses of the status of related
MARE/2
shared and non-shared resources, all of which being the basis
009/05.
for the application of bio-economic models for
(SI2.
simulations/forecast.
666117).
The project will cover the different fisheries undertaken along
the Adriatic coasts by Italy, Slovenia, Croatia, Montenegro and
Albania on the basis of their evolution over the last years.
The indicators collected will be in line with the methodology
and interpretation developed in the DCF and STECF reports for
socio-economic data and in the STECF reports on balance
between fishing capacity and fishing opportunities.
CoNISMa,
CIBM, CoispaCNR IAMC,
HCMR, IEO
CoNISMa,
Coispa; CNR
IAMC; IMB
(Montenegro);
IOR (Croazia);
ZZRS
(Slovenia);
LAPD
(Albania).
MAIN
R&I
AREAS
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
Living
Marine
Resourc
es
(fishery,
aquacult
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Blue
fish
promo
tion in
the
area
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
The indicators will be reported as annual averages by fleet
segment (following DCF segments) for the economic
assessment and profit/loss analysis, whilst selected variables
will be taken and estimated at fishery and/or GSA level for bioeconomic modelling.
GAVIS
Indagine conoscitiva
sullo shock vergine e
sull'habitat del
Gambero Viola
(Haristeus
antennatus) nel Mar
Ionio Settentrionale.
Regional
& SubRegional
To these end the project has been organised according to 5
work packages.
WP0 = project management and coordination.
WP1 Fisheries identification
WP2 Collation and review on the main socio-economic
information on the main fisheries
WP3 Review of the current stock status and recommendations
of the scientific advice
WP4 Assessment of the likely biological and socioeconomic
consequences of the different management scenarios
The project, with duration of 14 months, will benefit of the
support of the AdriaMed FAO Regional Project, in terms of
expertise and knowledge of the information available in the
Adriatic region.
CoNISMa 26/07/20 Indagine conoscitiva sullo shock vergine e sull'habitat del
05 (24,30 Gambero Viola (Haristeus antennatus) nel Mar Ionio
M)
Settentrionale.
EC Structural
Funds Financial
Instrument for
Fisheries
Guidance
Iniziativa di
promozione della
produzione di pesce
azzurro nel comune
di Palermo ottenuto
con metodi rispettosi
Regional
& SubRegional
Municipa 2007 - 1
lity of
year
Palermo
Planning and setting up specific activities aimed at valorizing
local fisheries production, in accordance with local food
traditions and with the aim to scout new markets for these
products
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
€
253.000,
00
Regione
Puglia
CoNISMa
350.000, IAMC-CNR,
00
Aira Srl.
(185.338
)
MAIN
R&I
AREAS
ure,
etc.)
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
OTHE
R/MU
LTIPLE
R&I
AREAS
(SPECI
FY)
of
Paler
mo
PROJECT/INITI
ATIVE & WEB
SITE
TITLE
(FIFG)
(www.iamc.cnr
.it)
PON REC 20072013
dell’ecosistema
marino (IPPA)
INNOVAQUA
(INNOVAzione
tecnologica a
supporto
dell’incremento della
produttività e della
competitività
dell’AcQUAcoltura
siciliana)
Living
Studie Agreement
L’industrializzazione
Marine s on
betwen the
della produzione di
Resourc tuna
CNR and
Grandi Pelagici in
es
and
Department for Sicilia attraverso
(fishery, big
Fisheries tecniche di
aquacult pelagi Sicilian
acquacoltura (GRANDI
ure,
cs for Regional
PELAGICI)
etc.)
comm Authority
ercial
exploit
ation
Living
Tenders
LANDMED Specific
Marine
MARE/2009/05 Project n. 11 Resourc
- LOT 1 –
es
Mediterranean
(fishery,
http://mareapr
aquacult
oject.net/ ure,
etc.)
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
National
Andrea
Santulli,
Universit
y
Palermo
Start: Oct
2012.
Duration:
35
months
Regional
& SubRegional
IAMCCNR
2010 - 2
years
EU
CONISM 2014 A (il CNR 2014
partecipa
ufficialm
ente
come
IAMC
Mazara
del Vallo)
The project aims to create a network between companies and
scientific public and private research institutes, to solve some
of main identified problems in aquaculture industry, that
represent an obstacle to the development of the sector's
competitiveness. The activities are designed to improve the
productivity of seabass and seabream, representing almost the
entire Mediterranean and European production, and to
introduce new aquaculture systems and technology as
Integrated Multitrophic Aquaculture (IMTA).
Studies and research for ecologically responsible production of
large pelagic fish (mainly tuna) in the waters of the archipelago
of Pelagie.
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
5379000 CNR-IAMC
400.000 "Tor Vergata"
(170.000 University,
)
Rome;
University of
Palermo,
Dept. of
Biology
-
MAIN
R&I
AREAS
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Caripuglia
Foundation -
MED
Programme http://www.m
aremed.eu/
TITLE
SCALE
MADLENA The Lesina
lagoon macroalgae:
potential sources of
natural products for
pharmaceutical and
food industries
Regional
& SubRegional
MAREMED Maritime
Regions Cooperation
for Mediterranean
EU
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
CNR
ISMAR
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
2011 The project pursues the aim to implement experimental
2012
activities aimed at enhancing algal biomass of Gracilaria
verrucosa (former) produced in the lagoon of Lesina by
2012 2013
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
70000 1
70000
In September 2007, the European Parliament carried out a
7000 workshop on RBM in fisheries, aimed at outlining further
developments of the CFP legal framework. Systems based on
Individual Transferable Quota (ITQ) tools were especially
debated. When designing an ITQ system however, it should be
considered that many EU fisheries are mixed fisheries, and this
is particularly true in the Mediterranean. Fisheries management
systems based on transferable concessions/quotas and similar
rights-based systems have been developed during the last
decades in a number of European countries (especially in
Northern Europe). However, at present there is not a clear view
on the effects caused by the application of this management
systems, and controversial results have been achieved in many
cases. According to the results of this pilot action, the
Transferable Fishing Concession (TFC) concept may fit well with
fisheries regimes characterised by industrial, monospecific and
single-gear fishing, but the transferability potential of a TFCbased system to the Mediterranean context appears to be
extremely low due to the characteristics of the Mediterranean
fisheries, which is mainly characterised by artisanal small-scale
fishing vessels, where each vessel usually catches a wide variety
of species using several different fishing gears and systems,
with high spatial and seasonal variability. Therefore, the results
of this pilot action have shown that a fisheries management
model based on a TFC system is in general not appropriate and
recommended for the Mediterranean context.
6
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Living
Tenders
Marine
MARE/2009/05
Resourc
- LOT 1 –
es
Mediterranean
(fishery,
http://mareapr
aquacult
oject.net/ ure,
etc.)
TITLE
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
Mediterranean Small
Craft Fishery and
Development
(MeSFiDe)
EU
MEDITS survey
programme
(International bottom
trawl survey in the
Mediterranean) 2007
EU
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
www.sibm.it/SI
TO%20MEDITS
/principaleprog
ramme.htm
SCALE
MEDISEH Specific
EU
Project n. 2 Scientific advice and
other services for the
implementation of the
CFP in the
Mediterranean
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
CONISM
A (il CNR
partecipa
ufficialm
ente
come
IAMC
Mazara
del Vallo)
Istituto
Zooprofil
attico
Sperimen
tale della
Sicilia “A.
Mirri”
Giulio
Relini
(Univ
Genova)
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
2011 2013
Start:
01/06/20
06.
Duration:
18
months
2007 +
2008, 10
months
The MeSFiDe (Mediterranean Small craft Fishery and
Development) project was approved in June 2006 within the
European Union
Interreg IIIB Archimed programme. It aimed at setting up an
innovative and experimented model for the regeneration of
artisanal
fishery as an economically viable employment option, by
making use of surplus and underused products. The model
identified
under used species, setting-up procedures for accountability,
quality certification and seals showing that the product is
environmentally friendly, providing a guarantee for the
consumer, protecting the environment, and favouring the
insertion of
youth in the labour market.
The programme intends to produce basic information on
benthic and demersal species in term of population distribution
as well as demographic structure, on the continental shelves
and along the upper slopes at a global scale in the
Mediterranean Sea, through systematic bottom trawl surveys.
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
-
136485.4 CNR-IAMC
6
310963.9 CNR-IAMC
4+
296823.6
3
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Living
Fep Puglia
Marine
2007-2013
Resourc
“Progetti
es
pilota” (art. 41
(fishery,
reg. CE
aquacult
1198/2006) ure,
etc.)
TITLE
SCALE
MOLEVAR Pilot
project for the
production of
moleche from
Carcinus aestuarii.
Regional
& SubRegional
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
MONITORAGGIO
BIOLOGICO
Monitoraggio
biologico
(fitoplancton,
macroinvertebrati
bentonici, etc) delle
acque di transizione ARPAV
Nuove rotte: la BLUE
ECONOMY
Regional
& SubRegional
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
-
Blue
biotec
h and
econo
mic
activiti
ties
relate
d to
EC Structural
Funds European
Regional
Development
Fund - 20072013 Sicilian
R.O.P.
Regional
& SubRegional
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Società
Agricola
“Gargam
elle srl” CNRISMAR
Lesina
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
2012 The MOLEVAR project was born from the need to create a new
2013
fishing activities in Varano lagoon by diversifying the current
production : the molechicoltura . This study analyses some
aspects of Carcinus aestuarii biology within the project
MOLEVAR funded by FEP ( European Funds for Fishing) in order
to evaluate the crabs, Carcinus aestuarii, as a new economic
resource for Varano Lagoon (S Italy). The population structure
and reproductive biology of this species will be studed in three
different sites of the lagoon. Length (CL) and width (CW) of the
carapace and total weight (TW), were determined sex and
development stage. At the same time, water temperature,
salinity, oxygen concentration and pH were measured with a
multiparametric probe. The reproductive biology of C. aestuarii
will be performed through the histological study of the
reproductive cycle of the female and will be calculated the sex
ratio.
2008 Attività di supporto tecnico scientifico alla progettazione e
2009
realizzazione di attività di campionamento, analitiche e per la
formazione del personale ARPAV per la realizzazione di quanto
previsto dalla direttiva europea 2000/60 - resp. Socal
Fisheries 2013 - 2
District
years
of
Mazara
del ValloCOSVAP
The project involves the construction of a "Center of
Certification and Testing" at the IAMC-CNR of both fresh and
processed fish products coming from fish farms of Western
Sicily.
The project is part of a larger detailed plan of action among
SMEs, research centers, public bodies, and different actors
participating in the Consortium for the Development of the
Sicilian Fish (CO.S.VA.P.) – Fisheries District of Mazara del Vallo,
with a view to the overall development of the sector,
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
304774 2
43000
-400000
9.900.00
0
(1.300.00
0)
University of
Palermo
(UNIPA),
Scientific Park
of Sicily
(PSTS), Istituto
Zooprofilattic
o
Sperimentale
MAIN
R&I
AREAS
OTHE
R/MU
LTIPLE
R&I
AREAS
(SPECI
FY)
marin
e
resour
ces
exploit
ation
Living
Resou
Marine rces
Resourc assess
es
ment,
(fishery, fisheri
aquacult es
ure,
econo
etc.)
my,
and
enviro
nment
PROJECT/INITI
ATIVE & WEB
SITE
TITLE
SCALE
Agreement
between the
IAMC-CNR and
the Ministry of
Agricultural,
Food and
Forestry
Policies
(MIPAAF)
Ottimizzazione
National
scientifica della
ricerca per la gestione
delle risorse della
pesca nell’ambito
delle politiche
ambientali ed
economiche (ITAFISH)
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
CoNISMa
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
implemented through the support of scientific research and
technological innovation.
ITAFISH is a joint ICRAM/FAO-FIR research project to develop a
prototype system of fishery and aquaculture data banks for
Italian institutions and centres and for use as a model for other
Mediterranean countries and, as such, met the requirements of
both parties. The broad strategy of the ITAFISH project is to
design, develop and test a computerised system for organising,
storing and eventually undertaking a first analysis of the mass
of data available on fisheries and aquaculture in a
Mediterranean context. This strategy aims at achieving two
objectives.The first, in the short term, is the design and
development of an integrated data base (management) system
for Italy, based on the "open architecture" technology, where
various fishery and aquaculture sectors converge. The
architecture should enable ITAFISH to work on two operating
levels: the decision-making level, where the support of
structured information is needed, and the data collection and
processing level where an instrument is needed to manage the
information. At the same time, the data management system
must allow for both centralised and peripheral management of
the information. The second, a long-term objective, is to
contribute to rationalising the means, methodologies and
results of most of the data collection and dissemination
activities in the Mediterranean. Ideally, ITAFISH will constitute
the national component of the wider regional project,
MEDFISH, at present still in the initial phase. The two objectives
will have to be undertaken sequentially, over time. In fact, it is
widely felt that no progress can be made in implementing a
regional information network unless national information
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
della Sicilia
(IZS Sicilia), K2
Srl.
1.100.00
0,00
(44.817,5
5)
CNR-ISMAR,
CoNISMa;
COISPA;
IREPA; ISPRA;
UNIMAR
MAIN
R&I
AREAS
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Fep Puglia
2007-2013
“Progetti
pilota” (art. 41
reg. CE
1198/2006) -
TITLE
Pilot project for the
experimental
recolonization with
the sea urchin
Paracentrotus lividus
of coastal areas if
Apulian region
subjected to
overexploitation;
experimental
management for the
safeguard of the
resource and of the
environment”.
Data Collection PNRDA Programma
Regulation
Nazionale Raccolta
(DCR) Dati Alieutici 2011 2013
SCALE
Regional
& SubRegional
EU
Progetto integrato per Regional
la gestione delle
& Subrisorse acquatiche e la Regional
formazione degli
operatori della fascia
costiera occidentale
della provincia di
Palermo - Cod.
1999.IT.16.1.PO.011/4
.17b/8.3.7/0121 - POR
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
systems have previously been designed, implemented and
adequately tested.
Azienda 2013 The aim of the project is to contribute to the restoring of the
Agricola 2015
biomass and size of the population of the sea urchin P. lividus
“Ittica
along areas of Apulian coasts, where population are strongly
Caldoli” impacted by overexploitation. The Research activity is
CNRstructured as follows: 1) acclimation, growing and sexual
ISMAR
maturation of P. lividus specimens in confined conditions; 2)
Lesina
development of protocols for the larval development and
metamorphosis of embryos from gametes obtained after
induction of sexual maturation in broodstock reared in confined
conditions; 3) identification of coastal areas suitable for the
release of sea urchin adult specimens after growing to adult
size in confined conditions, and of juveniles obtained by
controlled reproduction.
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
297041 64000
CNR 2011 Dip.
2013
Terra e
Ambient
e (IREPA
prima del
2013)
-3023604
Sicily
2007, 12
region,
months
Assessor
ato
Cooperaz
ione
Commer
cio
Artigiana
to e
311.725,
00
(97.180,0
0)
2
CNR-IAMC Provincia
Regionale di
Palermo C.R.E.A.
Società
Cooperativa UNISERVICE
Società
Cooperativa
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
Biodiv
ersity:
mesh
sizerelate
d
studie
s
TITLE
SICILIA 2000/2006
Mis. 4.17 Sottomisura b Pubblici
PROGRAMMA
NAZIONALE 20092010 inerente la
raccolta, la gestione e
l’uso di dati nel
settore della pesca,
predisposto ai sensi
del Reg. (CE) n.
199/2008 del
Consiglio del 25
febbraio 2008
PROGRAMMA
NAZIONALE 20112013 inerente la
raccolta, la gestione e
l’uso di dati nel
settore della pesca,
predisposto ai sensi
del Reg. (CE) n.
199/2008 del
Consiglio del 25
febbraio 2008
Agreement
Ricerca applicata alla
betwen the
valutazione
CNR and
dell’ecocompatibilità
Department for dell’attività di pesca ai
Fisheries cefalopodi con reti a
Sicilian
strascico di tipo
Regional
tradizionale (MAGLIE)
Authority
SCALE
EU
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Pesca
Dipartim
ento
Pesca
Fabio
Fiorentin
o (IAMCCNR)
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
20092010
The programme is part of the EU fisheries Data Collection
Framework (DCF). The objectives is to collect data for the main
fisheries and commercial stocks of the Strait of Sicily (GSA 16).
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
12.000.0 CNR-IAMC
00,00
(1.463.70
4,27)
EU
Fabio
2011Fiorentin 2013
o (IAMCCNR)
The programme is part of the fisheries Data Collection
CNR-IAMC
Framework (DCF) of the EU. The objective is to collect biological 22.367.9
data on the main commercial stocks in the north sector of the
35,00
Strait of Sicily (GSA 16).
(2.65535
3,00)
Regional
& SubRegional
Sicilian
2012 - 2
Regional years
Authority
,
Departm
ent of
Fisheries
Applied research project aimed at assessing the eco-friendliness 250000
and sustainability of the fishery for adult cephalopods (Sepiola (170.00)
spp and Allotheeutis spp) and sandeel bottom trawl traditional,
in the Sciacca and Lampedusa, and sandeel fishery
(gymnammodites cicerelus) in the Trapani following the
application of EC Regulation. 1967/2006.
Institute for
Environmental
Protection
and Research
(ISPRA)
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Living
Progetto
Marine
Bandiera La
Resourc
Ricerca Italiana
es
per il Mare (fishery,
www.ritmare.it
aquacult
ure,
etc.)
TITLE
SCALE
RITMARE - SP2 Technologies for
sustainable fishing
National
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
FP 6 http://www.is
maran.it/ismar
an/projects/sar
done/wwwsard
one/parts.htm
Sardone Improving
assessment and
management of small
pelagic species in the
Mediterranean
EU
European
Commission
DG for
Maritime
Affairs and
Fisheries,
Contract –
(SI2.600741)
MARE/2009/05
/-Lot 2
Scientific advice and
EU
other services for the
implementation of the
CFP in the
Mediterranean (ARCHIMEDES)
European
Commission
DG for
Maritime
Affairs and
Scientific advice and
EU
other services for the
implementation of the
CFP in the
Fisheri
es,
Medit
errane
an
Sea,
CFP,
servic
e,
stock
assess
ment
Living
Fisheri
Marine es,
Resourc Medit
es
errane
(fishery, an
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
CNRIAMC
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
2011 The project contributes to ensure competitiveness and
2016
guarantee economic development of the fishing sector,
respecting human safety at sea and marine environment
protection, through: the application of an ecosystem approach
to the evaluation and use of fishing resources; the development
of innovative tools for fishery and aquaculture sustainable
management; the implementation of a sustainable and safe
fishing fleet.
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
1650000
0 - MIUR
2007 2010
SARDONE is a multidisciplinary project about the biological and 1100000
ecological characteristics of anchovy (Engraulis encrasicolus)
and sardine (Sardina pilchardus). The major aims are to find out
their nursery areas, develop acoustic methodologies to map
distribution of post-larvae and juveniles,increase knowledge on
the ecology of the first stagesand improve the net selectivity.
IAMC,
CNR
16
months,
Sept. 1,
2011 March 1,
2013
The general objectives of the MEDISEH(Mediterranean
Sensitive Habitats) project are to be achieved through multiple
tasks mainly oriented to collate dispersed information useful to
integrate the environmental dimension into fisheries
management and to allow the rendering of such information
through GIS.
132979
IAMC,
CNR
9
months,
Oct. 27,
2011 -
The objective of the project is the estimation of multiplying
factors which will allow a quite precise and accurate estimation
the overall length (range) of different types of bottom-set nets
(trammel, gillnets, combined bottom-set nets) and small size
driftnets (<2.5km), on the basis of both the weight and/or the
167.687,
00
(50.120,0
0)
CORE
PARTICIPANT
S
CNR (CERIS,
IAMC,
INSEAN, ISAC,
ISMAR, IST.
MOTORI,
ITAE), CINFAI,
CONISMA,
ENEA, OGS,
SZN
6
MAIN
R&I
AREAS
aquacult
ure,
etc.)
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
Living
Marine
Resourc
OTHE
R/MU
LTIPLE
R&I
AREAS
(SPECI
FY)
Sea,
CFP,
servic
e,
stock
assess
ment
Fisheri
es,
Medit
errane
an
Sea,
CFP,
servic
e,
stock
assess
ment
Fisheri
es,
Medit
errane
an
Sea,
CFP,
servic
e,
stock
assess
ment
PROJECT/INITI
ATIVE & WEB
SITE
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Fisheries,
Mediterranean Contract 3 –
(MEDISEH)
(SI2.603810)
MARE/2009/05
/-Lot 1
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
July 27,
volume of a net amassed or stowed on a fishing vessel's deck,
2012
on the dock of a port or placed in basket(s).
8
months,
2009
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
European
Commission
DG for
Maritime
Affairs and
Fisheries.
Contract (SI2.
646130MARE/
2009/05/-Lot 1
Scientific advice and
EU
other services for the
implementation of the
CFP in the
Mediterranean
(DRIFTMED).
IAMC,
CNR
European
Commission
DG for
Maritime
Affairs and
Fisheries.
Contract –
(SI2.642234)
MARE/2009/05
/-Lot 1
Scientific advice and
EU
other services for the
implementation of the
CFP in the
Mediterranean
(STOCKMED).
IAMC,
CNR
MIPAF ITAFISH
Scientific optimization National
of the research for the
management of
CoNISMa 14/06/20 Creazione di una rete intranet disponibile per l’amministrazione €
11 (24,37 e per i soggetti partecipanti alla rete.
1.045.00
M)
Individuazione di una bibliografia scientifica selezionata che
0,00 -
18
months,
Dec. 18,
2012 June 18,
2014
The DRIFTMED project has been developed with the of
supporting the European Commission with updated
information on the SSD fisheries in the Mediterranean, with a
view to obtain a global picture of their environmental
sustainability and relevance from the economic and social point
of view.
The STOCKMED project - “Stock units: Identification of distinct
biological units (stock units) for different fish and shellfish
species and among different GFCM-GSA” has the overall
purpose of contributing to the definition of the different
biological units as an essential knowledge for proper data
acquisition and subsequent assessment of the state of
resources and, consequently, for the formulation and
implementation of knowledge based management measures.
134.772,
97
(31.845,0
0)
535.525,
00
(129.572,
00)
CoNISMa, CNR
IAMC, CNR
ISMAR,
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
es
(fishery,
aquacult
ure,
etc.)
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
TITLE
SCALE
fisheries resources
within the
environmental and
economic politics.
MIPAF
VONGOLE
Scientific research
National
project aimed to the
scientific activity
concerning the
national management
plan for hydraulic
dredgers and rakes
vessel (ex ART.19 of
Regulation EC No.
1967/2006):
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
comprenda le diverse discipline inerenti il progetto. Creazione
di una banca dati contenente i titoli della precedente
bibliografia articolata per settore disciplinare. Promozione di un
adeguato ricambio generazionale dell’expertise in pesca
mediante il coinvolgimento e la partecipazione attiva di giovani
ricercatori. Predisposizione di pareri e studi di elevato livello
scientifico in materia di scienze della pesca a supporto della
gestione e delle decisioni attraverso la rete costruita tra i centri
specialistici nazionali. Predisposizione di un sistema di
trasferimento della domanda presso i nodi della rete
strategicamente significativi (nodi di competenze), anche
attraverso l’uso degli strumenti operativi a disposizione della
Amministrazione (GIS, Raccolta dati, archivio ricerche, archivio
licenze, flotta, dati regionali, dati Associazioni e Sindacati, ecc..).
Sviluppo e consolidamento di una capacità di risposta alle
richieste dell’Amministrazione caratterizzata da forte
interdisciplinarietà tra dimensioni economica, ecologica, sociale
e giuridica. Creazione di un gruppo di lavoro in grado di
garantire all’Amministrazione il supporto di esperti certificati
per affrontare tematiche specifiche, con costruzione del
registro degli esperti. Riduzione dei costi tipici delle strutture
permanenti senza, peraltro, ridurre la centralità e la continuità
dell’azione pubblica, atteso che la rete trasferirà presso la
amministrazione il punto focale.
CoNISMa 26/03/20 Scientific research project aimed to the scientific activity
12 (21,33 concerning the national management plan for hydraulic
M)
dredgers and rakes vessel (ex ART.19 of Regulation EC No.
1967/2006): Development of the annual monitoring system of
the state of the bivalve molluscs, object of exploitation by
hydraulic dredge.
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
MIPAAFMinister
o delle
Politiche
Agricole
e
Forestali
CORE
PARTICIPANT
S
€
350.000,
00 MIPAAFMinister
o delle
Politiche
Agricole
e
Forestali
CoNISMa,
UNIMAR-CNR
IAMC-ISPRA
COISPA,
IREPA, ISPRA,
UNIMAR,
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
Development of the
annual monitoring
system of the state of
the bivalve molluscs,
object of exploitation
by hydraulic dredge.
Living
Socioe TENDER MARE Second Horizontal
EU
Marine conom IX - MAREA II
Services Specific
Resourc ic &
http://mareapr Contract.
es
Policy oject.net/
"Implementing
(fishery, Resear
Framework service
aquacult ch
contract for scientific
ure,
advice and other
etc.)
services for the
implementation of the
common fisheries
policy in the
Mediterranean".
SPECIFIC CONTRACT
No. 9 (SI2.651082).
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
Tenders
SEDAF Specific
MARE/2009/05 Project n. 10 - LOT 1 –
Mediterranean
http://mareapr
oject.net/ -
EU
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
CoNISMa 08/05/20 Implementing Framework service contract for scientific advice
13 (9,87 and other services for the implementation of the common
M)
fisheries policy in the Mediterranean
CONISM 2014 A (il CNR 2015
partecipa
ufficialm
ente
come
IAMC
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
€
284.468,
68 Unione
Europea
/ DG
MARITIM
E
AFFAIRES
AND
FISHERIE
S
TENDER
MARE/2
009/05.
SPECIFIC
CONTRA
CT No. 9
(SI2.6510
82).
-
CoNISMa,
Coispa-CIBMCNR IAMCHCMR-IREPALAMANSIEO(Spagna)MCFS (Malta)LAPD (Albania)
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
Socioe
conom
ic &
Policy
Resear
ch
TENDER MARE
I - MAREA
http://mareapr
oject.net/
Specific Contract N. 1 EU
implementing
framework contract
MARE/2009/2005-Lot
1. "Scientific advice
and other services for
the implementation of
the Common Fisheries
Policy in the
Mediterranean".
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
Fish
move
ment
and
ecolog
y
Ricerca
Spontanea a
Tema Libero
(RSTL, CNR
Dipartimento
Terra ed
Ambiente)
Spostamenti ed
home-range del
sarago maggiore
(Diplodus sargus L.,
1758) in un area con
barriere artificiali,
mediante telemetria
ultrasonica
National
Giovanni
D'Anna,
CNRIAMC
Start: Jan
1st 2008.
Duration:
24
months
Ministry of
Economy
Technological
development
SSD PESCA Sistema di
Supporto alle
decisioni per la
gestione sostenibile
National
CNR
IAMC –
CNR
2011 2015
Living
Marine
Resourc
es
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Mazara
del Vallo)
CoNISMa
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
MAIN
R&I
AREAS
15/12/20 The objective of the specific contract 1, the horizontal service
10 (26,40 contract, is to guarantee the communication and information
M)
channels between DG MARE, CoNISMa and its co-tenders,
necessary to carry out the horizontal tasks related to the
management and implementation of the MAREA project.
Results from this project allowed, for the first time, to estimate
the home range and the movement pattern of specimens of
white seabream (Diplodus sargus) acoustically (ultrasonic
telemetry) tracked in artificial and natural rocky bottom
habitats. The efficiency of the telemetric system implemented
in this study allowed to highlight an opposite diel pattern
activity between white seabream living in an artificial reefs
area (more active in the night) and in a natural rocky bottom
area (more active in daylight). Anomalous movement of white
seabream were detected in correspondence of the spawning
period.
(Decision support system for the sustainable management of
fisheries in the South of Italy) aims at the development and
implementation of technologies, tools and systems to promote
responsible governance of fisheries and at the same time
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
€
CoNISMa, et
249.974, al.
00 Unione
Europea
/ DG
MARITIM
E
AFFAIRES
AND
FISHERIE
S
TENDER
MARE/2
009/05
SI2.5804
80
77000 CNR-IAMC
6080000
6080000
3
MAIN
R&I
AREAS
(fishery,
aquacult
ure,
etc.)
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
and
environmental
sustainability
of southern
Italy http://www.cn
r.it/sitocnr/IlCN
R/SeiProgettiP
erIlSud/p3.htm
l
Tenders
MARE/2009/05
- LOT 1 –
Mediterranean
http://mareapr
oject.net/ -
TITLE
SCALE
della Pesca nelle
regioni del
Mezzogiorno d’Italia
STOCKMED Specific
EU
Project n. 7 - "Stock
units: Identification of
distinct biological
units (stock units) for
different fish and
shellfish species and
among different
GFCM-GSA"
Living
Socioe TENDER MARE Technical
EU
Marine conom V - MYGEARS
specifications of
Resourc ic &
http://mareapr Mediterranean trawl
es
Policy oject.net/
gears. SPECIFIC
(fishery, Resear
CONTRACT No. 5
aquacult ch
(SI2.629721)
ure,
etc.)
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ISMAR –
CNR ISAC
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
constitutes a useful tool to a new stage of development of
fisheries in the southern regions, which allows to reconcile
profitability and eco-compatibility. Financing: art. 44, Law no.
191 of 23/12/2009
CONISM 2012 A (il CNR 2014
partecipa
ufficialm
ente
come
IAMC
Mazara
del Vallo)
CoNISMa 17/09/20 http://mareaproject.net/
12 (10,07
M)
The goal of the contract is to have updated information on the
characteristics of trawl nets used in different Mediterranean
fisheries, with a view to possibly establish maximum
dimensions and adequate rigging for trawl fishing gears. All
these elements will contribute to improve the selectivity, to
limit the fishing effort and to minimize the environmental
impact of fishing gears. In addition, such information can be
useful to evaluate the potential harvesting pattern of different
gears in terms of explored area during fishing operations and
thus contributing to underpin specific management measures
of fishing capacity.
Empirical relationships among different parts of the fishing
trawl gears, including different type of likely attachments, as
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
-
€
198.216,
00 Unione
Europea
/ DG
MARITIM
E
AFFAIRES
AND
FISHERIE
S
TENDER
MARE/2
009/05.
CoNISMa,
COISPA-CIBMCNR-HCMRSUMASPESIMRAD
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
Living
Packag Ministry for
Tecnologie e processi
Marine ing
Education and per il miglioramento
Resourc
Research
della shelf-life dei
es
(MIUR) - 2007- prodotti del comparto
(fishery,
2013 N.O.P. for agroalimentare
aquacult
Research and
attraverso l'uso di film
ure,
Competitivenes edibili innovativi a
etc.)
s (Cod.
base di pectine (FILM
PON01_02286) EDIBILI)
Living
Red
EC Structural
Valorizzazione del
Marine tuna
Funds tonno rosso delle Isole
Resourc fisheri Financial
Egadi (TONNOROSSO)
es
es and Instrument for
(fishery, biolog Fisheries
aquacult y
Guidance
ure,
(FIFG)
etc.)
(www.iamc.cnr
.it)
Living
Stock The Ministry of Valutazione degli
Marine assess Agricultural,
stock di alici e sardine
Resourc ment Food and
nei mari Italiani al fine
es
Forestry
SCALE
National
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
well as between some of these parts and the otterboard size
and the engine power of the vessel shall be reported. The study
must be carried out on the basis of the information collected
and/or measured in relevant Mediterranean fishing fleets with
the collaboration both of the fishing sectors and of the
control/inspection bodies. Information must also be
independently collected through the fishing-nets makers, door
manufacturers and when possible fishermen. Literature
information as well as results from research projects and
studies, funded either with national or/and EU support, must
be used in view of establishing synergies among different
scientific domains while avoiding duplications.
Agroindu 24
Strengthen and enhance the entire process of research and
stry
months, cooperation networks between the research system and
Advance 2012industry, to contribute to the competitiveness and economic
d
2014
growth, to support the widest possible dissemination and use
Technolo
of new technologies and advanced services; raise the level of
gies S.p.A
scientific and technical knowledge and skills in the production
system and Institutions
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
SPECIFIC
CONTRA
CT No. 5
(SI2.6297
21)
426.500,
00
(426.500,
00)
Consiglio
Nazionale
delle Ricerche
(IAMC, IBBR,
IBIM,
ISAFOM); et
al.
IAMC-CNR
Regional
& SubRegional
Società
2005 - 2
Cooperat years
iva "La
Mattanza
"
Traceability study and quality assessment of Thunnus thynnus
in Egadi Archipelago Marine Reserve
151.600,
00
(90.600)
National
IAMCCNR
Electroacoustic assessment of abundance and distribution of
small pelagic fish in the Strait of Sicily in relation to
environmental data
358.240, IAMC-CNR
00
(358.240,
00)
2004 - 3
years
MAIN
R&I
AREAS
(fishery,
aquacult
ure,
etc.)
Living
Marine
Resourc
es
(fishery,
aquacult
ure,
etc.)
Marine
Hazards
Marine
Hazards
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Policies
(MIPAAF) Three-year
programme for
fisheries and
aquaculture
(www.iamc.cnr
.it)
Biodiv The Ministry of
ersity Agricultural,
Food and
Forestry
Policies
(MIPAAF) Three-year
programme for
fisheries and
aquaculture
(www.iamc.cnr
.it)
Biodiv Agreement
ersity, between IAMCbiologi CNR and
cal
Wilson Watson
invasi International
on,
Srl.
alien
specie
s
PRIN 2011 -
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
Valutazione
Regional
dell’impatto della
& Subpesca del bianchetto
Regional
nei litorali siciliani con
metodi innovativi
diretti e indiretti
(BIANCHETTO)
IAMCCNR
2011 - 1
year
The research project has as its overall objective the resources
assessment of small pelagic species, and in particular the
population of sardine (Sardina pilchardus) along the Sicilian
coasts involved in the fishing of juveniles.
The aim is the definition of management plans for whitebait
fishing for in the framework of EU derogations in the
Mediterranean Sea.
85.000,0 IAMC-CNR
0
(85.000,0
0)
Acque di Zavorra Regional
Ballast Water
& SubManagement System” Regional
(BWMS).
IAMCCNR
1 year,
2012
The project aimed at identifying the major issues related to
seawater mix due to major vessels' ballast waters systems, in
terms of risk for marine biodiversity, HABs and alien species
introduction.
130.000, IAMC-CNR
00
(130.000,
00)
CALAQUAKE
MIURCNR
ISMAR
BOLOGN
A
2013 2016
Active faults, earthquakes and sedimentation in the Ionian Sea:
tsunamigenic and seismic risk through a study of submarine
paelosismology
The main objective of the Research Unit (RU) ISMAR-Bo is to
study the structure and tectonic processes of the Calabrian Arc
146734,5
1102714
TITLE
SCALE
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
di una gestione
razionale della pesca
National
MAIN
R&I
AREAS
Marine
Hazards
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
HF Radar
Monitoring
System and
Response
against marine
Oil Spills in the
Malta Channel.
http://oceania.
research.um.ed
u.mt/cms/caly
TITLE
SCALE
Calypso HF Radar
Monitoring System
and Response Against
Marine Oil Spills in
The Malta Channel
(CALYPSO)
Regional
& SubRegional
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
(CA) subduction complex in the Ionian Sea and the relationships
between tectonics and sedimentation in the sedimentary basins
of the subduction system. We will gather informations for a
reliable seismic and tsunamigenic hazard assessment in the
Central Mediterranean region through an integrated approach
of marine geology and geophysics, which includes the analysis
of geophysical data at different resolutions and the
stratigraphic-sedimentological study of the sedimentary
sequence collected in the vicinity of active faults. The main goal
is to produce a geodynamic model of crustal deformation and
address the interplay between the shallow architecture of the
subduction complex and deep tectonic processes. The activity
of individual fault strands will be reconstructed through the
seismo-stratigraphic analysis of mono-and multi-channel
seismic data, combined with the study of turbidite beds within
the sedimentary sequence of selected sedimentary basins
The main objectives of the proposal involves a multidisciplinary
and multiscale basin analysis based on the integration of
different methodologies and techniques (geophysics, geology,
sedimentology, stratigraphy, mineralogy) to be combined to
reconstruct active processes and their mutual interactions. For
this reason, collaborations with the other units of the project
will be crucial.
Universit 2011The main project deliverable is the setting up of a permanent
y of
2013
and fully operational HF radar observing system, capable of
Malta recording (in real-time with hourly updates) surface currents in
Physical
the Malta Channel. The system consists of HF radar installations
Oceanog
on the northern Malta and southern Sicilian shores at selected
raphy
sites and combines stations to elaborate and publish data to
Unit users.
IOI, MT
Collected data, combined to numerical models, are intended to
primarily support applications to optimise intervention in case
of oil spill response as well as endow tools for search and
rescue, security, safer navigation, improved metro-marine
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Italy7 partners
Malta
20072013
Operatio
nal
Program
me 1,5
million
Euro
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
psoweb/index.
php?lang=en
Marine
Hazards
Heavy Agreement
metals
polluti
on
Marine
Hazards
Marine
Hazards
TITLE
Convezione con il
Provveditorato
Interregionale Opere
Pubbliche SiciliaCalabria Ufficio IV
Opere Marittime per
la caratterizzazione
del porto di Mazara
del Vallo (PORTO
MAZARA DEL VALLO)
Opera EC Structural
Creazione di una
tional Funds stazione di previsione
Ocean Financial
degli Eventi di
ograp Instrument for Marrubbio da
hy/Ob Fisheries
installare nel porto
servin Guidance
peschereccio di
g
(FIFG)
Mazara del Vallo
syste (www.iamc.cnr (MARROBBIO)
ms:
.it)
tidal
waves
predic
tions
GEOMORFOLOGIA
DELTA DEL PO
Indagini
geomorfologiche ed
altimetriche
indispensabili allo
studio di processi di
dinamica
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
forecasts, monitoring of sea conditions in critical areas such as
proximity to ports, and better management of the marine space
between Malta and Sicily.
2013 The project carried out several surveys in the harbour of
Mazara del Vallo, as a feasibility study for restoration and antipollution programmes
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Regional
& SubRegional
IAMCCNR
Regional
& SubRegional
Municipa 2005 - 2
lity of
years
Sciacca
Regional
& SubRegional
2006 2007
Improving the safety of fishermen in the port of Mazara del
Vallo and working conditions on board vessels of the local navy.
Detection of variable weather and sea in the port of Mazara del
Vallo, and treatment and processing of satellite data
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
329.685, None
00
(329.685,
00)
198.300, IAMC-CNR
00
(173.000
)
-120000
MAIN
R&I
AREAS
Marine
Hazards
Marine
Hazards
Marine
Hazards
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
geomorfologica del
Delta del Po
HAZADR
Strengthening
common
reaction
capacity to
fight sea
pollution of oil,
toxic and
hazardous
substances in
Adriatic Sea.
www.hazadr.e
u/
Italian
MAGIC
Department of
Civil Protection
http://www.pr
otezionecivile.g
ov.it/jcms/it/vi
ew_dossier.wp;
jsessionid=888
6DF0C650BAC3
D5AB8F233386
E231B?content
Id=DOS24992
MAGIC
Marine Geohazards
along the Italian
Coasts (Fase 1).
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Regional
& SubRegional
Regione 2012Puglia, IT 2015
The main objective of the HAZADR project is the establishment
of a cross-border network for the prevention of risks and for
the early management of emergencies, in order to reduce the
risk of pollution and contamination of the Adriatic sea and its
coasts. Therefore, HAZADR aims at strengthening a common
reaction capacity of the communities belonging to the Adriatic
Region against environmental and technological hazards due to
collisions, shipwrecking and spillage of oil and toxic material
into the sea that could seriouslypollute the marine environment
and damage the socio-economic activities of the Adriatic
coastal communities.
IPA
13 partners
Adriatic
Crossborder
Cooperat
ion
Operatio
nal
Program
me
National
DCP-CNR 2007 IGAG
2012
/CNR
ISMAR
BOLOGN
A
Marine Geohazards along the italian costs. .
Production of a bathymetric database as a reference for the
elaboration of maps (1:50,000) of geological hazards at seabed
level
The main goal of Magic is to provide the Department of
National Civil Protection an accurate representation of the
surface geology and geological hazards associated with the
most sensitive and risk subjected areas.
667000 667000,
DPC
National
CNRIGAG
20/12/20 MaGIC Progect is funded by the Italian Civil Protection
07 (59,73 Department for producing a bathymetric database as reference
M)
for compiling maps (scale 1:50.000) of geohazards at the
seafloor. During its 5-year life span (2007-2012), MaGIC will
allow the acquisition of high-resolution multibeam bathymetry
along the Italian continental margins and will involve the entire
scientific community currently active in the field of Marine
€
2.598.00
0,00-CNR
- IGAG
(Istituto
di
Geologia
14
CoNISMa,
CNR-IGAG,
CNR-ISMAR,
CNR-IAMC,
OGS.
MAIN
R&I
AREAS
Marine
Hazards
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
Geology within the main Italian Research Centres and
Universities. More than 70.000 nautical miles of multibeam
data will be analysed (of which ca. 60.000 will be acquired
during the project), allowing comparison of geological features
produced by sedimentary and tectonic processes (volcanic
vents, active faulting, subamarine canyon activity, bedform
migration, gas seepage, fluid escape, slope erosion and failure).
The main objective of MaGIC is to furnish the National Civil
Protection Department accurate depiction of surficial geology
and related geohazards on the most sensitive and hazard-prone
areas. This issue will be accomplished by the extensive
acquisition of multibeam data and by producing interpretative
maps of the continental margins between –50 and –600 m
water depth. These maps will form the “Map of the elements
of geohazards of the Itralian Seas”, consisting of 72 Map Sheets
at scale 1:50.000. A long-term goal of MaGIC is to produce data
that can be used for a wide range of research and management
issues. www.magicproject.it
FP7 MARSITE
Internatio Boğaziçi 2012 Marmara Supersite: New Directions in Seismic Hazard
EUROPEAN
[email protected] nal
Üniversit 2015
Assessment through Focused Earth Observation in the
COMMISSION - smar.cnr.it
esi – CNR
Marmara Supersite”
http://marsite.
ISMAR
The recent devastating earthquakes and associated tsunamis in
eu/
BOLOGN
Japan, Indonesia, and Haiti, which killed more than half a
A
million people, highlighted how mankind is still far away from a
satisfactory level of seismic risk mitigation. Among the regions
around the Mediterranean Sea for which earthquakes
represent a major threat to their social and economic
development, the area around the Marmara Sea, one of the
most densely populated parts of Europe, is subjected to a high
level of seismic hazard. For this region the MARSITE project is
proposed with the aim of assessing the “state of the art” of
seismic risk evaluation and management at European level. This
will be the starting point to move a “step forward” towards
new concepts of risk mitigation and management by long-term
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Ambient
ale e
Geoingeg
neria del
CNR)
5965286
- 216450
22
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Marine
Hazards
Marine
Hazards
MARI
NE
BIOTE
CHNO
LOGY
TITLE
SCALE
FP6 EUROPEAN
COMMISSION http://nearest.
bo.ismar.cnr.it
NEAREST Integrated
EU
Observations from
Near Shore Sources of
Tsunamis: Towards an
Early Warning System
EU‐FP7‐KBBE‐
2012.3.5‐02.,
www.biocleanp
roject.eu
New biotechnological
appraches for
biodegrading
synthetic polymeric
materials
EU
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
monitoring activities carried out both on land and at sea. The
MARSITE project aims to coordinate research groups with
different scientific skills (from seismology to engineering to gas
geochemistry) in a comprehensive monitoring activity
developed both in the Marmara Sea and in the surrounding
urban and country areas. The project plans to coordinate
initiatives to collect multidisciplinary data, to be shared,
interpreted and merged in consistent theoretical and practical
models suitable for the implementation of good practices to
move the necessary information to the end users.
CNR
2006 NEAREST is addressed to the identification of potential tsunami
ISMAR
2010
sources in the Gulf of Cadiz, the improvement of near real-time
BOLOGN
detection of signals, the development of an Early Warning
A
System Prototype, and the improvement of numerical models
enabling accurate scenarios of tsunami impact in the area of
the Algarve, Portugal. The proposed method can be extended
to other near-shore potential tsunamigenic sources, such as the
Central Mediterranean, Aegean and Marmara Sea.
Universit Sept
BIOCLEAN aims at developing innovative, eco-efficient piloty of
2012, 3.5 scale and/or field validated biotechnological solutions for
Bologna years
degrading (and valorizing) plastic wastes in terrestrial (landfills,
composting facilities) and aquatic environments. Novel, robust
naturally-occurring plastic-degrading mixed and pure cultures
will be obtained and characterized and then exploited in hybrid
physical/chemical-biotechnological processes for the
biodegradation/detoxification or the valorization (i.e.,
transformation towards useful chemicals) of polyethylene,
polypropylene, polyvinyl chloride and polystyrene plastics. They
will also be useful in bio-augmentation/biostimulation
strategies for enhancing biodegradation of plastic waste in
composting and waste treating facilities as well as in marine
environments.
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
2850000
- 623680
11
Overall:
3 ML,
Universit
y of
Bologna
450,000
University of
Bologna;
University of
Applied
Sciences Northwestern
Switzerland et
al.
MAIN
R&I
AREAS
Marine
Hazards
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
Marine
Hazards
Marine
Hazards
PEGASO
MSP ICZM
CORI
TITLE
SCALE
Optimisation of
prediction
methodologies for
manoeuvrability
characteristics of
naval ships
National
Poteniamento di reti
geofisiche ed
ambientali
sottomarine
Prevention and
Management of Sea
Originated Risks to the
Coastal Zone.
Regional
& SubRegional
EU
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
CETENA
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
2007 - 2 Development of prediction methodologies for the
years
manoeuvrability of twin screw ships applying system
identification techniques and CFD tools
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
60k €
(UNIGE
as
subcontr
actor) PNRM
(Italian
Ministry
of
Defense)
P. Favali septPurchase of a deep sea ROV (3.500 m depth rated), realization
5.640,00
/ INGV
2008 of a remote operated system for the deployment of scientific
- POR
duration station in deep sea water
20003 years
2006
UNIVERSI 13/09/20 Aim of the project
€
TY OF
06 (19,83 To provide tools to manage and mitigate sea-originated threats 692.000,
THE
M)
to the coastal zone.
00 AEGEAN
Those risks have been subdivided into: tsunamis, oil spills and
Unione
accidental marine pollution events.
Europea
Methodologies, a pilot project, actions for public education and /
awareness for responsive actions have been developed.
Regione
Activities carried out
Campani
CoNISMa collaborated in the planning of a coastal radar set up a PIC
on Limnos Island; extensively worked on the use of HF coastal
Interreg
radar data in oil and pollutant dispersion models; and finally
III B
tackled the issue of developing response strategies and
ARCHIM
procedures in case of a sea-originated pollution event,
ED 2000reviewing recent examples and defining and proposing
2006
guidelines to be used in case such pollution episodes occur at
sea, expecially in coastal areas.
Achieved results
Procedures to regularize coastal radar data sets for use in
dispersion models, through optimal interpolation e normal
mode analysis. Quantitative assessment of exchange processes
CORE
PARTICIPANT
S
CETENA,
INSEAN,
UNIGE
(subcontracto
r of CETENA)
INFN - INGV
CoNISMa,
University of
the Aegean,
Hellenic
Centre For
Marine
Research et al.
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Marine
Hazards
Marine
Hazards
-
Polluti
on
from
heavy
metals
EC Structural
Funds European
Regional
Development
Fund - 20072013 Sicilian
R.O.P.
TITLE
SCALE
PREVISIONE MAREA
Previsione della
marea a Venezia
(ISPRA)
Progetto e Sviluppo di
un Biosensore per le
rilevazione in realtime di Metalli Pesanti
(BIOMEP)
Regional
& SubRegional
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
National
Biodiage
ne Srl
2012 - 2
years
2008 2010
Marine
Hazards
Convenzione
Progetto S1
DPC 2007-2009
-
National
INGVCNR
ISMAR
BO
Marine
Hazards
C3ISR
Regional
& SubRegional
SELEX ES
Marine
Hazards
PROSSIMA
National
INSEAN
Smart command,
control and
communications for
Unmanned Vessels
(UXV)
Study of an innovative
approach for free
running model tests
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
between Gulf of Naples and Tyrrhenian. Results published in 2
JCR/ISI journals and 2 conference proceedings.
2010 2012
The project aims at biochemical characterization of some
species of blue fish and algae in the Mediterranean in order to
identify new biocompatible nutritional strategies thus
promoting the exploitation of marine resources.
Submarine and coastal hazards and geological events.
Characterization of the seismogenetic potential in Italy for the
seismic hazard assessment.
Identification and characterization of potential seismogenic
sources in the central and southern Adriatic Sea and the Ionian
Sea
01/09/20 Operational demonstrator in the C2C Concept to Capability
12perspective for a command and control system suitable to
30/08/20 manage manned and unmanned vehicles (C3ISR command,
15
control communications, intelligence, surveillance and
reconnaissance)
2009 - 2 Development of a new methodology for menaeuvrability free
years
running model test with particular attention to twin screw ships
and development of a simulator for the coupled
manoeuvrability / propulsion / control of twin screw ships
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
-163242
700.000 IAMC-CNR,
(138.695 Institute of
)
Plant Genetics
(IGV-CNR),
Institute of
Bioimmunolog
y (IBIM-CNR)
and Medicine
(IBIM-CNR)
55000 3
55000
800k€
SELEX ES
UNIGE
300 k€
total
(UNIGE
55 k€) PNRM
(Italian
Ministry
CETENA,
INSEAN,
UNIGE
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
Marine
Hazards
European
Science
Foundation euromargins -
SWIM Earthquake
and tsunami hazards
of active faults at the
south Iberian margin:
deep structure, high
resolution imaging
and paleo-seismic
signature
EU
2004 2007
Marine
Hazards
Swad
Unmanned Surface
Vehicle per Blue
Water SWAD
Regional
& SubRegional
Marine
Pollutio
n
Project
Anthropogenic
contaminants in
Queensland’s coastal
dolphins; levels and
toxicological effects
Internatio Prof. M. 2010nal
C Fossi - 2012
Universit
y of
Siena
OTO
MELARA
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
of
Defense)
174000 6
99000
This is an integrated, multidisciplinary effort to study the
geological processes that affected, and are affecting, the SW
Iberian continental margin. One of the goals is the study of the
active processes occurring at continental margins, which may
determine high frequency of natural hazards linked to
seismicity, tsunami generation and submarine mass wasting.
The mitigation of these hazards requires an in‐depth knowledge
of the dynamics along margins and surrounding basins, and
requires high‐resolution marine geophysics.
01/09/20 Design and developmente of a prototype of Unmanned unit
700k€
12with remote control for following missions: transit and patrol,
30/05/20 discovery and countermeasures against "pirate boats",
15
simulation of fast targets, fast rescue
The project aims to characterize and quantify for the first time
the impact that coastal pollution is having on two threatened
dolphin species, Australian snubfin and humpback dolphins,
through the uptake of various anthropogenic contaminants,
using a set of non-invasive biomarkers in skin biopsies.
75 K€Australia
n
Governm
ent,
Departm
ent of
Sustaina
bility,
Environ
ment,
Water,
Populati
on and
Commun
ities
OTO Melara,
INGV, UNIGE,
Microdata2,
Sitep, INSIS,
Nuova
CONNAVI,
ELSEL
Usiena
MAIN
R&I
AREAS
Marine
Pollutio
n
Marine
Pollutio
n
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
-
ICZM
e
studie
s on
merec
ury
polluti
on
Marine
Pollutio
n
Marine
Pollutio
n
Foresh
ore
and
seabe
d
charac
terizat
ion in
the
area
outsid
e the
entran
ce to
Naples
TITLE
SCALE
ARPAV toxic
microalgae
Regional
& SubRegional
Sicilian
AUGUSTA
Regional
Autorithy Dept. of Health
Regional
& SubRegional
Syndial SPA -
Augusta Bay
Regional
& SubRegional
Chemical and
microbiological
assessment of marine
sediments collected
through a vibrocoring
system.
Regional
& SubRegional
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ARPAV –
CNR
ISMAR
BOLOGN
A
IAMCCNR
Syndial
SPA –
CNR
ISMAR
BOLOGN
A
Coordina
tor:
Vincenzo
Saggiom
o
(Stazione
Zoologica
“A.
Dohrn”).
Other
compani
es:
Istituto
per
l'Ambien
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
2010 Agreement for research on the sediments within the of
2011
potentially toxic microalgae monitoring project in marinecoastal areas of the Veneto with particular attention to
Ostreopsis ovata PHASE II
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
110000 2
110000
2 years,
20112013
The project has performed a study on the impact of mercury on 300.000, IAMC-CNR
people living in the Augusta-Melilli and the local fishing industry 00
(300.000,
00)
2008 2009
Sediments dating within Augusta bay with contaminants
200100 stratification assessment
200100
Running a campaign sediment sampling in the Augusta bay with
the SW-104 corer; magnetic susceptibility measurements were
also carried out.
05/01/20
0928/07/20
09
The main purposes of the agreement between Stazione
Zoologica “A. Dohrn” and Istituto per l’Ambiente Marino
Costiero have been to monitor, to study, to control and to
develop recovery plans for the environment and marine
ecosystem.
120.000,
00 (CNR)
2
Stazione
Zoologica “A.
Dohrn”,
Istituto per
l'Ambiente
Marino
Costiero
IAMC-CNR.
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Harbo
ur
TITLE
SCALE
Regional
& SubRegional
Marine
Pollutio
n
REGIONE
VENETO -
Contract
Marine
Pollutio
n
Apulia Region
APQ RESEARCH
Exploratory
Projects -
Ecotoxicological
Regional
assays using fresh and & Subcryopreserved semen Regional
of Sparus aurata for
the monitoring of
marine ecosystems"
Marine
Pollutio
n
Project
Marine
Pollutio
n
Project
Ecotoxicological
Impact of POPs and
Emerging
Contaminants, Biology
and Ecology, of
Mediterranean
populations of
Swordfish and Tuna
Ecotoxicological Study
of two Target Species
of Cetaceans (S.
coeruleoalba and
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
te
Marino
Costiero
IAMCCNR.
REGIONE
VENETO
– CNR
ISMAR
BOLOGN
A
CNRISMAR
Lesina Azienda
Agricola
“Ittica
Caldoli”
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
2011 2013
102003 102003
2
The constant diminution of the biological marine resources, is
becoming particularly alarming; among the responsibles of such
situation of degrade, besides the excessive exploitation of the
fish resources, there is the environmental chemical pollution.
The aim of the research project is, through the application of
protocols of management of fresh and cryopreserved semen,
the set up of ecotoxicological tests under various experimental
conditions on fresh and cryopreserved semen of Sparus aurata,
evaluating the effects on the sperm of single and mixed
xenobiotics, in sublethal or environmental concentrations.
This project focused on the study of the ecotoxicological
Impact of POPs and Emerging Contaminants, the Biology and
Ecology of Mediterranean populations of Swordfish and Tuna.
Biomarker responses and POPs and emerging contaminant
levels were measured in the investigated species and
estrogenic responses were detected in adult males of
swordfish.
250000 250000
2
The purpose of the project was to develop and validate the use
of non-destructive techniques based on the use of skin biopsy
specimens of "free-ranging", for a complete assessment of the
toxicological hazard of "target" Cetaceans for the
90 K€ Italian
Ministry
for the
Environ
2005 2008
National
Prof. M. 2008C Fossi - 2010
Universit
y of
Siena
Regional
& SubRegional
Prof. M. 2006C Fossi - 2007
Universit
y of
Siena
80 K€ Usiena, ISPRA
Italian
Ministry
for
Agricultu
re
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Regional
& SubRegional
Prof. A.
1013Di
2014
Guardo Universit
y of
Teramo
The aim of the project was to investigate environmental
contaminants (PCBs, DDTs, diossine, MeHg, etc.) and their
effects on the central nervous system and the immune system
of stranded cetaceans.
EU
Technical Jan 2013,
Universit 4 years
y of
Chania
Kill Spill delivers innovative (bio)technologies, which can be
integrated into state-of-the-art actions currently used to cleanup oil spills. It also develops appropriate tools for first
response, follow-up, and longer-term actions, specifically tailored to a broad range of different kinds of oil spills. The
products and technologies are being field-tested in open sea oil
spills and large mesocosms to identify performance champions.
The (bio)tools are assessed using cutting-edge analytics, biosensors, and omics and checked for eco-efficiency to merit green
label. They will also be benchmarked against current industry
solutions.
B.physalus) in
Mediterranean Sea
Marine
Pollutio
n
Project
Marine
Pollutio
n
EU‐FP7‐KBBE‐
2012.3.5‐01.
Environmental
Contaminants and
their effects on the
central nervous
system and the
immune system in
stranded cetaceans,
the Sentinels of the
The aim of the project
was to investigate
environmental
contaminants (PCBs,
DDTs, diossine, MeHg,
etc.) and their effects
on the central nervous
system and the
immune system of
stranded cetaceans.
Integrated
Biotechnological
solution for
combacting marine oil
spills
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
Mediterranean Sea, such as the striped dolphin and the fin
whale
SCALE
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
ment
and
Protectio
n of Land
and sea
94 K€ Italian
Ministry
for the
Environ
ment
and
Protectio
n of Land
and Sea
CORE
PARTICIPANT
S
Overall:
9 ML,
Universit
y of
Bologna
450,000
Technical
University of
Crete (TUC) et
al.
Usiena,
University of
Teramo
MAIN
R&I
AREAS
Marine
Pollutio
n
Marine
Pollutio
n
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
FINANZIAMENT
I DA P-Q.
RICERCA U.E.
VI° Programma
Quadro
TITLE
Life history
transformations
among HAB species,
and the enviromental
and physiological
factors that regulate
them
Proposal No 003875
(SEED)
MAPRES
Marine pollution
http://ec.europ moniotoring and
a.eu/echo/civil mitigation by remote
_protection/civ sensing .
il/marin/pdfdo
cs/mapres.pdf
SCALE
EU
EU
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
2005Studio di eventi HAB, distribuzione, ecologia e fisiologia di
2007
microalghe planctoniche e bentoniche tossiche, gestione di
emergenze ambientali e di salute pubblica.
CoNISMa 01/01/20 The aim of MAPRES concerns the cooperation in the field of
07 (12,13 accidental or deliberate marine pollution, in particular the main
M)
activity relates to “Marine Pollution Monitoring and detection
by aerial surveillance and satellite images”. Large spills of oil
and related petroleum products in the marine environment can
have serious biological and economic impacts. Around 20% of
oil transported by sea traverses the Mediterranean Sea,
amounting to an annual flux of 350 million tons of crude oil and
refined products.
Most of this maritime traffic travels across the Malta Channel,
the coastal zones near Sicily Island and Genoa City. North Sea is
also a region threatened by this type of pollution. Public and
media scrutiny is usually intense following a spill, with demands
that the location and extent of the oil spill be identified.
Remote sensing is playing an increasingly important role in oil
spill response efforts. Through the use of modern remote
sensing instrumentation, oil can be monitored on the open
ocean around the world. With a knowledge of slick locations
and movement, response personnel can more effectively plan
countermeasures in an effort to lessen the effects of the
pollution.
An operating manual on methods, techniques, sensors and
procedures for remote sensing and Oil Spill detection, on
Hydrodynamic Numerical Simulations for spill propagation
forecasting and mitigations procedures, will be the deliverable
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
81558.87
€
330.465,
00 Unione
Europea
/ DG
ENVIRON
MENT
GRANT
AGREEM
ENT
07.03090
0/2006/4
48578/S
UB/A3
CoNISMa,
Lattanzio e
Associati,
University of
Malta,
University of
Edimburg
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
Marine
Pollutio
n
Marin
e
Hazar
ds
MEDESS4MS:
Mediterranean
Decision Support
System for Marine
Safety
Regional
& SubRegional
Pollutants
biomonitoring in
coastal marine and
transitional waters of
apulia region
Regional
& SubRegional
POllution monitoring
of Ship Emissions: an
IntegrateD approach
fOr harbours of the
Adriatic basiN
EU
http://www.m
edess4ms.eu/
Marine
Pollutio
n
Marine
Pollutio
n
Mariti Project
me
POSEIDON
Transp
ort;
Air
quality
of the
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
of the project. An exercise on these procedures will be devoted
to the crew members of Coast Guard and aerial surveillance
aircrafts and personnel working in the field of Satellite
Imageries valuation
Departm gennaio Mediterranean Decision Support System for Marine Safety
ent of
2012(
(MEDESS-4MS) is dedicated to the strengthening of maritime
Merchan 36M)
safety by mitigating the risks and impacts associated to oil
t
spills. MEDESS-4MS capitalizes on existing pan-European
Shippingframeworks and embraces recent advances and important
Cypro
developments in oceanography in the Mediterranean area.
MEDESS-4MS aims to deliver an integrated operational multi
model oil spill system in the Mediterranean by gathering and
analyzing met-ocean data as well as data related to ship traffic,
ship operations and sensitivity mapping. This data will be
provided to well established oil spill monitoring and forecasting
systems, thus, providing an invaluable tool regarding the early
detection and efficient control of the oil spill at early stages.
Arpa
2008The analyzed contaminants in the biota monitoring program
Puglia
2009
were heavy metals, chlorinated pesticides, chlorinated solvents,
organophosphate pesticides, polychlorinated biphenyls,
polybrominated diphenyl ethers, alkylphenols, polycyclic
aromatic hydrocarbons and organotin compounds. The results
show that the “biota” is still a relevant target of exposure to
contaminants and, for this reason, biomonitoring activities are
very important tools for human health and ecosystem risk
assessment.
ISAC-CNR 1-06Harbours are an environmental burden being a source of
2014, 12 atmospheric pollution often localised near cities and industrial
months complexes. The POSEIDON project will investigate the impact
on air quality of four major harbours in the Adriactic Sea area
using a common state-of-the-art methodology that will produce
comparable information useful to plan future actions and
controls of emissions in this area.
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
6.000 K€
(fondi
CNR 420
K€)
CNR, INGV;
ENEA;
IFREMER (Fr),
HCMR (GR);
CSIC(SP);
210000 CNR, Arpa
Puglia
359.46
K€ ECTP
MED
Program
me 20072013
ISAC-CNR, Un
iversity of
Venice,
University of
Rijeka,
University of
Patras.
MAIN
R&I
AREAS
Marine
Pollutio
n
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Portcities
Syndial SPA -
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
PORTO TORRES 1
Regional
& SubRegional
Syndial
SPA –
CNR
ISMAR
BOLOGN
A
eGEOS/CN
R-ISAC
Marine
Pollutio
n
http://www.asi PRIMI-PRogetto pilota National
.it/it/news/pri Inquinamento Marino
mi_il_monitora da Idrocarburi
ggio_dallo_spa
zio_dellinquina
mento_marino
_da_idrocarbur
i
Marine
Pollutio
n
-
Marine
Pollutio
n
Socioe INTERREG IIIconom QUALIFISH
ic &
Policy
Resear
ch
QSVE Progetto QSVE Indagine per
l'aggiornamento e
l'integrazione dei dati
sulla qualità dei
sedimenti lagunari
Quality and
certification systems:
an integrated
Regional
& SubRegional
Regional
& SubRegional
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
2009 2010
Study activities of marine life and the beginning of the food
chain within the stilling basin and the industrial port of Porto
Torres
124200 124200
maggio
2007
(44M)
l PRogetto pilota Inquinamento Marino da Idrocarburi (PRIMI),
una delle iniziative dell’Agenzia
Spaziale Italiana (ASI) per la gestione del rischio ambientale, ha
sviluppato un sistema pre-operativo di
monitoraggio dell’inquinamento da idrocarburi nei mari italiani.
PRIMI ha sviluppato un sistema modulare per la
sorveglianza continua dell’inquinamento marino da idrocarburi
e per la previsione del rilascio di tali inquinanti, al
fine di consentire l’organizzazione delle misure di contenimento
del danno e le azioni di recupero.
4.430 K€
(BUDGET
CNR: 740
K€)
2007 2009
CoNISMa 01/01/20 "QUALIFISH aimed to achieve the integrated approach,
06 (33,43 combining the scientific, biological, ecological,
M)
economic and social issues that are underlying the processes
and actions of governance. The points that
underpin this approach is essentially the knowledge of the
phenomena, testing for testing hypotheses
and the acquisition of results on the ground, making
consequential operational proposals, all in form of
integrating the different ways, in both geographical reality, Italy
2
e-GEOS; CNR;
INGV; ENEA;
ACS; Innova
S.r.l.; FlyBy
S.r.l.;
-477600
€
875.000,
00 Regione
Puglia
CoNISMa,
COISPA Tecnologia &
Ricerca scarl;
et al.
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Marine
Pollutio
n
Project
Marine
Pollutio
n
Integr
ated
charac
terizat
ion
campa
ign of
foresh
ore
sedim
ents
Marine
Pollutio
n
Analys
isng
marin
e
polluti
on
from
both
comm
ercial
and
militar
TITLE
SCALE
Research activity on
trends of amount ,
distribution and
composition of
microplastics in
marine environment
National
Second integrated
Regional
characterization
& Subcampaign of foreshore Regional
at north of Bagnoli.
Remediation site of
national interest in
the area of Naples
Bagnoli-Coroglio.
Agreement
Sorgenti inquinanti
betwen the
sommerse nei mari
CNR and
siciliani (SIASIC)
Department for
the
Environment Sicilian
Regional
Authority
Regional
& SubRegional
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
and Albania.
"
Prof. M.
2014 This research activity on trends of amount , distribution and
C Fossi composition of microplastics in Tuscany coasts were
Universit
investigated. In all samples analyzed it was found the presence
y of
of microplastic (n = 2670) and appreciable levels of additives of
Siena
plastics (phthalates). The most abundant colors are white and
transparent, the most abundant shape, fragment. Most of the
microplastic lies in the range 1-2.5 mm.
Coordina Gennaio Geophysical analysis of sediments, environmental geochemical
tor:
2006studies, core interpretation and sedimentological analysis.
Elena
Marzo
Mumelte 2010
r
(ICRAM).
Other
coordina
tor:
Ennio
Marsella
(IAMCCNR).
Sicilian
2011Evaluation of the impact of the release of pollutants from ten
Regional 2011
sources of pollution submerged sunk wrecks, both military and
Authority
civilian, located in the Strait of Sicily and in other Sicilian
,
waters.
Departm
ent of
Fisheries
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
50 K€ Tuscany
Region
Usiena ARPAT
105.000,
00 (CNR)
ICRAM,
Istituto per
l'Ambiente
Marino
Costiero
IAMC-CNR.
512.000,
00
(256.000
)
Institute for
Environmental
Protection
and Research
(ISPRA)
MAIN
R&I
AREAS
Marine
Pollutio
n
Marine
Pollutio
n
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
y sunk
vessel
s in
the
Medit
errane
an Sea
PON&REC
(PON02) www.ponrec.it
TITLE
Appro
ach
for
Integr
ation
of
charac
terizat
ion
plan:
Darse
na di
Levant
Studies and
researches aiming at
the integration of
characterization plan:
Darsena di Levante onshore (Naples
Harbour)
SCALE
STI-TAM Development Regional
of Innovative
& Subtechnologies for the
Regional
treatment of fluid
wastes from shipping
activities and for
marine environment
protection
Regional
& SubRegional
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
Technolo 01/07/20 The main goal of this research project is to propose an
gical
12 - 36
integrated treatment plant including physical, chemical and
Cluster
months biological phases for the removal of contaminants from marine
“Sicilia
waste (wastewaters, bilge waters, slops). This goal will be
Navtec”
purchased through bench scale and pilot scale plants whose
implementation will be the main research and industrial result.
In particular, the Industrial Research phase will be devoted to
the study of different integrated treatment processes in order
to identify the more effective ones in treating the investigated
waters and to develop the prototypes in the subsequent
Experimental Development phase. Two treatment plants
prototypes will be realized: a fixed micro-pilot plant and a
mobile mini-pilot plant. Moreover the planning of a treatment
plant on board will be also realized.
Coordina 06/11/20 Within the agreement between Autorità Portuale di Napoli and
tors:
06Istituto per l’Ambiente Marino Costiero IAMC-CNR have been
Paquale 06/02/20 executed n. 26 geognostic drillings and physical-chemical
Cascone 07
analyses.
(Autorità
Portuale
di
Napoli)
and
Ennio
Marsella
(Istituto
per
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Total: k€
7.379 Research
: k€
5.070,
Develop
ment: k€
1.780,
Educatio
n: k€ 530
- Funding
institutio
n: MIUR
290.460,
00 (CNR)
Sicilia Navtec,
University of
Palermo,
University of
Messina,
University of
Catania,
Cantiere
Navale di
Augusta,
Fincantieri,
Nico, CNR
(ITAE, IAMC,
ISMN)
Autorità
Portuale di
Napoli,
Istituto per
l'Ambiente
Marino
Costiero
IAMC-CNR.
MAIN
R&I
AREAS
Marine
Pollutio
n
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
eonsho
re
(Naple
s
Harbo
ur)
Project
Marine
Pollutio
n
Marine
Pollutio
n
Marin
e
Hazar
ds
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
l'Ambien
te
Marino
Costiero
IAMCCNR).
Study on Morbillivirus
in Mediterranean
cetaceans:
relationship between
contaminants and
immunodepression
Regional
& SubRegional
Prof. M. 2008C Fossi - 2011
Universit
y of
Siena
The purpose of the project was to investigate the complex
interactions between xenobiotic compounds and
immunosuppressive phenomena in Mediterranean cetaceans.
This objective was pursued through the study of contaminants
“old” (OCs) and new (PBDE) generation in Mediterranean
cetaceans and the possible relationship with
immunosuppressive phenomena and incidence of morbillivirus.
Project
The Emerging Issue of
the Microplastics in
the Mediterranean
Sea: the Potential
Impact on the
Mediterranean Fin
Whale
Regional
& SubRegional
Prof. M. 2011C Fossi - 2014
Universit
y of
Siena
The project's findings represent the first evidence of the
potential impact of microplastic and derivatives toxic
compounds (plastics additives-phthalates) in cetaceans and
particularly in the fin whale. A methodological standard
protocol for the analysis of microplastic and toxicologically
active derivatives in samples of plankton and micro-surface
layer and in the adipose tissue of the whale was developed, as
well as a mapping of microplastic in the Pelagos Sanctuary.
MED TERRITORIAL
COOPERATION
- www.toscamed.eu
TOSCA Tracking Oil
Spills and Coastal
Awareness Network.
EU
PACA Sea 2010 Innovatio 2013
n&
Business
Cluster -
Tracking Oil Spills and Coastal Awareness Network. The core
objective of TOSCA is to improve the quality, speed and
effectiveness of decision-making processes in case of marine
accidents (oil pollution, SAR Operations), by the development
and implementation of technical and decision support tools,
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
101 K€ ISPRAItalian
Ministry
for the
Environ
ment
and
Protectio
n of Land
and and
sea
135 K€ Italian
Ministry
for the
Environ
ment
and
Protectio
n of Land
and sea
2345000
- 195000
Usiena ICRAMUniversity of
Teramo
Usiena
12
MAIN
R&I
AREAS
Marine
Pollutio
n
Marine
Pollutio
n
Marine
Pollutio
n
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
-
TITLE
TRASPORTO SOLIDO
CONTRATTO
CNR/CORILA - La
misura del trasporto
solido laguna-mare
TRASPORTO SOLIDO Il
trasporto solido
laguna-marein
differenti scenari di
livelli marini e di uso
dei mezzi di
regolazione maree.
Trasporto solido tra
laguna e mare e
trasporto litoraneo
studio modellistico dei
processi fisici che
governano la
risospensione ed il
trasporto dei
sedimenti ecc..
(Ferrarin)
Biodiv www.ulixes.uni Unravelling and
ersity; mi.it
exploiting
Deep
Mediterranean Sea
Sea
microbial diversity
Ecosys
and ecology for
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Toulon
Var
Technolo
gies
(PMPTVT) –
Francia,
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
through active participation of scientists, in conjunction with
local authorities.
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Regional
& SubRegional
2005 2007
-352000
Regional
& SubRegional
2009 2011
-151350
EU
Daniele
01 Feb
Daffonch 2011 - 31
io
Jan 2014
(Universi
ty of
The project ULIXES aims to unravel, categorize, catalogue,
exploit and manage the microbial diversity available in the
Mediterranean Sea for addressing bioremediation of polluted
marine sites. The idea behind ULIXES is that the multitude of
diverse environmental niches of the Mediterranean Sea
3,909,33
1.00
TOTAL
BUDGET
(EU
UNIVERSITA
DEGLI STUDI
DI MILANO,
UNIVERSITé
MAIN
R&I
AREAS
Maritim
e
Transpo
rt
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
tems;
Blue
Biotec
hnolog
y
PIXIS
TITLE
SCALE
Xenobiotics’ and
pollutants’ clean up
ALBERO INTEGRATO
PER NAVI MILITARI
Regional
& SubRegional
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Milan,
Italy)
FC
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
contains a huge range of microorganisms and their components
(e.g. catabolic enzymes) or products (e.g. biosurfactant) that
can be exploited in pollutant- and site-tailored bioremediation
approaches. ULIXES intends to provide the proof of concept
that it is possible to establish and exploit for bioremediation
site-specific collections of microbial strains, mixed microbial
cultures, enzymes, biosurfactants and other microbial products.
These biotechnological resources will be mined by using
approaches based on isolation of culturable microorganisms as
well as by extensively applying advanced novel ‘meta-omics’
technologies recently developed by the project partners and
exclusively available for ULIXES. Three pollutant classes
recognized worldwide as environmental priorities will be
considered: petroleum hydrocarbons, chlorinated compounds
and heavy metals. A large set of polluted environmental
matrices from sites located all over the Mediterranean Sea will
be explored, including seashore sands, lagoon sediments, deep
sea sediments polluted by heavy oil hydrocarbons at oil tanker
shipwreck sites, hypersaline waters and sediments from
polluted salty coastal lakes and natural deep hypersaline anoxic
submarine basins and mud volcanoes where hydrocarbon
seepages occur. The mined collections of microbial
biotechnological products will be exploited for development of
novel improved bioremediation processes whose effectiveness
will be proved by ex situ and in situ field bioremediation trials.
A careful dissemination action will be pursued to assure
capillary information of the ULIXES results and products to
stakeholders and SMEs operating
in the sector of marine bioremediation.
12/2012 Studio di un "albero integrato" (MAST) per il Sistema Navale
to
Militare che miri alla riduzione degli attuali conflitti tra le
11/2015 apparecchiature (antenne e sensori) e al miglioramento delle
performances generali, tramite la soluzione di molti problemi
tecnici. Il progetto permette il superamento delle soluzioni
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
REQUEST
ED
CONTRIB
UTION:
2,993,81
2.00)
CORE
PARTICIPANT
S
DE TUNIS, et
al.
9163405 FINCANTIERI,
SELEX, SELEXELSAG , IDS,
ELSEL,
NUOVACONN
MAIN
R&I
AREAS
Maritim
e
Transpo
rt
Maritim
e
Transpo
rt
Maritim
e
Transpo
rt
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
FP6-SUSTDEVNEW-H-SHIP
FP7TRANSPORTBESST
TITLE
SCALE
Assimilation of Fuel
Cells in marinetime
applications
EU
Boat Academy
Regional
& SubRegional
Breakthrough in
European Ship and
Shipbuilding
Technologies
EU
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
attuali di compromesso tra le apparecchiature a fronte di un
approccio progettuale più moderno e competitivo, non basato
su compromessi, ma in linea con le strategie estere.
Le principali problematiche affrontate saranno:
- integrabilità dell’albero nella piattaforma (spazio, robustezza
strutturale, assorbimenti elettrici, dissipazioni termiche,
compatibilità fluidodinamica della struttura e dei gas)
- interferenza elettromagnetica reciproca
- rispetto di requisiti di segnatura elettromagnetica (RCS)
- interferenza elettromeccanica tra il cablaggio dell’albero e
tutti gli altri impianti della piattaforma.
ICELANDI 2/2004
C NEW
to
ENERGY 4/2005
LTD
Navigo
period
Project Boat Academy, in collaboration with nautical institute
2008claw , identification of skills related to the processes of the
2010
district nautical nautical Viareggio .
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Fincantie 09/2009
ri
to
Cantieri 02/2013
Navali
Italiani
Lo scopo del progetto è ottenere un avanzamento significativo
nella costruzione delle navi passeggeri europee in termini di
competitività, compatibilità ambientale e sicurezza. Nello
specifico si punta a una significativa riduzione dell’impronta
ambientale della nave nel suo complesso intervenendo su:riduzione delle emissioni: gas ad effetto serra (CO2, NOx, CO),
VOC e fumi nella fase di produzione, rumore diffuso in aria e
acqua nella fase di esercizio.
- incremento dell’efficienza: riduzione dei consumi di
carburante, anche attraverso la generazione a bordo di energia
elettrica da fonti rinnovabili, riduzione dei consumi d’acqua,
riduzione del volume complessivo delle attività di riparazione.
- materiali utilizzati: incremento di materiali riciclabili, migliore
utilizzo dei materiali dalla fase di progettazione considerando
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
AVI , SELMAR ,
MAST , UNIGE
- DINAEL ,
UNIGE – DIBE,
UNIGE –
DIPTEM
545 Icelandic New
Energy.ltd, et
al.
28836 STX Finland,
STX France,
Fincantieri, et
al.and 31
industrial
companies(17
of which SME)
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Maritim
e
Transpo
rt
European
Defence
Agency Ad Hoc
Research &
Technology
Project COSMO
Maritim
e
Transpo
rt
Maritim
e
Transpo
rt
Air
quality
of the
Portcities
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
CCNS Corrosion
EU
Control for Navy Ships
Institut
de la
Corrosio
n (IC) France
Cfd OpenSource for
the topside
Regional
& SubRegional
IEFLUIDS
S.r.l.
Characterization of
the emission from
boats in the port of
Venice
Regional
& SubRegional
IDPACNR
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
anche le successive attività di riparazione e refitting, riduzione
del packaging e ottimizzazione della logistica
2013 The Navy activities combined with the new environmental
2016
regulations lead to a critical situation characterized
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
3260000
- 305000
May 1st, The projcet aims to develop a numerical open source CFD
495 k€
2014 - 36 model for the analysis of flows on the topside of the civilian and
months military ships, taking into account the fall down of fumes and
Coparticulates.
financed
by
Results: project in progress
Region
Friuli
Venezia
Giulia
(PAR –
FSC
20072013)
2007, 36 The direct influence of ship traffic on atmospheric levels of
440 K€;
months coarse and fine particulate matter (PM2.5, PM10) and fifteen
Research
polycyclic aromatic hydrocarbons (PAHs) has been estimated in contract
the urban area of Venice. Data analysis has been performed on funded
results collected at three sites over the summer, when ship
by the
traffic is at a maximum. The sampling sites were monitored
Port
with optical detectors (DustTrack® and Mie pDR-1200)
Authority
operating at high temporal resolution (20s and 1s respectively) of Venice
for PM2.5 and PM10. PAH in the particulate and gas phases
were recovered from quartz fiber filters and polyurethane foam
plugs using pressurized solvent extraction, the extracts were
then analyzed by gas chromatography- high resolution mass
spectrometry. The results indicate that monitoring of the PM
12
1.DITENAVE
Scarl
2.Università
degli Studi di
Trieste
3.CETENA
IDPA-CNR,
University Ca'
Foscari
Venice, ISACCNR
MAIN
R&I
AREAS
Maritim
e
Transpo
rt
Maritim
e
Transpo
rt
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Air
Project APICE
quality
of the
Portcities
TITLE
SCALE
Cluster " Transport
Italy 2020."
National
Common
EU
Mediterranean
strategy and local
practical Actions for
the mitigation of Port,
Industries and Cities
Emissions
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
daily concentrations is not sufficiently detailed. To extract
information about the contribution of ship traffic to
atmospheric aerosol, more detailed information and analysis is
required such as a complete chemical characterisation of the
aerosol phase, and a complete chemical profile of ship
emissions that can be used in a receptor model. A new method
has been developed based on the collection of hourly PM
concentrations and the simultaneous analysis of the wind
direction. This information was combined with the actual ship
traffic from the database of the Harbour Authority of Venice.
The difference between hourly concentrations when the
sampling site is downwind of ship borne emissions, and the
hourly concentrations in periods when there is no traffic have
been calculated. The differences, when weighted with the
frequency of ship passages, have allowed an evaluation of the
contribution of ship emissions to the average aerosol
concentration.
CNR
period
Cluster " Transport Italy 2020." Participation in the design . Past
2012and waiting to start (lightness, new designs , propulsion )
2015
involved companies such as Azimut , Perini and 2 SMEs . 50 % of
the companies involved are in Tuscany.
Regional 2010, 27 APICE intends to develop a knowledge-based approach for air
Environm months pollution mitigation and sustainable development of port
ental
activities, managed by spatial planning policies at local level,
Agency
which includes the territory around the ports. The interof
comparison of data acquired in five different Pilot Areas
Veneto(Venice, Genoa, Barcelona, Marseille and Thessaloniki) will
ARPAV
allow the validation of a common model for building
intervention scenario, whose effectiveness and practicability
will be tested within the project. The project's measures will be
delivered to policymakers to integrate existing urban master
plans and port investments, and to trigger possible ecofinancing incentives, in order to: Merge environmental and
socio-economic needs of port-cities policies; Support ecoCOORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
1711K€,
MED
20072013
ARPA Veneto
for Venice;
Universities of
Aristotle and
Western
Macedonia for
Thessaloniki;
University of
Genoa;
University of
Provence for
Marseille;
MAIN
R&I
AREAS
Maritim
e
Transpo
rt
Maritim
e
Transpo
rt
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
CruiseCon.net
FP7TRANSPORTCO-PATCH
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Communication and
control infrastructure
which integrates the
optical transmission
and PLC
Regional
& SubRegional
SIPRO
Sistemi
Integrati
per
l'Innovazi
one di
Processo
S.r.l.
Composite Patch
Repair for Marine and
Civil Engineering
Infrastructure
Applications
Maritim Air
Project
Contribution of
e
quality CESAPO,
Emission Sources on
Transpo of the (www.cesapo.u the Air quality of the
rt
Portpatras.gr)
POrt-cities in Greece
cities
and Italy
EU
EU
National
Technical
Universit
y of
Athens
Universit
y of
Patras
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
friendly changes in shipping practices and ownership of shared
emission abatements options (e.g. Blue flag etc...) by the
involved port. On the base of scenarios and economic-assessed
options, APICE will push port authorities, ship owners and
cargo's handlers towards voluntary agreements that can
concretely contribute, in the medium term, at reducing
emissions and improve the environmental balance of port citie
March
The project aims to build an infrastructure that integrates a
1st, 2014 communication and control infrastructure, which integrates the
- 24
use of the optical signal transmission and the use of PLC, with
months specific reference to the hospitality areas of cruise ships.
Results: project in progress
01/2010
to
12/2012
1-022012, 27
months
The general objective is to quantify the contribution of emission
sources to the air pollution of the port cities, giving more
emphasis on the maritime transport and the activities within
the harbor and link the scientific outcomes with integrated
proposed actions for sustainable urban development in the
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
CSIC for
Barcelona
485 k€
1.DITENAVE
Scarl
Co2.Università
financed degli Studi di
by
Trieste
Region
3.FINCANTIERI
Friuli
Cantieri Navali
Venezia Italiani S.p.A.
Giulia
4.Solight
(PAR –
S.p.A.
FSC
5.K314 S.r.l.
20076.Polo
2013)
Tecnologico di
Pordenone
7.EIDON
Laboratori di
Ricerca Scarl
5272 UNIVERSITY
OF SURREY-UK
et al.
816.25
K€, ECTP
GreeceItaly
University of
Patras,
University of
Salento, ISACCNR, ARPA
MAIN
R&I
AREAS
Maritim
e
Transpo
rt
Maritim
e
Transpo
rt
Maritim
e
Transpo
rt
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
D -NET
SCALE
Regional
& SubRegional
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Navigo
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
Mediterranean. The actions will favour and support the
implementation of EU Directives and International laws. The
project focuses on two important port-cities, namely Patra
(Greece) and Brindisi (Italy).
period
Project D -NET development platform ICT Development
2010solutions for digitization in maritime adimistration
2012
FP6-SUSTDEVSAFEDOR
Design, Operation and EU
Regulation for Safety
GERMAN 02/2005
ISCHER
to
LLOYD
01/2009
AG
SSOD2
Detection device of
semi-submerged
objects.
EIDON
KAIRES
S.r.l.
Regional
& SubRegional
March
1st, 2014
- 24
months
Il progetto ha lo scopo di fornire libertà di progettazione
aggiuntiva per navi e sistemi e un processo di approvazione per
l'introduzione della sicurezza come obiettivo, oltre ai requisiti di
prestazione standard come la velocità, la capacità e la
resistenza. Il progetto ha inoltre lavorato alla proposta di una
cornice normativa modernizzata per facilitare l'analisi dei rischi
come elemento aggiuntivo del processo di approvazione. Ciò
pone le fondamenta per l'approvazione di nuove imbarcazioni
aldilà degli impedimenti normativi attuali
The project aims to develop an innovative system - integrated
laser technologies and digital video - for the detection of semisubmerged objects to support navigation. The semi-floating
objects are those whose emerged and submerged parties are
too small to be detected, respectively, by radar and sonar.
Results: project in progress
Maritim
e
Transpo
rt
OpenviewSHIP
Development of a
computational
ecosystem for the
hydrodynamic design
Regional
& SubRegional
eXact Lab March
S.r.l.
1st. 2014
- 36
months
The project aims to allow the immediate visualization of the
pre-and post-processing of data produced by high-resolution
CFD simulations, through an ecosystem based on high
performance computing infrastructures combined with
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
20072013
CORE
PARTICIPANT
S
Puglia, IDPACNR
20052 Carnival plc
UK, et al.
490,2 k€
Cofinanced
by
Region
Friuli
Venezia
Giulia
(PAR –
FSC
20072013)
500 k€
Cofinanced
1.DITENAVE
Scarl
2.EIDON Lab.
Scarl
3.Monte Carlo
Yachts S.p.A.
1.DITENAVE
Scarl
2.Università
degli Studi di
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
of the system
propeller-hull
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
innovative technologies of remote visualization.
Results: project in progress
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
by
Region
Friuli
Venezia
Giulia
(PAR –
FSC
20072013)
394,8 k€
Maritim
e
Transpo
rt
ECAB
Easy Control
Automatic Boat
Regional
& SubRegional
Astra
Yacht
S.r.l.
April 1st, The project aims to search an innovative monitoring and
2014 - 32 control system of low-speed maneuvering of a pleasure craft,
months through new technologies verification of the distances from the Coboat to fixed and moving bodies and of the prediction of
financed
movement trajectories.
by
Region
Results: project in progress
Friuli
Venezia
Giulia
(PAR –
FSC
20072013)
Maritim
e
Transpo
rt
ECOMOS MIUR FIRB
RBIP06CEM4 -
ECOMOS Ecological
compatibility of the
ships to "motorways
of the sea"
National
2008 2012
Development of an integrated system of reducing the
83000 environmental impact of polluting emissions (SOx, NOx, PM)
83000
discharges into the atmosphere of the ships and validation
using biological monitoring as a tool to investigate the ecocompatibility of abatement system of harmful emissions into air
and water.
Maritim
e
Transpo
rt
EMCY
Electromagnetic
Regional
compatibility impact
& Subin the field of yachting Regional
Consiglio
Nazional
e delle
Ricerche
(CNRISSIA)
Italy
Sting
S.r.l.
March
1st, 2014
- 34
months
The project aims to develop a protection system against
interferences from electromagnetic fields to improve the
efficiency, reliability and safety of the electronic systems on
board.
485 k€
Cofinanced
CORE
PARTICIPANT
S
Trieste
3.SISSA
4.CETENA
5.Spring Firm
S.r.l.
1.DITENAVE
Scarl
2.Università
degli Studi di
Trieste
3.Monte Carlo
Yachts S.p.A.
4.Polo
Tecnologico di
Pordenone
5.Ermetris
S.r.l.
6.Blupassion
S.r.l.
1
1.DITENAVE
Scarl
2.Università
degli Studi di
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
Results: project in progress
Maritim
e
Transpo
rt
Maritim
e
Transpo
rt
EU
FP6
HTA
(Netw
ork of
Excelle
nce) www.
htaforum.
eu
Hydro-Testing
Alliance – An
alliance to
enhance the
maritime
testing
infrastructure
in the EU
EU
EU
01/09/20
06 - 5
years
FP6-SUSTDEVFLAGSHIP
European Framework
for Safe, Efficient and
Environmentallyfriendly Ship
EU
Europea 01/2007
n
to
Commun 05/2011
ity
Shipown
ers'
668/6500 (funding) European Union FP6 and actual costs - HTA
is the European Network of Excellence promoted with the aim
of allowing the European towing tanks and other experimental
test facilities in the field of naval hydrodynamics to maintain a
prominent position on the world scene. HTA was funded by the
European Union under the Sixth Framework Programme for
Research and Technological Development. The primary
objective of this initiative is the development of a permanent
organizational structure to coordinate the definition and
introduction of new technologies for measurement,
observation and analysis for conducting tests on models in
naval hydrodynamics.
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
by
Region
Friuli
Venezia
Giulia
(PAR –
FSC
20072013)
MARIN
(NL),
SSPA
(SE),
Sirehna
(FR),
HSVA
(GE),
Qinetiq
(UK),
CNRINSEAN
(IT), VTT
(FI),
Marintek
(NO),
DST (DE),
BEC (FR)
19435
CORE
PARTICIPANT
S
Udine
3.Monte Carlo
Yachts S.p.A.
Teekay
Shipping
Corporation
NO, et al.
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
GOAL based Damage
Stability
EU
Maritim
e
Transpo
rt
FP7TRANSPORTGOALDS
Maritim
e
Transpo
rt
GREEN BOAT
Green boat design:
(http://www.ar low impact yachting
ea.trieste.it/op
encms/opencm
s/area/it/attivit
a/progetti_az/
Green-BoatDesign.html;
http://greenbo
at.units.it/defa
ult.aspx)
Regional
& SubRegional
Green Boat
Design/POR
FESR 2007 13/
www.greenboa
t.it
Regional
& SubRegional
Maritim
e
Transpo
rt
Green Boat Design:
nautica da diporto a
basso impatto
ambientale
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Associati
ons
National
Technical
Universit
y of
Athens
Eng.
Theo
NONIS
Seaway
Technolo
gies S.r.l.
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
09/2009
to
08/2012
Valutazione con modelli e codici di calcolo delle possibilità di
incrementare le probabilità di sopravvivenza a seguito di falla
su navi da crociera e traghetti, applicando metodologie di
Formal Safety Assessment."
October
1st, 2010
- 36
months
The aim was to innovate the entire chain of the life cycle of a
pleasure boat, defining design specifications and manufacturing
processes in harmony with the concept of environmental
sustainability. In this context, the project promoted the
reduction of the environmental impact and energy
consumption during each of the three phases of the life of a
boat: construction, operation and decommissioning.
Results:
Integration of hybrid propulsion, photovoltaic cells, "LED Chip
on Board" lighting with remote phosphor technology, optimized
hull, use of natural fibers (linen and basalt) and a nanostructured matrix for an improved boat life cycle.
Seaway
06/10/20 Green Boat is a 40-foot diesel-electric hybrid with built-in solar
Technolo 10 & 36 panels, chip-on-board remote phosphor lighting, and integrated
gies
months energy management. The design of the shell has been
optimised to minimise water resistance. Basalt and flax, the
natural materials used for the hull and deckhouse, make up
44% of the vessel’s weight. These materials reduce not only the
impact on the environment, but also the on-board vibrations,
These innovations also have important benefits in terms of
energy requirements and emissions. At a speed of 7 kn, fuel
consumption is 40% lower, resulting in a 40% reduction in CO2.
The electric propulsion also eliminates emissions at berth, while
the system of batteries (also powered by the solar panels) have
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
4407 National
Technical
University of
Athens
(coordinator)
NTUA Greece,
849,34
1.Alto
k€
Adriatico
Tecnologia e
Cosviluppo S.r.l.
financed 2.Centro
by
ricerche
Region
PLAST-OPTICA
Friuli
S.p.A.
Venezia 3.AREA
Giulia
Science Park
(POR –
4.Università
FESR
degli Studi di
2007Trieste
2013)
5.SISSA
1.066,22 Seaway
9 K€ &
Technologies,
Comissio Alto Adriatico
ne
Tecnologie e
Europea, Sviluppo,
Governo Centro
italiano e Ricerche PlastRegiorne Optica,
FVG
Consorzio per
l'AREA di
Ricerca
Scientifica e
MAIN
R&I
AREAS
Maritim
e
Transpo
rt
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
FP7TRANSPORTGRIP
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
a guaranteed life of 10 hours and a range of 50 miles at a speed
of 3 kn. The batteries work with lithium polymers instead of the
traditional lead, increasing the recharge cycle capacity from
300, to 1400.
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Green Retrofitting
through Improved
Propulsion
EU
MARIN
10/2011
(Stichting to
Maritiem 10/2014
Research
Instituut
Nederlan
d)
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Tecnologica di
Trieste,
Università
degli Studi di
Trieste e Sissa
4162 MARIN –
Stichting
Maritiem
Research
Instituut
Nederland,
BUREAU
VERITAS,
FINCANTIERI,
Center of
Maritime
Technologies
e.V.,
Hamburgische
SchiffbauVersuchsansta
lt, ARTTIC
Management
Consulting
Services,
Wärtsilä
Netherlands
B.V. Part of
the Wärtsilä
Corporation,
Acciona
Trasmediterrá
nea, ULJANIK
Shipyard,
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
Maritim
e
Transpo
rt
Research
Project
HArBour traffIc
opTimizAtion sysTem
(HABITAT)
National
Maritim
e
Transpo
rt
OPENSHIP
(www.openshi
p.it)
High-quality
simulations of
computational fluid
dynamics (CFD) for
hydrodynamic
performance
predictions of the
system hull-propeller
in open source
environment.
Regional
& SubRegional
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
VICUS
DESARROLLOS
TECNOLOGICO
S, S.L.l,
IMAWIS
Vitrociset 01/11/20 The purpose of the project is the research, development,
16173 k€ Vitrociset
S.p.A.
11 &
prototyping, testing and validation of an integrated system for =
S.p.A., et al.
three
the control and support of maritime navigation in the last mile 3789,55
years
with main operability characteristics "all vessels, all weather, all & MIUR
day". The system must be able to: 1. provide real-time and
accurately for all types of ships and boats ("all
vessel "), for all weather situations (" all weather "), 24/24 (" all
day "), the traffic situation in the last nautical mile; 2. provide at
all the ships and boats a support system to navigation in real
time able to improve the precision, speed and safety of the
maneuvers and the berth; 3. interoperate with systems of
public administration such as the VTS / VTMS and the
connected system PMIS (Coast Guard); 3. provide an advanced
simulation system for the exercise and training of the pilots
and all those involved in port traffic control.
Ms
October verificare nella tabella della leading company
800 k€
1.Università
Annalisa 1st, 2010
degli Studi di
ALCINESI - 36
CoTrieste
O
months
financed 2.SISSA
by
3.Friuli
CETENA
Region
Innovazione
S.p.A.
Friuli
4.Spring Firm
Venezia S.r.l.
Giulia
(POR –
FESR
20072013)
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Maritim
PON&REC
e
(PON02) Transpo
www.ponrec.it
rt
TITLE
SCALE
Maritim
e
Transpo
rt
CruiseCon.net
Infrastruttura di
comunicazione e
controllo che integri
Trasmissione Ottica e
PowerLine
Regional
& SubRegional
SIPRO
S.R.L.
Maritim
e
IT-FR
Marittimo
2007-2013
INNAUTIC
EU
Liguria
Region
HYDRA New methods Regional
for the environmental & Subimpact and energy
Regional
consumption
reduction during
production and use of
pleasure craft
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Technolo
gical
Cluster
“Sicilia
Navtec”
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
01/07/12 The purpose of the project is to develop new types of pleasure
- 36
craft hulls with low environmental impact. The innovative
months systems proposed act: - During the production phase with the
reduction of harmful waste and the creation of the hull surfaces
with a low coefficient of friction; - During the use with the
construction of plants to reduce the resistance by active and
passive technologies. The research to optimize the production
phase is based on the development of a robotic system which is
capable of automating the finishing processing of the hulls of
pleasure craft. The reduction system of active resistance is
based on forced ventilation of the hull. The passive system of
reduction resistance is based on the coverage of a portion of
the hull with a set of cylindrical rollers. The research is
organized in Tasks which consist in: - Analyzing issues and
developing hulls with high efficiency through new technologies;
- Studying and testing of air insufflations system; - Studying and
testing of rollers system; - Studying and testing of automated
processing system of surfaces of hulls; - Planning of necessary
plants to realize the arguments of research; - Making of an
experimental model in real size of hull obtained by automated
processing techniques and equipped with an optimized air
insufflations system.
TBD
Il progetto mira a realizzare un’infrastruttura di comunicazione
e controllo che integra l’utilizzo della trasmissione ottica del
segnale e l’utilizzo della trasmissione “PowerLine” per
applicazioni in ambito navale con specifico riferimento alle aree
ospitalità di navi da crociera. L'idea innovativa è l'integrazione
di funzioni di comunicazione e controllo in una rete che usi la
fibra ottica per i flussi primari e le linee elettriche per la
comunicazione ed il controllo degli impianti: cabina, di
illuminazione di spazi comuni e di telecomando valvole.
Period
The project ihad the objective to strengthen the cooperation
2009between research and the business world in order to create
2013
conditions for increasing production flexibility and commercial
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
Total: k€
5.948 Research
: k€
3.885,
Develop
ment: k€
1.443,
Educatio
n: k€ 620
- Funding
institutio
n: MIUR
CORE
PARTICIPANT
S
Sicilia Navtec,
University of
Messina,
Abacus
Marine
485000 Fincantieri,
SIPRO, Solight,
K314, Polo
Tecnologico
PN, EIDON
Lab., UniTS,
Distretto FVG
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
Transpo
rt
Maritim
e
Transpo
rt
FP7:DEECON
INNOVATIVE AFTERwww.deecon.e TREATMENT SYSTEM
u
FOR MARINE DIESEL
ENGINE EMISSION
CONTROL
EU
Maritim
e
Transpo
rt
FIREDOORS
Innovative fire doors
(www.portetagliafuoco.net
)
Regional
& SubRegional
Maritim
e
Transpo
rt
Trainin PON&REC
g&
(PON02) Techn www.ponrec.it
ology
Innovative low
Regional
consumption and high & Subcomfort wing
Regional
supported boat for
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
dynamism. Besides it aims at the creation of new businesses
through the creation of a center / cluster of cross-border 'highMediterranean that takes into account innovative applications
in the design and construction of vessels (reducing the "time to
market" infusion technique, standardization of components,
"yacht green" recyclable and energy efficient ").
Brunnel
40817 The aim of this project is to create a new, modular, on-board,
Univ.
after-treatment unit that combines different sub-units, each of
(UK)
which is optimized to remove a specific primary pollutant (SOx,
Brunnel
NOx, PM and VOC ) and is designed to allow an easy and fast
Univ.
retrofit of existing ships but also can be fitted to new ships of
(UK)
the future. The main goal of this new integrated system is the
reduction of the environmental footprint of ships through the
achievement of a state-of-the-art removal of the target
pollutants aimed to reduce their emission factor well below the
limits imposed by the current and future regulation.
Eng.
October verificare nella tabella della leading company
PierCipri 1st, 2010
ano Rollo - 33
months
FINCANTI
ERI S.p.A.
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
3500 EU
Brunel
University –
UK; et al.
105,76
k€
1.Università
degli Studi di
Udine
2.Officine del
Bello &C.
S.n.c.
3.Naval
suppliers S.r.l.
4.Nanoxer
S.r.l.
5.Friuli
Innovazione
Cofinanced
by
Region
Friuli
Venezia
Giulia
(POR –
FESR
20072013)
Technolo 01/04/12 The present project is addressed to the study and the
Total: k€
gical
- 30
development of an innovative wing supported ship able to
7.326 Cluster
months make more efficient the passengers transportation for the short Research
distances as well as the medium ones. In comparison with other : k€
Sicilia Navtec,
University of
Messina,
University of
MAIN
R&I
AREAS
Maritim
e
Transpo
rt
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Transf
er
FP6-SUSTDEVINTERSHIP
TITLE
SCALE
passenger
transportation
Integrated
collaborative design
and production of
cruise vessels,
passenger ships and
RoPax
EU
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
“Sicilia
Navtec”
AKER
YARDS
OY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
fast boats, such kind of new ships, nowadays owned by the
proponent Company, allow: - a greater speed; - a more
comfortable passenger transportation; - a lower fuel
consumption per passenger and mile. Anyway the hydrofoil,
that over the last decades has not been deeply modified, is an
expensive mean of transportation with regards to investment
costs as well as operating costs. This is essentially due to high
development costs for the wings and the hull that are
nowadays produced by almost hand labour technologies.
Furthermore, the maintenance costs are also significantly
higher than those supported for other fast means of
transportation, even because of more complex propulsion and
stabilization systems. Saving the development costs will be
possible by a meaningful research about wings and hull
materials and manufacturing technologies, whereas the fuel
consumption could be reduced by an opportune hydro-dynamic
study of wings profile and the propulsion systems monitoring.
Furthermore, fast ships are required to be more and more
passengers comfortable and environmental-friendly especially
for those operating in precinct areas. The latter represent some
of the meaningful goals that the project aims to gain. The result
of such a study will lead to: develop a prototype on which the
sea tests will be performed in order to verify the effectiveness
of the introduced innovation; increase the Company return
arising from a better service at lower costs; sail new routes with
an increasing number of passengers (both residents and
tourists) with consequent improvements in occupational terms.
11/2003
to
10/2007
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
4.443,
Develop
ment: k€
2.104,
Educatio
n: k€ 780
- Funding
institutio
n: MIUR
CORE
PARTICIPANT
S
Palermo,
Ustica Lines,
CNR ITAE
38495 Aker Yards
S.A. FR,
FINCANTIERI
S.p.A., Meyer
Werft DE,
Navantia S.A.
ES,
MAIN
R&I
AREAS
Maritim
e
Transpo
rt
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
MVDC
(www.mvdc.it)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Integrated electrical
system with medium
voltage direct current
distribution for large
ships with electrical
propulsion.
Regional
& SubRegional
Eng.
PierCipri
ano
Rollo;
Eng.
Marco
Tabai
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
October verificare nella tabella della leading company
1st, 2010
- 40
months
FINCANTI
ERI S.p.A.
Maritim
e
Transpo
rt
BARCOTICA
Integrated system for
smart boat
Regional
& SubRegional
Mr
Fabrizio
IARRERA
Monte
Carlo
Yachts
S.p.A.
October verificare nella tabella della leading company
1st, 2010
- 34
months
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Flensburger
Schiffbau
Gesellschaft
mbH & Co. KG
DE, Estaleiros
Navais de
Viana do
Castelo, S.A.
PT
1.000 k€ 1.RINAVE
(today
CoDitenave)
financed 2.Blu Electra
by
S.r.l.
Region
3.Università
Friuli
degli Studi di
Venezia Trieste
Giulia
4.AREA
(POR –
Science Park
FESR
5.Politecnico
2007di Milano
2013)
999 k€
1.Teorema
Engineering
CoS.r.l.
financed 2.Eidon Kaires
by
S.r.l.
Region
3.Università
Friuli
degli Studi di
Venezia Udine
Giulia
4.AREA
(POR –
Science Park
FESR
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
Maritim
e
Transpo
rt
Research
Project
ITS (Intelligent
Transportation
System)
National
Politecni
co di
Milano
1/03/201 The project focuses on Intelligent Transport Systems (ITS), with
4 & three particular reference to applications in the field of freight
years
transport. Specifically, the project includes research and
development aimed at the design and development of ICTbased solutions to support logistics and transport processes,
with a particular focus on the multimodal transport of goods.
Maritim
e
Transpo
rt
FP7TRANSPORTJOULES
Joint Operation for
Ultra Low Emission
Shipping
EU
Flensbur 06/2013
ger
to
Schiffbau 05/2017
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
20072013)
754,8 &
MIUR
CORE
PARTICIPANT
S
ATS1 (IDS,
Optisoft, Ride
The Wave,
Vitrociset),
Telecom Italia
, Politecnico
di Milano,
Almaviva,
CNIT, ATS 2
(Ambrogio
Trasporti,
Exprivia,
Hupac SpA,
Iveco,
MW Italia
SpA),
Politecnico di
Torino, ATS3
(Aitek, Gruppo
Sigla, IB srl,
Idnova,
Mobisys,
Rotas,
Softeco, Star,
Tesi SpA)
14981 Flensburger
SchiffbauGesellschaft
mbH & Co. KG
(Coordinator),
et al.
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Maritim
IT-FR
e
Marittimo
Transpo
2007-2013
rt
TITLE
SCALE
LOSE
EU
Maritim
e
Transpo
rt
Maritim
e
Transpo
rt
Smart
Specialisation
Strategy
Maritime Smart
Specialisation
Regional
& SubRegional
Navigo
FP7TRANSPORTMOSAIC
Materials Onboard:
Steel Advancements
and Integrated
Composites
EU
Maritim
e
Transpo
rt
FP7TRANSPORTMESA
MESA - Maritime
Europe Strategy
Action - FOSTER
Waterborne
EU
CETENA
(Centro
per gli
Studi di
Tecnica
Navale)
CESA SEA
Europe
Maritim
e
Transpo
rt
www.mesp.org MESP Managing the
Environmental
sustainability of ports
for a durable
development
EU
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Province
of Lucca
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
Period
The main objective of the project is LOSE declined in an
2012-15 articulated system of targeted actions aimed at solving specific
problems in a specific area and on the following lines:
1.mobility and transport dangerous goods along the dangerous
road and motorway networks; 2. transport dangerous goods in
port areas of interconnection with the urban
centers;3.transport dangerous goods in river areas.
period
Participation in the formulation of national and regional Smart
2012Strategy for boating .
2015
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
09/2012
to
08/2015
3996 National
Technical
University of
Athens, et al.
09/2013
to
08/2016
1996 Community of
European
Shipyards
Associations
asbl
(Coordinator),
EUROPEAN
COMMUNITY
Shipowners
Associations
et al.,
1388k € University of
Genova
Universit June 1,
y of
2012
Genova
The intensification of maritime traffic, both in terms of goods
and passengers, needs to be accompanied by an
environmentally sustainable management of port areas so to
reduce harmful consequences for local populations. MESP
addresses the reduction of water, air and noise pollution
deriving from port activities through the implementation of a
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
National
FC
Maritim
e
Transpo
rt
SISTEMI
NAVALI DI
NUOVA
GENERAZIONE
Mobilità sostenibile
Maritim
e
Transpo
rt
FP6-SUSTDEVMC-WAP
Molten-carbonate fuel EU
Cells for Waterborne
APplication
Maritim
e
Transpo
rt
NG
SHIP(www.ngs
hip.com)
Natural gas for ship
propulsion
Regional
& SubRegional
CETENA
(Centro
per gli
Studi di
Tecnica
Navale)
Mr Yves
BUI
Wärtsilä
Italia
S.p.A.
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
multidisciplinary approach, which encompasses technological,
regulatory and administrative solutions.
10/2009 Il Programma ha l’obiettivo di innovare la sistemistica e
to
l’impiantistica di bordo, tramite lo sviluppo di sistemi navali
09/2013 innovativi efficienti ed ecologici che contribuiscano a ridurre i
consumi energetici e di conseguenza i costi di gestione e di
operatività della nave, a ridurre l’impatto ambientale del
sistema nave, a rendere maggiormente automatizzata ed
affidabile la gestione di esso ed a migliorare il comfort e la
sicurezza a bordo tanto dell’equipaggio quanto dei passeggeri.
09/2005 Il progetto ha lo scopo di applicare a bordo di navi di grandi
to
dimensioni una tecnologia per la generazione di potenza
08/2010 basata sulle Molten Carbonate Fuel Cells alimentate da un gas
di sintesi ottenuto dal reforming del combustibile navale.
October
1st, 2010
- 24
months
The project aimed to carry out the first study of the feasibility
and cost effectiveness for the realization of the first LNG plant
on a medium-sized long-range cargo ship.
Results:
- analysis of the world's maritime traffic and, identification of
the 5 types of ships suitable for the installation of LNG
propulsion systems and of strategic areas for the installation of
LNG supply terminals;
- study of the energy flows of the system by applying innovative
solutions: heat recovery systems, the use of fuel cells as electric
generators on board;
- definition of an innovative layout of power supply;
- development of a computational model for the calculation of
the thermodynamic properties and composition of natural gas
(NG) in both liquid and gas phases;
- use of the innovative solution of BOG (Boil Off Gas) for the
production of electrical energy on board by fuel cells;
- upgrade of the RINA "Rules for Classification of Ships" in the
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
2696700 AVIO, CETENA,
0 CMT Srl,
CO.E.S. SpA,
CTM,
ECOSPRAY
Tech., ESARC,
Eusebi et al.
15948 FINCANTIERI
S.p.A. IT,
ANSALDO
FUEL CELLS
S.p.A IT, et al.
900 k€
Cofinanced
by
Region
Friuli
Venezia
Giulia
(POR –
FESR
20072013)
1.Cenergy
S.r.l.
2.Energy
Automation
S.r.l.
3.Navalproget
ti S.r.l.
4.RINA
Services S.p.A.
5.Università
degli Studi di
Trieste
6.Università
degli Studi di
Udine
7.AREA
Science Park
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Maritim
e
Transpo
rt
SUPEPANAMAX Nave da crociera
National
FC
Maritim
e
Transpo
rt
Maritim
e
Transpo
rt
Enterprise
Networking
NET-Y
Regional
& SubRegional
Nextwor
ks srl
EU FP7
NextMUSE nextmuse.cscs.
ch
Next generation
Multi-mechanics
Simulation
Environment
EU
Ecole
Centrale
de
Nantes
(FR)
Maritim
e
Transpo
rt
Carico Pagante
Nuovi criteri di
progettazione navale
integrata in ambito di
ottimizzazione degli
spazi.
National
FC
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
section dedicated to ships propelled by gas-powered engines in
2012.
07/2009 Il Programma si concentra sulla futura generazione di navi da
to
crociera denominata SuperPanamax, la cui innovazione si
06/2013 sostanzia, nelle seguenti caratteristiche generali di prodotto:
• stazza lorda alle 100.000 Tsl
• almeno 1200 cabine passeggeri, 2 ponti dedicati alle aree
pubbliche chiuse (ristoranti, teatri, sale da ritrovo, ecc.) ed 1
ponte per quelle aperte (piscine, tennis, ecc.), per avvicinarsi al
segmento overpanamax;
• velocità contrattuale di di 21.0-22.5 nodi e massima fino a
24.5 nodi (fino al 15% superiore a quelle attuali), per assicurare
l’operatività da porti periferici rispetto all’area di crociera
period
NET-Y: a competitive tool to face an highly innovative sector,
2012available through the synergy among highly specialized
2015
partners continuously engaged in research and development.
01/04/20 In the NextMuSE team, visualisation and HPC specialists are
09 - 3
working with engineers from diverse application areas who
years
require more advanced and interactive simulation tools. The
goal of NextMuSE is to create a simulation technology that is
robust and accurate enough to deal with the most challenging
physical phenomena in industry (e.g. simultaneous fluid and
solid mechanics in a ship under extreme wave loading).
NextMuSE relies on a mesh-free method, Smoothed Particle
Hydrodynamics (SPH), which is fundamentally different from
conventional finite element or volume techniques.
07/2010 Al fine di garantire una maggiore redditività e attrattiva delle
to
navi cruise, il progetto è orientato a massimizzare le
12/2013 volumetrie, quindi implicitamente ridurre i consumi, destinate
al carico pagante a parità di stazza, ovvero minimizzando gli
spazi tecnici e di servizio su navi da crociera di medie e grandi
dimensioni.
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
1541600 FC
0
249/182
0
(funding)
Europea
n Union
FP6 ???/????
(actual
costs)
Ecole Centrale
de Nantes,
(France), CNRINSEAN (IT), et
al.
1610230 FC
5
MAIN
R&I
AREAS
Maritim
e
Transpo
rt
Maritim
e
Transpo
rt
Maritim
e
Transpo
rt
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Efficie
nt
energy
,
naviga
tion,
fisheri
es
TITLE
SCALE
PIN
Regional
& SubRegional
Ministry for
Education and
Research
(MIUR) - 20072013 N.O.P. for
Research and
Competitivenes
s (Cod.:
PON02_00153_
2939517)
PON TESEO Tecnologie ad alta
Efficienza per la
Sostenibilità
Energetica ed
ambientale On-board
National
PORTE TAGLIA
FUOCO
INNOVATIVE
PORTE TAGLIA FUOCO Regional
INNOVATIVE
& SubRegional
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Navigo
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
period
Project PIN , Promotion Manager of the life cycle of the craft ,
2008Improving environmental sustainability , development marinas ,
2010
Digitizing district , Optimizing supply / demand training
Cons. di
ric. per
l'innovazi
one
tecnolog.
, Sicilia
Trasporti
Navali,
Commer
ciali e da
Diporto
scarl
36
months:
01/07/20
1230/06/20
15
The activities of the project include development objectives
aimed, on the one hand, the integration of new energy
technologies (which represent the state of the art in the field of
information technology with high efficiency and low
environmental impact) on board of vessels of different types
such yachts / sailing boats, mega yachts and fishing boats, and
secondly, the development of energy technologies with strong
character dedicated specifically to the application of innovation
in the shipbuilding industry in the medium and long term.
Effective on-board application will be enabled through the
results of this project.
FC
10/2011
to
06/2014
La ricerca si propone di sviluppare nuove tipologie di porte
tagliafuoco lavorando su tre aspetti principali:
- l’interfaccia tra la porta e la struttura nave
- la riduzione del peso e delle dimensioni degli elementi
principali costituenti la porta
- la modifica di elementi costituenti la porta per renderla
collassabile in presenza di battenti predefiniti
La parte riguardante l’interfaccia porta-telaio si propone di
valutare le ricadute tecniche e economiche di soluzioni
alternative al sistema diretto di saldatura della porta sulla
parete, in maniera da svincolare quanto più possibile da un
punto di vista strutturale la porta stessa dalla parete su cui va
ad appoggiarsi. L
Nei riguardi del secondo aspetto di studio, le porte tagliafuoco
sono passibili di un’evoluzione che consenta di ottimizzare il
peso e le dimensioni, nel rispetto dei vincoli derivanti dalla
necessaria conformità ai requisiti di classe al fuoco e di
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
14.152.8
36,00
(247.620,
00)
IAMC-CNR, as
a consortium
member
(Cons. di ric.
per
l'innovazione
tecnolog.,
Sicilia
Trasporti
Navali,
Commerciali e
da Diporto
scarl) et al.
1057550 FINCANTIERI,
NANOXER,
OFFICINE
DELBELLO,
NAVALSUPLIE
R,
UNIVERSITA’
UDINE, FRIULI
INNOVAZIONE
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
Maritim
e
Transpo
rt
Maritim
e
Transpo
rt
Enterprise
Networking
PRISMA
National
FLUMARTURB
Progettazione
fluidodinamica di
turbomacchine per
impianti marini di
energia a basso
impatto ambientale
Regional
& SubRegional
Maritim
e
Transpo
rt
PRODIFCON
Progettazione
integrata, Difesa e
Controllo nave
militare
Regional
& SubRegional
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
prestazione strutturale. I miglioramenti prevedono l’utilizzo di
materiali isolanti innovativi.
Il terzo campo di studio riguarda la definizione di porte
tagliafuoco che, pur mantenendo le caratteristiche di classe al
fuoco attuali, siano collassabili in presenza di battenti d’acqua
predefiniti, permettendo così di semplificare notevolmente la
configurazione di alcune aree tecniche della nave, riducendo
tempi e costi di allestimento.
Navicelli Period
The network was established with the aim of increasing the
Spa
2012penetration of the participating companies on domestic and
2015
international markets linked to the area of mobility of land and
ocean surface
FC
01/2013 Progettazione fluidodinamica di turbomacchine per impianti
to
energetici marini, relazionata al crescente utilizzo e sviluppo in
12/2016 campo navale e adeguata alle richieste dal mercato:
compattezza e minor peso a parità di potenza, maggiore
rendimento e riduzione dell'impatto ambientale. L'attività di
ricerca seguirà tre linee operative:
- progettazione fluidodinamica di turbine a vapore compatte
per impianti propulsivi navali a basso impatto ambientale
- progettazione fluidodinamica di pompe centrifughe ad elevate
prestazioni e basso impatto ambientale
- sviluppo di un software per analisi CFD di vasche e canali di
adduzione di acqua di mare alle stazioni di pompaggio e di uno
strumento di ottimizzazione della geometria delle celle di
aspirazione delle pompe
ORIZZON 09/2012 Il progetto riunisce le realtà della piattaforma nave con quella
TE S.N.
to
del carico pagante, perseguendo il concetto di Whole WarShip
08/2015 (WW), in tutte le fasi della vita dell'unità:
- dalla progettazione - sviluppando una nuova metodologia che
consenta di supportare la fase critica della definizione della
configurazione nave
- attraverso il supporto decisionale - sviluppando un prototipo
di sistema finalizzato ad integrare le informazioni rese
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
6442000 FINCANTIERI,
UNIVERSITA'
DI GENOVA,
TERMOMECC
ANICA POMPE
5103500 ORIZZONTE
S.N.,
FINCANTIERI,
SELEX-ES,
SEASTEMA,
UNIGE, IBR
SISTEMI,
MAST
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
Maritim
e
Transpo
rt
Supporto
logistico
ambientale
Progetto di
National
innovazione
tecnologica per navi e
sistemi per la
sicurezza, il controllo
del mare ed
operazioni di supporto
logistico/ambientale.
Maritim
e
Transpo
rt
Navred@cruise Reduction of noise
and vibration on
board of the new
generation cruise
ships
Regional
& SubRegional
Maritim
e
Navred@cruise RIDUZIONE DEL
RUMORE E DELLE
VIBRAZIONI A BORDO
Regional
& SubRegional
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
disponibili al comandante dal Sistema di Combattimento e dalla
piattaforma
- alla vita operativa – analizzando un moderno scenario
operativo (“minaccia asimmetrica”) in cui operano le Unità
Navali e l’intreccio tra piattaforma e Sistema di Combattimento
è di estrema criticità
FC
07/2010 Finalità del progetto è quello di ottemperare ad un
to
imprescindibile miglioramento tecnologico del prodotto navi
12/2013 adibite ad operazioni di controllo del mare, in termini di
prestazioni, sicurezza ed impatto ambientale in un ambito di
sostenibilità economica del mercato. Saranno sviluppate le
tecnologie ritenute fondamentali per affrontare le esigenze
progettuali del prodotto nave determinando la possibilità di
progettare ed offrire a diversi armatori serie di navi
maggiormente competitive e rispondenti alle esigenze di
mercato.
Marinoni June 1st, The project aims to look for innovative solutions to reduce the
S.p.A.
2014 - 24 noise and vibration impact on humans and on the environment,
months through the optimization of vibro-acoustic insulations, of
passive silencers and of vessel dynamic response under
operative extreme conditions.
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
MARINO
NI S.P.A.
TBD
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
1335538 FC
7
500 k€
1.DITENAVE
Scarl
Co2.Università
financed degli Studi di
by
Trieste
Region
3.Università
Results: project in progress
Friuli
degli Studi di
Venezia Udine
Giulia
4.Cergol
(PAR –
Engineering
FSC
Consultancy
2007S.r.l.
2013)
5.DLM S.r.l.
6.FINCANTIERI
S.p.A.
Ricerca di nuove soluzioni per la riduzione dell’impatto acustico
500000 DLM,
e vibratorio indotto sull’uomo e sull’ambiente interno ed
MARINONI,
esterno alla nave dagli impianti tecnici e dall’attività umana,
CERGOL
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Transpo
rt
Maritim
e
Transpo
rt
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
RITMARE - SP1 Maritime
Technologies for the
development and
construction of a
demonstration vessel
National
CNRINSEAN
SAND project
Regional
& SubRegional
Navigo
DELLA NAVI DA
CROCIERA DI NUOVA
GENERAZIONE
Progetto
Bandiera La
Ricerca Italiana
per il Mare www.ritmare.it
Maritim
e
Transpo
rt
Maritim
e
Transpo
rt
TITLE
Research
Project
SeaBILLA—Sea Border EU
Surveillance
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
attraverso l’ottimizzazione delle prestazioni delle isolazioni
vibro-acustiche, dei silenziatori passivi e della risposta dinamica
delle strutture nave con applicazioni a specifici casi di condizioni
di lavoro estreme.
2011 The Project aims at testing various kinds of energy generation
2016
using different kinds of fuel and on-board energy recovery
systems and, in general, to test new technologies with at sea
experiments. The refitting of the Italian oceanographic fleet is
also a major achievement.
SAND project , in collaboration with the Municipality of
Viareggio, Lucca Industry Association , a project of
administrative simplification and dematerialisation of the
process related to the transport of exceptional recreational
craft and their components
Professor 1/06/201 The SeaBILLA proposal aims to 1) define the architecture for
Luca
0 & 45
cost-effective European Sea Border Surveillance systems,
Facheris months integrating space, land, sea and air assets, including legacy
systems; 2) apply advanced technological solutions to increase
performances of surveillance functions; 3) develop and
demonstrate significant improvements in detection, tracking,
identification and automated behaviour analysis of all vessels,
including hard to detect vessels, in open waters as well as
close to coast. SeaBILLA is based on requirements for Sea
Border Surveillance defined by experienced operational users.
These requirements have been transformed into Scenarios
representative of gaps and opportunities for fruitful
cooperative information exchange between Members States a)
for fighting drug trafficking in the English Channel; b) for
addressing illegal immigration in the South Mediterranean; c)
for struggling illicit activities in open-sea
in the Atlantic waters from Canary Islands to the Azores; in
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
ENGINEERING
, UniUD,
UniTS,
Distretto FVG
1550000 CINFAI, CNR
0 - MIUR (INSEAN,
IAMC, IBF, ICB,
ICTP, IENI,
IREA, ISMAC,
ISMAR, ISSIA,
IST. MOTORI,
ISTEC, ITAE)
period
20082010
368,952
& EU
SELEX SISTEMI
INTEGRATI
SPA - ALENIA
AERONAUTICA
SPA et al.
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
Maritim
e
Transpo
rt
Impro http://seatolan SEATOLAND EU
vemen d.eu
Connection of ports to
t of
their hinterland.
sea
accesi
bility
and
transit
capabi
lities
giving
priorit
y to
multi
modali
ty and
interm
odality
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
coherence with the EU Integrated Maritime Policy, EUROSUR
and Integrated Border Management, and in compliance with
Member States sovereign prerogatives. The project will provide
concrete added value and benefits for users, by providing a
solution that can be implemented at national and EU level to
increase effectiveness, pool resources and address Maritime
Security and Safety challenges; for world competitiveness of
EU industries, by increasing knowledge and reducing risks for
future product investments; for European citizens, by providing
effectively deployable solutions for law enforcement along the
European sea borders. SeaBILLA will be carried out by a
reliable team of major European system integrators, technology
providers and leading research organizations, establishing
strong links with several EU and national projects and assuring
worldwide exploitation of project results.
Municipa Septemb The project is framed within the regional cooperation program
lity of
er 27,
MED, within its level 3 prioritization axis "mobility and
Sevilla
2010;
accessibility improvement to lands" and, in turn, within its aim
end:
3.1 "Improvement of sea accesibility and transit capabilities
April 3,0 giving priority to multimodality and intermodality".
2013
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
1663 k €
Seville City
Council Leader of the
project (Spain)
et al.
Port Authority
of
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Maritim
FP6-SUSTDEVe
SHIPMATES
Transpo
rt
TITLE
SCALE
SHIPrepair to
MAintain Transport
which is
Environmentally
Sustainable
EU
Maritim
e
Transpo
rt
EU FP7 SILENV
http://www.sil
env.eu
Ships oriented
Innovative solutions
to reduce Noise and
Vibrations
EU
Maritim
e
Transpo
rt
SIS-PRECODE
SIS-PRECODE
National
Maritim
e
CORRENTE
CONTINUA A
Sist. Elettr. Integrato
Regional
con distribuz. In media & Subtensione a corrente
Regional
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
SHIPBUIL
DERS
AND
SHIPREP
AIRERS
ASSOCIA
TION
DCNS
(FR)
RINA
FC
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
06/2004
to
05/2007
01/10/20 SILENV is a response to the requirement to solve/alleviate the
09 - 38
fundamental problems related to noise and vibrations within
months the context of the maritime transport. Among the many issues
of this project, it’s worth mentioning the sea acoustic pollution
and its negative effects on marine wildlife, the comfort of
passengers onboard, the disturbance for harbor area residents,
the health safeguarding for crews and the many aspects
concerning the international regulations on noise emission.
Existing experimental data from main types of ships were
analyzed and on-site measurements were carried out to
identify the most critical sources of noise and vibrations.
01/2007
(36 Mesi) L’ analisi dei requisiti attesi di prodotti è stata sviluppata
considerando due diversi aspetti:
• Analisi dinamica di un Fast Motor Yacht di ultima generazione
• Simulazione FEM e monitoraggio con estensimetri del varo di
un Motor Yacht da 130m stuccato,
La caratterizzazione degli stucchi epossidici è stata condotta
con campagna di prove sperimentali su materiale bulk e su
provini con supporto metallico primerizzato e stuccati. Le
prove sono state poi simulate a calcolo FEM non lineare per
poter estrapolare i valori di deformazione massima ammissibile.
Tali valori sono stati assunti come limite ammissibile di
deformazione nel calcolo FEM del Motor Yacht stuccato.
10/2010 Il progetto di ricerca industriale valuta, da un punto di vista
to
tecnico-scientifico, l’implementazione di un sistema elettrico
06/2014 integrato con distribuzione in media tensione a corrente
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
3447
CORE
PARTICIPANT
S
A&P Tyne Ltd
UK et al.,
BIURO
250/348 DCNS (FR),
7
CNR-INSEAN
(funding) et al
Europea
n Union
FP6 335/507
6 (actual
costs)
5561488 ATLANTICAPERSEVERANZ
A-RINA-APIFINCANTIERIBENETTI BOERO
1000000 FINCANTIERI,
BLU ELECTRA,
UNIVERSITA’
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Transpo
BASSA
rt
TENSIONE
Maritim
e
Transpo
rt
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
National
Selex
Elsag
continua per grandi
navi a proprulsione
elettrica
SlimPORT/Indu SlimPORT Sicurezza,
stria2015
Logistica ed
InterModalità
Portuale
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
continua in grandi navi a propulsione elettrica.
Il progetto analizza i 3 sottosistemi fondamentali legati
all’introduzione della corrente continua: generazione,
distribuzione e utilizzazione.
Il progetto si prefigge di evidenziare nuove opportunità legate
all’introduzione della corrente continua:
- riduzione del volume del sistema di generazione;
- miglioramento del comportamento dinamico della rete
elettrica nelle situazioni in cui vi sia una richiesta improvvisa di
potenza elettrica;
- miglioramento della risposta e della riconfigurabilità in caso di
guasto della rete elettrica in corrente continua;
- miglioramento del controllo della potenza elettrica nelle varie
condizioni operative della nave.
01/05/20 Il progetto SlimPORT, volto a sviluppare nuove tecnologie per
09 & 36 migliorare l’efficienza dei processi operativi in ambito portuale
months e retro-portuale, è stato realizzato nell’ambito del Programma
Industria 2015 - tema Mobilita’ Sostenibile - del Ministero dello
Sviluppo Economico ed ha previsto lo sviluppo di 13 sistemi
prototipali, realizzati da un ampio partenariato comprendente
Aziende ed Enti di Ricerca coordinati dalla società Selex Elsag
(Gruppo Finmeccanica). Le tecnologie realizzate integrano
soluzioni modulari con lo scopo di velocizzare le operazioni
portuali, per merci e passeggeri, minimizzando l’impatto
ambientale; incrementare l’ intermodalità della catena logistica;
migliorare la sicurezza nelle operazioni portuali. Le soluzioni
coprono le principali attività che si svolgono nell'ultimo miglio
mare - primo miglio terra, dalla navigazione in rada al controllo
ambientale delle acque portuali, dalla gestione dell’attracco e
del carico/scarico merci alla gestione dei piazzali con particolare
attenzione alle merci pericolose, dalle operazioni doganali al
trasferimento merci tra porto e retro porto per ferrovia o per
strada.
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
DI TRIESTE,
POLITECNICO
DI MILANO,
AREA SCIENCE
PARK, RINAVE
11.350
K€ &
Governo
Italiano,
Minister
o
Sviluppo
Economi
co
SelexElsag, et
al.
MAIN
R&I
AREAS
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
FC
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
39083 Il progetto si prefigge di sviluppare e validare un sistema per
l’abbattimento delle emissioni, sperimentando tecnologie
innovative nell’ambito del seawater scrubbing (lavaggio con
acqua di mare, eventualmente additivati) e della riduzione
catalitica delle emissioni inquinanti, e realizzando la completa
integrazione tra le diverse tecnologie, così da permettere
l’abbattimento di quegli inquinanti (SO2, NOx, particolato - PM)
primario oggetto di controllo normativo.
07/2004
to
12/2007
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Maritim
ECOMOS
e
Transpo
rt
TITLE
SCALE
Soluzione avanzate di
abbattimento dei gas
di scarico delle navi
per le motorways of
the sea
National
Maritim
e
Transpo
rt
Res. Fund for
Coal and Steel
SOLVSTIR
Solving Welding
Problems by the use
of Friction Stir
EU
GKSS FORSCH
UNGSZE
NTRUM
GEESTHA
CHT
GMBH
Maritim
e
Transpo
rt
Maritim
e
Transpo
rt
www.somain.it SOMAIN
Regional
& SubRegional
Navigo
period
20102012
EU FP7
Strategic research for
STREAMLINE - innovative marine
http://www.str propulsion systems
eamlineproject.eu/
EU
Rolls
Royce
PLC (UK)
01/03/20 STREAMLINE project developed techniques and tools for
10 - 4
enhanced marine propulsion hydrodynamics efficiency. Studies
years
included new propulsion systems (large area propulsion,
biomechanical foils and distributed thrust) and optimisation of
state-of-the-art propulsion systems (screw propulsion, podded
and contrarotating propellers, water-jets). Advanced new
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
6200000
CORE
PARTICIPANT
S
FC, RAM
1055 CORUS UK Ltd.
(GB), Danish
Stir Welding
Technology
(DK),
Fincantieri
S.p.A. (IT),
OCAS
Onderzoeksce
ntrum voor
Aanwending
van Staal N.V.
(BE),
Universität
DuisburgEssen (DE)
Project SOMAIN : new materials, new design patterns , new
techniques of management of the life cycle craft
980/800
0
(funding)
Europea
n Union
FP7 -
Rolls Royce
PLC (UK), CNRINSEAN (IT),
MARIN (NL)
MAIN
R&I
AREAS
Maritim
e
Transpo
rt
Maritim
e
Transpo
rt
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
S.A.S.C.A.R.(w
ww.sascar.it)
TITLE
SCALE
Study and application Regional
of active noise control & Subsystems on pleasure
Regional
boats and ships
EU FP7 SONIC - Suppression of
http://www.so underwater noise
nic-project.eu induced by cavitation
EU
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
computational methods for hydrodynamic design and
optimisation have been developed and model tests have been
done for validation and verification.
Eng.
October
Gabriele 1st, 2010
CASTELLI - 28
months
Esion
S.r.l.
MARIN
(NL)
The project aimed to study the development and application of
a system for active noise control dedicated to the control of
emissions with low frequency components propagated by some
systems on board (eg. ventilation and air conditioning systems,
generators) with the goal of making more comfortable and
enjoyable the navigation experience for passengers and reduce
the exposure to noise of the crew.
Results:
- a data base about the noise produced by the ships or yachts
systems on board;
- the hardware and software parts of an ANC (Active Noise
Control) system, which is effective, economical and versatile
against various problems that can be encountered on boats.
01/10/20 The aim of SONIC project is to develop tools to investigate and
12 - 3
mitigate the effects of underwater noise generated by shipping,
years
both in terms of the footprint of individual ships and of spatial
distribution of sound from a large number of contributing ships.
The project`s objectives are: (1) to enhance the understanding
of noise generated by a cavitating ship propeller; (2) to validate
predictions of noise levels for individual ships, and to classify
ships based on simplified noise models; (3) to map the noise
generated by shipping in general and to propose mitigation
measures for quietening the oceans.
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
1298/10
900
(actual
costs)
770 k€
Cofinanced
by
Region
Friuli
Venezia
Giulia
(POR –
FESR
20072013)
301/300
0
(funding)
Europea
n Union
FP7 400/420
0(actual
costs)
CORE
PARTICIPANT
S
1.Università
degli Studi di
Udine 2.Friuli
Innovazione
3.RINAVE
(today
Ditenave)
MARIN (NL),
CNR-INSEAN
(IT), HSVA
(GE), Univ. of
Newcastle
(UK), Univ. of
Southampton
(UK), CETENA
(IT), Wartsila
(SE), Rolls
Royce (UK),
Navantia (ES),
TNO (NL),
Univ.
Chalmers (SE),
Germanisher
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Maritim
e
Transpo
rt
Sustai PON02_00153_ Sviluppo di Tecnologie Regional
nabilit 2849085
Innovative per il
& Suby,
trattamento dei rifiuti Regional
efficie
liquidi della
nt
navigazione finalizzate
energy
alla Tutela
dell’Ambiente Marino
(STI-TAM)
CNR ITAE 36 MESI:
dal
01/07/20
12 al
30/06/20
15
Maritim
e
Transpo
rt
Sustai PON02_00153_ Sviluppo di Tecnologie Regional
nabilit 2939551
Innovative per la
& Suby,
Sostenibilità
Regional
efficie
Energetica e
nt
Ambientale di cantieri
energy
navali ed aree
PORTuali (SEA-PORT)
CNR ITAE 36 MESI:
dal
01/02/20
12 AL
31/01/20
15
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Lloyd (GE),
ARTTIC (UK)
The main objective of the STI-TAM project is to propose a
66837 Associati a
integrated system for removal of pollutants from liquid waste
NAVTEC: CNR
from shipping activities, including bilge water and washing
ITAE (Me),
water, particularly tanks of oil tankers produced by the
CNR ISMN (Pa)
activities of navigation and maritime transport. This will be
CNR IAMC
achieved through bench and pilot plant scale with the following
(Me),
prototype development, the implementation of which will be
UNIVERSITA'
the main result of industrial research.
DI CATANIA,
UNIVERSITA'
DI MESSINA,
UNIVERSITA'
DI PALERMO,
FINCANTIERI
SpA, NICO
SpA,
CANTIERE
NAVALE DI
AUGUSTA.
The project "SEAPORT" is divided into several development
61.992,2 Associati a
objectives, each of which focuses on different aspects which
4
NAVTEC: CNR
have, however, one common denominator: the upgrading of
ITAE (Me),
energy and environmental yards and port areas. Further
CNR ISMN (Pa)
evaluation of the nature of energy and environmental systems
CNR IAMC
include the study of experimental able to take advantage of the
(Me),
wave energy and innovative technologies for the clean-up of
UNIVERSITA'
the docks.
DI CATANIA,
UNIVERSITA'
DI MESSINA,
UNIVERSITA'
DI PALERMO,
FINCANTIERI
SpA, NICO
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Maritim
e
Transpo
rt
Production
Engineering
Maritim
e
Transpo
rt
FP6-SUSTDEVINMARE
Maritim
e
Transpo
rt
TRIM
Maritim
e
MIUR Cluster
Tecnologici
TITLE
SCALE
Sviluppo standard e
National
logiche di integrazione
scafo-allestimento con
applicazione software
di simulazione ad
eventi discreti
Technologies and
EU
Methodologies for
Safe, Environmentalfriendly and Efficient
Shipping Operations
of the future
Technology and
National
industrial research for
maritime mobility.
Tecnologia e Ricerca
Industriale per la
Mobilità Marina
National
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
FC
07/2010
to
06/2014
Consorzi
o
Armatori
per la
Ricerca
S.r.l
Mr
Emilio F.
CAMPAN
A
04/2004
to
03/2006
January
1st, 2014
- 36
months
Sviluppo di un progetto mediante strumenti di progettazione e
pianificazione di tipo virtual factory per accrescere il profilo
metodologico e promuovere nuove opportunità per la
cantieristica e il business del mare, relativamente al processo di
cost- saving nella costruzione navale e gestione del postvendita.
TRIM is an ambitious work program that tackles some of the
most relevant technological challenges posed by the
national maritime sector, enabling Italy to enhance its
European role as an interface between earth and sea in the
Mediterranean.
Consiglio
The project is basically divided into seven sub‐projects, dealing
Nazional
with (i) weight reduction and vibration levels, (ii) ship’s
e delle
efficiency and more efficient propulsion systems (pump‐jet),
Ricerche
(iii) exhaust emission reduction, (iv) energy management,
– CNR
(v) dual‐fuel engines, (vi) new design tools and (vii) smart
(INSEAN,
monitoring for noise reduction.
IM, IRC,
Each sub‐project includes research and experimental activity in
ISTEC)
an holistic approach shared among research teams and industry
partners.
Results: project in progress
CNR01/01/20 Sea transport has a key role in Italian economy, by contributing
INSEAN
14 - 3
to significant extent the national GDP and using approximately
years
480,000 employees. Research topics related to sustainable
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
SpA,
CANTIERE
NAVALE DI
AUGUSTA.
1395761 FC
7
886 Norwegian
Shipowners'
Association
NO et al.
9.805,5
k€
Cofinanced
by
National
Funds
Gruppo
FINCANTIERI
(Fincantieri –
CETENA –
SEASTEMA) et
al.
1137/??? CNR
?
(INSEAN,IM,IR
(funding) C,ISTEC),
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Transpo
Nazionali rt
TRIM
TITLE
Maritim
e
Transpo
rt
TPE - Rete dei Porti
Turistici per la
sostenibilità
ambientale
IT-FR
Marittimo
2007-2013
SCALE
EU
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Regione
Toscana
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
transport, energy efficiency, quality of products "Made in Italy",
safety, environmental quality, are major technological
challenges. Address them means increasing the
competitiveness of Italian in the production of large cargo
ships, cruise ships and yachts. This objective will be pursued by
addressing several topics of research and innovation, including
new materials, energy efficiency, security of transport ship, onboard comfort. The Innovation in these areas will allow Italy to
increase its role as a European interface to the Mediterranean
area.
The project has the objective of environmental sustainability
and the development of a social boating. The principal activities
involve the establishment of environmental management
systems of marinas and the connected areas productive, as well
as a feasibility study for the construction, rationalization or
improvement of dry ports.
The project also involves research on the technologies needed
to remediate soils and testing of installation of buoies for ecofriendly berths.
Other activity foreseen by the project is the installation of
systems of renewable sources of energy.
The project has the objective of environmental sustainability
and the development of a social boating. The principal activities
involve the establishment of environmental management
systems of marinas and the connected areas productive, as well
as a feasibility study for the construction, rationalization or
improvement of dry ports.
The project also involves research on the technologies needed
to remediate soils and testing of installation of buoies for ecofriendly berths.
Other activity foreseen by the project is the installation of
systems of renewable sources of energy.
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
Italian
Ministry
of
Educatio
n and
Researh 1421/10
910
(actual
costs)
6.000.00
0 euro
CORE
PARTICIPANT
S
Gruppo
FINCANTIERI
et al.
Regione
Sardegna OEC
– ADEC Provincia di
Lucca Provincia di
Olbia Tempio Provincia di
Livorno Regione
Liguria Dip.
Ambiente –
UPPC Camera di
Commercio
Genova Provincia di
Grosseto
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Maritim
PON&REC
e
(CTN01) Transpo
www.ponrec.it
rt
TITLE
SCALE
Maritim
e
Transpo
rt
Maritim
e
Transpo
rt
Ecoinnovation
2012
TV4newood
EU
WDEMaspell
UBE
Underwater Blue
Efficiency
Regional
& SubRegional
Monte
Carlo
Yachts
S.p.A.
TRIM Technology and National
Industrial Research for
Marine
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Cluster
"Trasport
i 2020"
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
01/01/13 TRIM is an ambitious work program that tackles some of the
- 36
most relevant technological challenges posed by the national
months maritime sector. The project is basically divided into seven sub‐
projects, dealing with (i) weight reduction and vibration levels,
(ii) ship’s efficiency and more efficient propulsion systems
(pump‐jet), (iii) exhaust emission reduction, (iv) energy
management, (v) dual‐fuel engines, (vi) new design tools and
(vii) smart monitoring for noise reduction. Each sub‐project
includes research and experimental activity in an holistic
approach shared among research teams and industry partners.
Expected new results are the (i) acquisition of new experience
in reducing the ship’s weight (payload increase) by virtue of
new composite materials and new modular designs and
assembling techniques, avoiding at the same time any possible
increase in the vibration levels, (ii) design and test (at
laboratory scale) new technology for decreasing the ship’s drag
via air‐lubrication (injection of an air layer into the ship’s
boundary layer) or super‐hydrophobic materials; (iii)
development of new techniques for the reduction of NOx
emission via thermo‐fluid dynamics analysis of the exhausts;
(iv) development of e‐tools for an easy, full‐time, capillary
energy management on‐board; (v) the development of tools for
the utilization of LNG and more in general of dual‐fuel; (vi) the
development and test of new design tools including expert
systems and (vii) new tools for the prediction and control of
noise level and propagation.
period
Eco Innovation_ Project for the sustainability of timber on
2012maritime application which involves local SMEs
2015
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
Total: k€
10.910
(Total
Navtec:
k€ 800) Research
: € 9.579
(Researc
h Navtec:
€ 800),
Develop
ment: €
226,
Educatio
n: €
1.105 Funding
institutio
n: MIUR
May 1st, The project aims to search methods of numerical simulation of 499,7 k€
2014 - 24 the state of the particles of the exhaust gas, from the engine to
months the detachment from the hull. It also seeks to test different
Cogeometries and hydro-aerodynamic virtual appendices, so as to financed
CORE
PARTICIPANT
S
Sicilia Navtec,
AzimutBenetti, Perini
Navi, Ustica
Lines, Cetena,
Seastema,
Ditenave,
Fincantieri,
CNR,
Nextworks, IB,
Sultan, Opus
Automazione
1.DITENAVE
Scarl
2.SISSA
3.EIDON Lab.
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
define the optimal geometries for the exhaust gas manifold for
hydrodynamic and environemental emissions purposes.
Results: project in progress
Maritim
e
Transpo
rt
Utilizzo del gas
naturale sulle
navi:soluzioni
impiantistiche
avanzate peer
il
trasportomaritt
imo sostenibile
- NG Ship/POR
FESR 200713/www.ngshi
p.it
Utilizzo del gas
naturale sulle
navi:soluzioni
impiantistiche
avanzate peer il
trasportomarittimo
sostenibile - NG Ship
Regional
& SubRegional
Wärtsilä
Italia
01/09/20 NG ShiP - Natural Gas for Ship Propulsion is an industrial
10 & 24 research project investigating the use of natural gas as a
months propulsion fuel for cargo ships. The project also aims at
developing advanced plant engineering solutions for
sustainable maritime transport. Relevant reduction of
emissions Zero emission of SOx and particulates, -25% of CO2
emission and -85% of NOx production. Unrestricted sailing in
the ECAs. Maritime traffic and economic analysis. A statistical
analysis of the world maritime traffic has identified the most
suitable vessels for the installation of LNG propulsion plants.
Thermo-fluid dynamic analysis of the LNG A very accurate
computational software allows the prediction of the fuel
methan number during the ship's voyage. Fuel cells and energy
storage systems. The use of Boil Off Gas for the production of
electric power through fuel cells is the main innovative solution
of the project. NG ShiP has paid particular attention to all safety
aspects of the LNG propulsion system. All the technological
solutions proposed by the project have been previously
analyzed and validated by RINA Services, one of the project
partners. Following the rule indications emerged during the
course of NG Ship project, RINA has updated, in January 2012,
the gas fuelled ships section of the "Rules for the Classification
of Ships".
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
by
Region
Friuli
Venezia
Giulia
(PAR –
FSC
20072013)
900 K€ &
Commiss
ione
Europea,
Govrrno
italiano e
Regione
FVG
CORE
PARTICIPANT
S
Scarl
4.Università
degli Studi di
Udine
5.Cergol
Engineering
Consultancy
S.r.l.
6.DLM S.r.l.
Wärtsilä Italia,
Cenergy,
Energy
automation,
Navalprogetti,
RINA Services,
Università
degli studi di
Trieste,
Università
degli studi di
Udine,
Consorzio per
l'AREA di
Ricerca
Scientifica e
Tecnologica di
Trieste.
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Maritim
INNAUTIC
e
Transpo
rt
TITLE
SCALE
Verso la creazione di
un sistema integrato
pubblico-privato per
la competitività,
l’innovazione e il
capitale umano nel
settore nautico alto
mediterraneo"
EU
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Regione
Liguria
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
28/06/20 "Ai fini di una maggiore coerenza con la Strategia di Lisbona e di
10 - 36
un aumento della competitività dell’area di
mesi
riferimento, appare fondamentale lo sviluppo di un sistema per
l’innovazione e la competitività del settore
nautico con un sempre più forte carattere di internazionalità.
Riconoscendo come punti di forza le differenze
esistenti tra i territori sia dal punto di vista della produzione
cantieristica che dal punto di vista socioambientale,
il progetto ha come obiettivo generale la delineazione di un
percorso congiunto verso un
distretto dell’alto Mediterraneo che coinvolga le quattro regioni
partner. L’innovazione della nautica deve
concentrarsi su vari aspetti, come la condivisione di buone
pratiche, la realizzazione di servizi alle imprese
già esistenti, la creazione di nuove realtà produttive, il
miglioramento della formazione e l’incremento del
marketing territoriale; tali tematiche, raccordate tra loro
strategicamente, verranno sviluppate nei
sottoprogetti, attraverso azioni di sistema ed azioni pilota con
l’obiettivo di adottare le migliori strategie
transfrontaliere. A livello di Programma e di coerenza della
progettazione strategica, va sottolineato che tutte
le attività dedicate al mondo delle imprese, che siano già
esistenti o di nuova costituzione, sono state inserite
nel progetto strategico “INNAUTIC”, mentre le attività dedicate
ai utilizzatori dei prodotti/servizi offerti dal
mondo dell’impresa, cioè i diportisti/turisti sono state inserite
nel progetto “TPE”. Il collegamento è
rappresentato dalla creazione di un portale unico comune ai
due Progetti strategici sia dagli operatori del
settore sia dai fruitori dei servizi, e nel quale saranno inseriti
anche i dati relativi ai progetti semplici già
operativi (Mistral, Serena, Odissea, etc). Il progetto parte da un
potenziamento della collaborazione tra la
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
6000 k€ FESR+CN
CORE
PARTICIPANT
S
Liguria,
Toscana,
Sardegna,
Corsica
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
Maritim
e
Transpo
rt
FP6-SUSTDEVVISIONS
Maritim
e
Transpo
rt
WWW.YARENE YARE
TWORKING.NE
T
SCALE
Visionary concepts for EU
vessels and floating
structures
EU
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
ricerca e il mondo dell’impresa con lo scopo di creare le
condizioni per aumentare la flessibilità produttiva e
il dinamismo commerciale. Il progetto mira anche alla creazione
di nuove imprese, attraverso la
realizzazione di un polo/cluster transfrontaliero altomediterraneo (insulare/continentale). Un aspetto
ulteriore è rappresentato dalle attività di technology
forecasting e di governance territoriale con lo scopo di
valutare e prevedere i bisogni reali e valorizzare le opportunità
esistenti per lo sviluppo del settore nautico. Il
progetto strategico si propone inoltre di ottenere una
rappresentazione precisa del mercato del lavoro nel
settore della nautica e creare le condizioni per intervenire su
tale mercato, lavorando sul miglioramento
formativo e gestionale, sulla mobilità del lavoro e
relazionandosi con le realtà economiche in cui nasce la
domanda."
04/2005
to
03/2009
CESA
ASBL COMITE
DES
ASSOCIA
TIONS
DES
CONTRU
CTEURS
DE
NAVIRES
EUROPEE
NS
Navigo
period
20122015
Organization of the event in divided into 3 times (events,
business , 365 ) to provide the most comprehensive and useful
overview of the world 's marine refit .
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
5000 IMAWIS Maritime
Wirtschaftsund
Schiffbauforsc
hung GmbH
DE et al.
MAIN
R&I
AREAS
MSP ICZM
MSP ICZM
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
ADRIPLAN
http://adriplan.
eu/
ITALIAN
MINISTRY FOR
THE
ENVIRONMENT
, LAND AND
SEA http://gnoo.bo.
TITLE
SCALE
ADRiatic Ionian
maritime spatial
PLANning. SPECIFIC
CONTRACT No. SI2.
666717- AGREEMENT
NUMBER
MARE/2012/25.
Regional
& SubRegional
ADRICOSM STAR
EU
Integrated river basin
and coastal zone
managements system:
Montenegro coastal
area and Bojana river
catchment
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
CNRSede di
Venezia
Istituto
di
Scienze
del Mare
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
10/12/20 The ADRIPLAN project will improve the ongoing process to
13 (18,20 develop MSP in the region, to overcome barriers of full
M)
participation of all neighboring countries in the process and
promote sound technically/scientifically based political
decisions in order to promote a coherent transnational
approach to the spatial planning of the marine seas.
The study area is the Adriatic - Ionian Macroregion considered
as a whole, zooming into two focus areas, one in the Northern
Adriatic Sea and the other in Southern Adriatic Northern Ionian
Sea. The project will be pivotal to improve the ongoing process
to develop MSP in the Mediterranean and Black Sea:
• by using the best knowledge available
• by evaluating present and future potential conflicts and
synergies among marine and maritime uses
• by applying an ecosystem-based approach to the
management of human activities
MINISTE 2007 RO
2010
AMBIENT
E-CMCCCNR
ISMAR
BO E AN
• through the engagement of the Institutional partners and the
Observers
• through the effective interaction with the key stakeholders
ADRIPLAN promotes the harmonized implementation of the EU
Strategy for the Adriatic and Ionian Region (EUSAIR).
The project is implemented by 17 Partners from 4 countries of
the Adriatic –Ionian Macroregion: 8 Scientific Partners and 9
Institutional Partners (inner circle). 17 Observers (outer circle)
are also contributing to the project.
The project aims to develop and implement the integrated
coastal area, river and urban waters management system. The
area of investigation is the Bojana river Delta and the whole
Montenegro Adriatic coast. The project aims at developing
innovative components such as studies of climate change
impacts on the water resources and sediment transport. This is
a new element of the ADRICOSM Partnership that will be
implemented for the first time, thus contributing to develop
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
€
1.250.00
0,00 Unione
Europea
– DG
Maritime
Affairs
3180000
- 400000
CORE
PARTICIPANT
S
CoNISMa,
CORILA, CNR
et al.
18
MAIN
R&I
AREAS
MSP ICZM
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
ingv.it/adricos
m-star/
http://gnoo.bo.
ingv.it/adricos
m-ext/
MSP ICZM
DG MARE - DG
MARE www.adriplan.
eu
MSP ICZM
Ministry of
Agriculture
Ministerial
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
tools and concepts for the integrated management of the
Adriatic coastal areas.
ADRICOSM-EXTInternatio INGV (IT) settIntegrated coastal zone and river basin management systems
ADRIATIC SEA
nal
2005
are now being developed to answer urgent societal questions
INTEGRATED RIVER
(30M)
such as the sustainable development of coastal areas, the
BASIN AND COASTAL
exploitation of coastal resources and the protection of the
ZONE MANAGEMENT
coastal environment.
SYSTEM
The sustainable development of the coastal areas depends on
the quality of the marine environment, and it is timely to
develop an assessment/forecasting system to enable policy
decisions to be taken in a modern and efficient way.
The major aims of this project are:
- to demonstrate the feasibility of Near Real Time (NRT) coastal
current forecasts;
- to carry out the implementation of a river basin and
wastewater management system in an Adriatic test site;
- to develop the integration of the river system with the coastal
current forecasting.
The key step toward integrated coastal areas and river basin
management system is to connect the catchment basin runoff
and the wastewater management with marine environment
monitoring and forecasting, since the coastal areas are strongly
forced by the drainage basin inputs and disperse these inputs in
a complex hydrodynamic environment.
ADRIPLAN Adriatic
EU
Italy CNR 2013 The project Adriatic Ionian maritime spatial planning will deliver
Ionian maritime
ISMAR
2015
a commonly-agreed approach to cross-border MSP in the
spatial planning
Adriatic-Ionian Macroregion. The projects promotes an
harmonized implementation under an ecosystem based
approach of the EU legislative framework on marine and
maritime issues, including the ICZM Protocol for the
Mediterranean and the new Directive proposal on ICZM-MSP.
BALLO Biofuels from National
Universit 2010 The requirement of the project BALLO is that collected
Algae in the Lagoon of
à degli
2013
macroalgae might represent a potential resource, not
Lesina and Orbetello
Studi di
adequately exploited yet, for the biofuels production.
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
1.000 K€
UNIBO; ENEA
CNR; OGS;
CLU; APAT;
NIB.MBS
(Slovenia);
RBI.MBS
(Croazia); FCEMostar(Bosnia
)
1250000
- 258048
17
247500 68904
2
MAIN
R&I
AREAS
MSP ICZM
MSP ICZM
MSP ICZM
OTHE PROJECT/INITI TITLE
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Decree
26271/7303 / http://www.ec
odynamics.unis
i.it/?p=195
APAT-ISPRA CARG
http://www.isp
rambiente.gov.
it/it/progetti/p
rogetto-cargcartografiageologica-egeotematica
REGIONE
MARCHE -
Enviro http://www.pr
nment ojectcorem.eu
and
Rural
and
Marin
e
produ
ctions
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Siena –
CNR
ISMAR
Lesina
National
APATISPRA –
CNR
ISMAR
BOLOGN
A
2002 2011
CARTOGRAFIA
MARCHE
Regional
& SubRegional
2006 2011
Corem COOPERATION OF
ECOLOGICAL
NETWORKS IN THE
MEDITERRANEAN
EU
GIUNTA
REGIONE
MARCHE
- CNR
ISMAR
BOLOGN
A
REGIONE
AUTONO
MA
DELLA
SARDEG
NA
Assessor
ato
Difesa
dell’Ambi
ente,
April 1st,
2010;
duration
36
months
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Geological mapping of the Adriatic sea in scale 1: 250,000.
1136205
The CARG (Geological CARtography) project launched in 1988
involves the creation of 652 geological and geothematic sheets 1136205
on a scale of 1:50,000 covering the entire national area.
The Project involves the creation of a database supplying more
detailed geological and geothematic maps enabling
cartographic data to be used for many different purposes. It will
provide the cognitive tools – geological data – required for
proper territorial planning and management and, in particular,
for the prevention, reduction and mitigation of hydrogeological
risk.
Program agreement for the geological sea map execution of the
225964
following geological sheets at the scale 1: 50.000: n. 268
Pesaro, n. 269 Fano, 281 Senigallia, n. 282 Ancona, n. 293
Osimo, n. 304 Civitanova Marche
Enhancement of the natural heritage of the ecological network
through cross-border sharing of experiences, models, good
practices and research methodologies, and through the
implementation of cross-border networks and equipment and
intangible assets
6000 k €
60
2
Collectivité
Unità Tecnica
Complessa
RegionaleUnità
Operativa
Attività
Specialistiche
-Provincia di
Oristano- et
al.
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
MSP ICZM
Socioe GOW
conom
ic &
Policy
Resear
ch
Creation of
instruments for water
resources governance
and for the
preservation of the
coastal marine
ecosystem – GOW
(INTERREG IIIA
GREECE ITALY 20002006)
EU
ECHOS PROGETTO
ECHOS
Electronic systems
Applied for the
Protection of
Environment and
Sustainable
Development SEAPASS
(INTERREG IIIA
National
MSP ICZM
MSP ICZM
Socioe SEAPASS
conom
ic &
Policy
Resear
ch
Regional
& SubRegional
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Servizio
Tutela
della
Natura
Regione
PugliaItaly
Comune
di
Otranto
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
18/02/20 The project aims to create tools for the governance of surface
07 (19,67 water resources, groundwater and coastal marine in order to
M)
achieve integrated operations planning, management and
monitoring; the main purpose is to foster actions for reuse of
water for surface water monitoring, for mapping coastal marine
waters potentially affected by discharges, for planning and
ecosystem management, for training of staff provost.
2004 2009
01/04/20
07 (18,27
M)
RILEVAMENTO SITI ARCHEOLOGICI TRAMITE ECOSONDA
Aim of the project
The project aims to the defence and improvement of the
natural environment under risk in the coastal zones where EEC
relevant habitat occur belonging to the Otranto and Patras
territories, developing informative systems useful for the
sustainable management of coastal environment.
Activities carried out
Wave-climate analysis, geomorphologycal mapping of coastal
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
€
945.772,
00 Provincia
di
Brindisi
CoNISMa,
Province of
Brindisi-Italy,
CoNISMaItaly, City of
Brindisi-Italy,
Province of
ZacintoGreece,
A.R.P.A.
Puglia-Italy,
University of
Lecce-Italy,
University of
PatrassoGreece,
Marine
Protected
Area of Torre
Guaceto
-253200
€
946.800,
00 Regione
Puglia
CoNISMa,
"Municipal
enterprise for
planning and
development
of Patras
(GREECE)Comune di
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
GREECE ITALY 20002006)
"
MSP ICZM
LIFE04ENVT/IT/
000479 http://emma.b
o.ismar.cnr.it/
EMMA
EU
Environmental
Management through
Monitoring and
Modelling of Anoxia
CNR
ISMAR
BOLOGN
A
MSP ICZM
REGIONE
TOSCANA GARA SABBIE
Environmental
compatibility study of
the exploitation of
underwater sand
deposits for
nourishment along
the Tuscany
Continental Shelf.
CIMB
Regional
& SubRegional
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
landscape, morphobathymetric and sedimentological survey of
Baia dell'Orte (Otranto) and Punta Aynà (Patras
Achieved results
Thematic mps to support the planning of smart buoys field
which are part of SEAPASS system.
2004 The EMMA project aims to develop a local integrated strategy
2007
for reducing the environmental and socio-economic impacts of
hypoxia and/or anoxic events in coastal areas of the North
Adriatic Sea. It is meant to transfer scientific and technical
knowledge to the local authorities, to raise the awareness on
the use of integrated environmental management systems, and
to enable the diffusion of this model throughout Europe
01/03/20 Aim
09 (31,
Physical, chemical, microbiological and ecotoxicological
43 M)
characterisation of sediments and water column, and
developpement of a mathematical model to be applied to the
transport dynamics of suspended matter. Writing of a
monitoring scheme for the study of the turbidity layer linked to
the dredging.
Activities
Study of the environmental compatibility of the relict sands
(Massa and Piombino caves, Tuscany) for beach-nourishment
use. We will provide data collection and elaboration for the
areas involved, characterisation and analysis of the sands and
caves involved in the dredging, transport and nourishment;
creation of a monitoring scheme for the sampling areas,
transport gangway and nourishment sites.
Results
We characterised the sediments and water column from
chemo-physical and ecotoxicological points of view, and
collected dynamic and turbidity data in the areas involved in
the dredging. Finally, we created a simulation model for the
sediment dispersion during the dredging operations.
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Otranto
(ITALY)
"
1858089
- 903709
€
777.000,
00 Regione
Toscana
11
CoNISMa,
CIRPS,
GEOPOLARIS,
THETIS.
MAIN
R&I
AREAS
MSP ICZM
MSP ICZM
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
AUTORITA'
BACINO
PUGLIA
TITLE
SCALE
Feasibility study for
the integration of
propaedeutic studies
for the preparation of
the extract plan of
the dynamics of the
coasts.
Regional
& SubRegional
Recov ENI-SAIPEM
ery of S.p.A.
habita
t
damag
ed by
huma
n
impact
Genetica di
popolazione di
Posidonia oceanica
National
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
CoNISMa
Fabio
Badalam
enti,
CNRIAMC
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
18/06/20 The activities were aimed at defining the state of knowledge on
09 (8,50 the continental shelves of Puglia, useful for detecting the
M)
possible presence and consistences of marine sedimentary
deposits of sand, suitable for artificial beach nourishment
operations in erosion. These objectives have been achieved
through a literature research, reasoned and detailed
geophysical and sedimentological data, which enabled the
collection and systematization of existing information and
knowledge, unpublished, available to all institutions
participating in the research. The study has involved all the
research groups that: 1) had the most experience and expertise
in the research of possible relict sands on a regional scale, 2)
conducted in the past, marine geology research in Puglia region
and were in possession of data and knowledge on which base
the definition of the state of knowledge, 3) had knowledge of
general geological setting on Puglia and access to studies
carried out locally. The study coordinated by the UR " La
Sapienza" University" (which contributed for point 1), involved
the Local Units of Research of the University of Bari (point 3),
and Sannio (point 2 - Ionian Sea) and the Institute CNR ISMAR
(point 2 - Adriatic Sea).
Start: Jun The project aimed to evaluate the feasibility to use seed and
29st
seedlings coming from P. oceanica meadows located in the
2011.
Sicily Strait for restoration and compensation initiatives in areas
Duration: involved in the deployment of the "GALSI" pipeline. Trough a
18
molecular approach the project performed a genetic
months characterization of the meadows interested by the deployment
of the Galsi pipeline, i.e. those located along the coasts of Porto
Botte and Olbia in Sardinia, Piombino in Tuscany and of the
meadows identified as potential donor bed, located in the strait
of Sicily with the aim to evaluate genetic compatibility of the
biological material. Both adults and seeds coming from the
Sicily strait were collected and analyzed.
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
€
58.334,0
0Autorità
di Bacino
della
Puglia
CORE
PARTICIPANT
S
CoNISMa
76500 CNR-IAMC
MAIN
R&I
AREAS
MSP ICZM
MSP ICZM
MSP ICZM
MSP ICZM
OTHE PROJECT/INITI TITLE
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
http://www.dp MAPS (Marine
2000.it/
Planning and Service
Platform) Piattaform
a informatica per la
pianificazione ed il
controllo
dell’ambiente marino
e lo sviluppo di servizi
a valore aggiunto.
(MAPS)
MAR NERO Riduzione
dell'erosione costiera
sulla costa del Mar
Nero
http://www.g MARCOAST-GMES
mesMarine and Coastal
marcoast.com/ Information Service
Extension and transfer
-
MARINA Modellistica
ad Alta Risoluzione
Integrata del Nord
Adriatica MARINA
SCALE
EU
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Delta
Progetti
(PORFESR per
DLTM)
EU
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
March 1, Development of a digital library to be linked to observational
2014
data
2011 -
Internatio ACRI (Fr)
nal
National
-130000
MarCoast supports long-term sustainable operations for GMES
services in the oil pollution and water quality sectors; as part of
a durable, open, and distributed GMES Service Provision
Network.
It aims to set up standards and working practices for GMES
services in the area of oil pollution and water quality. The
project consortium is formed by 32 experienced partners that
guarantee the performance and quality of the information
delivered,
MarCoast activities go further than providing operational core
services. They include the formation of an infrastructure and
information system, strategy and assessment activities,
validation bureaus, and federation of users according to their
needs.
2011 2012
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
about
400k €
1.000 K€
(fondi
ISAC-CNR
60 K€)
-240000
CORE
PARTICIPANT
S
Delta Progetti,
SYO, ETT, CNR
MAIN
R&I
AREAS
MSP ICZM
OTHE PROJECT/INITI TITLE
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
http://www.str Marine Strategy
ategiamarina.is
prambiente.it/
MSP ICZM
MINISTERO
MEDPOL
AMBIENTE http://www.un
epmap.org/ind
ex.php?module
=content2&cati
d=001017003
MSP ICZM
FP7 EUROPEAN
COMMISSION http://ec.europ
a.eu/maritimea
ffairs/atlas/abo
ut/related_link
s/index_en.ht
m
SCALE
National
EU
MedSea ck-pt
EU
MARE/2012/11 - Lot 2
The Mediterranean
Sea - Growth and
innovation in ocean
economy- Gaps and
priorities in sea basin
observation and data Contract number:
SI2.658137
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
2012Member States shall, in respect of each marine region or
2013
subregion concerned, develop and implement a marine
strategy for its marine waters, make an initial assessment,
determine a set of characteristics for good environmental
status and establish a comprehensive set of environmental
targets and associated indicators for their marine waters to
guide towards achieving good environmental status in the
marine environment.
MINISTE 2008 Support to the Monitoring Plan of the marine sediments in the
RO
2009
Montenegro area, supervising and training local research staff
AMBIENT
on the activities of sediments study.
E – CNR
The MED POL Programme (the marine pollution assessment
ISMAR
and control component of MAP) is responsible for the follow up
BOLOGN
work related to the implementation of the LBS Protocol, the
A
Protocol for the Protection of the Mediterranean Sea against
Pollution from Land-Based Sources and Activities (1980, as
amended in 1996), and of the dumping and Hazardous Wastes
Protocols. MED POL assists Mediterranean countries in the
formulation and implementation of pollution monitoring
programmes, including pollution control measures and the
drafting of action plans aiming to eliminate pollution from landbased sources.
2013 L’obiettivo generale del progetto, coordinato da INGV, è la
2016
costruzione di un portale denominato “EMODnet-MedSeacheckpoint” in cui sono sintetizzate le informazioni derivanti da
altri portal Europei e sistemi nazionali per le valutazioni relative
alla MSFD, attività industriali offshore, gestione della pesca e
protezione delle risorse naturali. Il progetto darà l’avvio ad un
meccanismo di valutazione della qualità dei sistemi di
monitoraggio esistenti, in termini di accessibilità, disponibilità,
uso-multiplo, efficenza, affidabilità, consistenza temporale e
spaziale, etc. e la programmazione di sviluppi tecnologici, nuove
forme di accessibilità, nuovi protocolli di aggregazione, e la
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
MATTM/I
spra
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
2000000
CORE
PARTICIPANT
S
CNR, Conisma
240000 240000
2
1095000
- 170000
10
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Luc van
Hoof,
IMARES,
Ijmuiden
(The
Netherla
nds)
MSP ICZM
www.mesma.o MESMA - Monitoring
rg
and Evaluation of
Spatially Managed
Areas
EU
MSP ICZM
-
Regional
& SubRegional
MSP ICZM
MSP ICZM
MODELLI MARANO
GRADO
Approfondimento
della modellizzazione
dell'idrodinamica e
del trasporto dei
sedimenti delle
Lagune di Marano e
Grado
MONITORAGGIO
BOCCHE DI PORTO
Piano di monitoraggio
degli effetti prodotti
dalla costruzione delle
opere alle bocche di
porto lagunari
Model http://www.sig PON 2007-2013
s to
iec.sister.it/
SIGIEC - Integrated
develo
management system
p an
for Coastal erosion
effecti
ve
Regional
& SubRegional
National
Coordina
tor:
Rosanna
De Rosa
(Universi
tà della
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
definizione delle priorità nelle osservazioni richieste nel futuro
per soddisfare le sfide e le esigenze.
Start:
MESMA has focused on marine spatial planning and aimed to
Nov. 1st produce management tools for Monitoring, Evaluation and
2009.
implementation of Spatially Managed marine Areas.
Duration: MESMA has supplied innovative methods and strategies for
48
governments, local authorities, stakeholders, and other
months managerial bodies for planning and decision making at different
scales, for the sustainable development of European seas.
At the heart of project was the MESMA framework, which
explores how the management initiatives in a certain area were
established, so that they can be evaluated and monitored
2010 2011
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
8.517.74 IMARES - et al.
9,00
(243.906,
00)
-63175
2005 2012
Piano di monitoraggio degli effetti prodotti dalla costruzione
delle opere alle bocche di porto lagunari - resp. Zaggia
-1070256
21/05/20
1231/05/20
15
A cooperation among Università della Calabria - UNICAL
(Dipartimento di Biologia, Ecologia e Scienze della Terra), CNRISAC, CNR-IAMC, Massa Spin-off s.r.l., Crati s.c.r.l., SISTER
Sistemi Territoriali s.r.l. The project deals with coastal erosion
phenomenon. It is necessary both developing an effective
“forecast method for beach erosion evolution”, that depends
6.808.44
9,33
(CNR
1.789.46
6,51)
Università
della Calabria
- UNICAL
(Dipartimento
di Biologia,
Ecologia e
MAIN
R&I
AREAS
MSP ICZM
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
"forec
ast
metho
d for
beach
erosio
n
evoluti
on",
that
depen
ds on
enviro
nment
al,
natura
l or
huma
n
stressi
ng, as
preve
ntion
action.
REGIONE
LIGURIA INDAGINI
GEOFISICHE
TITLE
SCALE
Realization of
geophysical
prospecting and
sampling of the
seabed in front of the
Ligurian coast to the
geological map scale
1:25.000 of sheets
270 Ventimiglia and
Regional
& SubRegional
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Calabria UNICAL Dipartim
ento di
Biologia,
Ecologia
e Scienze
della
Terra).
Other
compani
es: CNRISAC,
CNRIAMC,
Massa
Spin-off
s.r.l.,
Crati
s.c.r.l.,
SISTER
Sistemi
Territoria
li s.r.l.
CoNISMa
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
on environmental, natural or human stressing, as prevention
action . The main target within this project will be develop a
Decision Support System. Modern and advanced information
technologies, regarding territory analysis and business
intelligence will be adopted in order to support decision makers
on two main strategic decisional levels: prevention and support
level.
25/11/20 The aim of the project was aimed to collect seismic profiles and
09 (7,07 sediment samples within two area located offshore the Ligurian
M)
coastline, for the realization of the geological chart at scale
1:25.000 of the sheets 270 Ventimiglia and 259 Imperia (Risknat
project).
Activities
The main project activities were related to the planning and the
realization of the oceanographic cruise RISKNAT, that was
aimed to acquire geophysical data and sediment samples within
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Scienze della
Terra), CNRISAC, CNRIAMC, Massa
Spin-off s.r.l.,
Crati s.c.r.l.,
SISTER Sistemi
Territoriali
s.r.l.
€
76.747,1
0Regione
Liguria
CoNISMa
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
259, Imperia (Risknat
Project).
MSP ICZM
REGIONE
EMILIA
ROMAGNA -
REGIONE EMILIA
ROMAGNA REGIONE
EMILIA ROMAGNA:
beach nourishment
Regional
& SubRegional
MSP ICZM
Progetto
Bandiera La
Ricerca Italiana
per il Mare www.ritmare.it
RITMARE - SP3 Maritime Spacial
Planning in Coastal
Waters
National
MSP ICZM
Sea
shoreli
ne
restor
ation
Agreement
SABBIE
between IAMCCNR and the
Extraordinary
Commissioner
Delegate for
the
implementatio
Regional
& SubRegional
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
two areas located offshore the Ligurian coastline, for the
realization of the geological chart at scale 1:25.000 of the
sheets 270 Ventimiglia and 259 Imperia.
REGIONE
EMILIA
ROMAG
NA – CNR
ISMAR
BOLOGN
A
CNRISMAR
2009 2011
2011 2016
IAMCCNR
1 year,
2012
Results
The seafloor mapping activities carried out during the project
oceanographic cruise, within the two explored areas (Imperia e
Ventimiglia) between 20 and 1600 meters of water depth,
allowed to acquire 46 seismic profiles, acquired trough a
minigun, and 44 sediment samples by grab.
Contribution to the implementation of a software aimed at
managing the deposits of submarine sand and to the
implementation of the related database for the activity
planning of beach nourishment in Emilia Romagna
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
120000 120000
2
The project provides a set of tools to support the decisionmaking process for integrated coastal management, the
development of protocols, the protection and mitigation to
climate change impacts. In particular, the project develops and
promote, among the authorities responsible for coastal
management, the use of decision support systems that can
integrate information from scientific, technical and economic
point of view.
1800000
0 - MIUR
The research project is aimed at identifying relict sand on the
deck overlooking the Gulf of Gela in Sicily, in order to restore
the sea shoreline on endangered sites in Sicily
123.000,
00
(123.000,
00)
CNR (CERIS,
IAMC, IBAF,
INSEAN, IREA,
IRPI, IRSA,
ISAC, ISMAR,
ISSIA), CINFAI,
CONISMA,
ENEA, INGV,
OGS, SZN
IAMC-CNR
MAIN
R&I
AREAS
MSP ICZM
OTHE PROJECT/INITI TITLE
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
n of the
measures for
the mitigation
of
hydrogeologica
l risk in Sicily
ENI SPA SEALINE 3
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Regional
& SubRegional
ENI Spa –
CNR
ISMAR
BOLOGN
A
ENITECN
OLOGIE
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
2010 2013
252000 252000
2
192000 192000
2
MSP ICZM
ENI SPA -
SEALINE2
Regional
& SubRegional
MSP ICZM
-
Regional
& SubRegional
2011 -
MSP ICZM
-
Regional
& SubRegional
2010 -
MSP ICZM
REGIONE
TOSCANA
SEDIMENTI CANALE
INDUSTRIALE Analisi
campioni - Canale
industriale Nord Analisi e
classificazione
sedimenti darsena
della Rana
SEDIMENTI FASCIA
COSTIERA Indagine
preliminare sulle
caratteristiche dei
sedimenti superficiali
della fascia costiera
veneta - resp. Cassin
Seismic surveys and
seabed drilling, near
the coast of Tuscany
Regional
& SubRegional
2005 2007
Contract N. 4900199835 Collaboration service concerning the
characterization of sediments in front of Ravenna
Sedimentological and geochemical characterization of the
coastal area in front of Punta Marina and evaluation and
monitoring of Punta Marina buried pipelines.
Monitoring coastal line and sediments of Ravenna + extension
VIASR
Sedimentological and geochemical characterization of the
coastal area in front of Punta Marina and evaluation and
monitoring of Punta Marina buried pipelines.
-76723
Indagine preliminare sulle caratteristiche dei sedimenti
superficiali della fascia costiera veneta
CoNISMa 01/07/20 The aim of the project was to identify, map and quantify the
04 (54,80 possible deposits of inert materials to be used for beach
M)
-95040
€
1.666.50
0,00 -
CoNISMa, GAS
Srl Geological
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
MSP ICZM
SHAPE (IPA
Adriatic) www.shapeipaproject.eu
MSP ICZM
SHELL -
MSP ICZM
MSP ICZM
TITLE
to find marine sand
and gravel for beach
replenishment
Shaping an Holistic
Approach to Protect
the Adriatic
Environment,
between coast and
sea
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
nourishment, present on the continental shelf in front of the
Tuscany.
Internatio Emilianal
Romagna
Region
(IT)
march
2011 March
2014
SHELL
Internatio SHELL –
nal
CNR
ISMAR
BOLOGN
A
2011 2013
-
SISOE Progetto SISOE
2011 -
-
SOLLEVAMENTO
VENEZIA Analisi
dell'architettura dei
Regional
& SubRegional
Regional
& SubRegional
2010 -
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
Regione
Toscana
SHAPE project aims at the development of a multilevel and
4139170
cross-sector governance system, based on an holistic approach
and on an integrated management of the natural resources,
risk’s prevention and conflicts resolution among uses and users
of the Adriatic coast and sea.
SHAPE has developed a series of tools useful for ICZM and MSP
that could be used after the project by the partners and all the
Adriatic actors as a precious “toolbox” for decision makers, i.e.
the "GIS Adriatic Atlas for MSP", the "Art.8 Protocol provision
implementation test", the report of the pilot action "Maritime
perspectives on sea space, coastal areas and their use. Shaping
technical tools to resolve conflicts according to MSP approach"
Diluted, Shell-slope sapropel beds: a new look at organic rich
242000 fine grained sediments.
242000
The overarching objective of the Shell-Ismar project "Diluted,
shelf-slope
sapropel beds: a new look at organic-rich fine-grained
sediments" is to
test the feasibility of using recent Mediterranean Sapropel beds
(in
particular sapropel S1), as a quasi-modern analogue for organicrich
sediments in the ancient rock record (either studied in outcrop
or in well
data).
Progetto SISOE
-280000
Analisi dell'architettura dei depositi pliopleistocenici
sublagunari quale conoscenza di base nell'ambito delle opere
-195000
CORE
PARTICIPANT
S
Assistano and
Services
Lead
Beneficiary
EmiliaRomagna
Region et al.
MAIN
R&I
AREAS
MSP ICZM
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
FP 7 Marie
Curie - n/a
MSP ICZM
Recov ENI-SAIPEM
ery of S.p.A.
habita
t
damag
ed by
huma
n
impact
MSP ICZM
Recov ENI-SAIPEM
ery of S.p.A.
habita
TITLE
SCALE
depositi
pliopleistocenici
sublagunari quale
conoscenza di base
nell'ambito delle
opere per la
salvaguardia fisica di
Venezia e della
fattibilità di un
progetto di
sollevamento della
città - Carbognin
SOMFLOOD
National
Compositional
changes of
sedimentary organic
matter from a 100year flood deposit:
insights into eventdriven processes in
the coastal ocean
SPERIMENTAZIONE DI National
METODOLOGIE DI
FACILITAZIONE DEL
RECLUTAMENTO
NATURALE DI
GERMOGLI
POSIDONIA OCEANICA
FINALIZZATE AL
RIPRISTINO DELLE
PRATERIE
SPERIMENTAZIONE DI National
METODOLOGIE DI
TRAPIANTO DI RIZOMI
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
per la salvaguardia fisica di Venezia e della fattibilità di un
progetto di sollevamento della città - Carbognin
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Oregon
2008 State
2011
Universit
y – USACNR
ISMAR
BOLOGN
A
In spite of their importance as sites of long-term burial of
230668 organic matter, key questions remain regarding the factors
230668
controlling carbon sequestration in river subaqueous deltas.
The project aims to analyze the composition of organic matter
in sediments from the Po River prodelta (Italy) and to conduct a
series of analyses designed to test specific aspects of a
conceptual model of non-steady state biogeochemical organic
matter cycling in coastal margins.
Fabio
Badalam
enti,
CNRIAMC
Start: Jun
29st
2011.
Duration:
18
months
Fabio
Badalam
enti,
Start:
Feb 29st
2012.
The project aimed to develop innovative restoration and
natural recovery facilitation methodologies of Posidonia
oceanica meadows based on the use of seeds and seedlings.
The natural recovery of P. oceanica meadows can take place
only where all habitat requirements of this species are met. In
this scenario substratum type and complexity proved to be key
factors driving the natural process of recovery. The
experimentation performed evaluated suitability of different
substrata for Posidonia oceanica seedlings settlement and
anchorage to be used in restoration initiatives.
Basing on previous observations on the natural recovery of
Posidonia oceanica meadow at Capo Feto (Western Sicily), the
project aims to test new methodologies of Posidonia oceanica
69600 CNR-IAMC
278300 CNR-IAMC
2
MAIN
R&I
AREAS
MSP ICZM
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
t
damag
ed by
huma
n
impact
REGIONE
SARDEGNA
TITLE
SCALE
DI POSIDONIA
OCEANICA
FINALIZZATE AL
RIPRISTINO DELLE
PRATERIE
Studio geomarino e
geomorfologico
dell’area marina
costiera ed analisi
delle dinamiche
sedimentologiche e
morfodinamiche
relative al compendio
regionale di
S.Margherita di Pula.
Regional
& SubRegional
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
Duration: restoration through transplantation of vegetative fragments on
ongoing cages filled with calcareous cobbles and provided with different
devices to fix in place fragments. Cages filled with cobbles
proved to have adequate stability and complexity to allow
vegetative fragment retention and growth. Moreover spaces
between cobbles inside the cages allowed settlement of
vegetative fragments detached by the meadow and drifted
away by waves and current to the study area.
CoNISMa 29/12/20 Aim of the project
06
To provide a complete analysis of the lay-outs of the emerged
/16,27
and submerged beach of Santa Margherita di Pula during the
M)
various seasons; to describe the variation of the beach profile;
to assess the movement of the main sedimentary
macrostructures; to prepare a sedimentological cartography; to
reconstruct the course of hydrodynamic circulation in the
surfzone during the main marine meteorological events.
Activity carried out
The activity was carried out by gathering and elaborating new
data based on the protocols suggested by the European Project
Interreg IIIA GERER. 4 campaigns of seasonal surveys were
carried out and a total of 119 sediment samples from emerged
and submerged beaches and 21,9 NM digital ultrasound profiles
(ultrasound-DGPS interface), in addition to the survey of the
submerged beach (DGPS profiles), were gathered and
subsequently analysed.
Results achieved
Sedimentary dynamics were studied, superficial sediments
were mapped (scale 1:10.000-1:5.000); the wave motion,
currents and hydrodynamic processes were reconstructed. The
dynamics in the area of bars and troughs (surf-zone), triggered
by the various events of wave motion, enabled the
reconstruction of the current lay-out, as well as the evolutive
trend of the beach, identifying
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
CNRIAMC
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
€
CoNISMa
100.000,
00 Regione
Sardegna
MAIN
R&I
AREAS
MSP ICZM
MSP ICZM
Ocean
renewa
ble
Energy
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Ministero
dell’Istruzione,
dell’Università
e della Ricerca;
Ministero
dell’Economia
e delle Finanze;
Ministero
dell’Ambiente
e della Tutela
del Territorio;
Ministero delle
Politiche
Agricole e
Forestali
con Fondo
Integrativo
Speciale per la
Ricerca (FISR) –
Bando 2001
-
Ricerca di
Sistema
Elettrico
TITLE
SCALE
STUDY OF LIFE CYCLE,
DIFFUSION AND
IMPACT OF DI ALIEN
SPECIES OF
MACROALGAE AND
MICROALGAE IN THE
MAR PICCOLO AND
MAR GRANDE OF
TARANTO
National
VALLI DI COMACCHIO
Regional
& SubRegional
Accordo di
Programma ENEAMSE – Energia dal
mare
National
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Dr.ssa
Ester
Cecere
CONSOR
ZIO
FERRARA
RICERCH
E
Coordina
tor:
Minister
o dello
Sviluppo
Economi
co; ENEA,
Universit
y of
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
The study area is a hot spot for the introduction and the
settlement of alien species; this phenomenon is increasing; the
main causative activities are the rearing and the introduction of
edible molluscs; warm-temperate species have a higher
probability of success; the same research was carried out also
at Naples and Flegrei lakes, where 5 alien species have been
identified. Some of them are likely first reports for the
Mediterranean Sea (investigations are on)
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
400000
2010 2011
Geophysical survey of the Valli di Comacchio to taste the
enrivonmental status of the antropological stressed area.
50000 50000
20082014
The project is devoted to the development of ocean energy
ENEA
converter suitable for the particular tidal and wave conditions
budget:
characteristics of the Mediterranean basin, and to the
1.400 k€.
assessment of tidal and wave energy available in the Basin. Two
wave converter prototypes have been developped in
collaboration respectively with the University of Reggio
Calabria, and the Politecnico of Turin. Concerning the
assessment of the energy resource, ENEA has performed an
high resolution climatological atlas of the wave energy presents
CORE
PARTICIPANT
S
Dr.ssa Ester
Cecere, Dr.ssa
Antonella
Petrocelli; Dr
Fernando
Rubino, Dr.ssa
Manuela
Belmonte
2
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
Ocean
renewa
ble
Energy
Socioe BLUENE
conom
ic &
Policy
Resear
ch
BLUe ENErgy for
Mediterranean
EU
Ocean
renewa
ble
Energy
Ocean
renewa
ble
Energy
FP 7 www.equimar.
org
Ocean
renew
able
energy
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Reggio
Calabria,
Politecni
co of
Turin,
Universit
y of
Naples
CoNISMa
Equimar Equitable
EU
Testing and Evaluation
of Marine Energy
Utilizzo di
FBR
cluster di
FotoBioReattor
i ad
illuminazione
Regional
& SubRegional
Easy ICT
Srl.
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
in the Mediterranean Sea by means of a third generation ocean
wave model. Starting from the model results a detailed analysis
of wave energy availability has been carried out; with particular
attention to the western Sardinia coast and the Sicily Channel
that are the most productive areas in the whole basin.
01/06/20 Blue energy' does not only relate to offshore wind power
14 (12,13 generation which
M)
has started to expand rapidly in Europe, but also to other
offshore
renewable energy technologies such as tidal barrages, wave
power devices,
thermal energy conversion. Even if they are still at an early
stage of
development, they are about to grow rapidly. In this framework
the BLUENE
project aims to reach some fundamental objectives:
-mapping key actors able to start a MED plan of intervention
-mapping existing initiative
-defining guidelines for next programme period
2008 EquiMar aims to deliver a suite of protocols for the evaluation
2011
of marine energy converters, based on either tidal or wave
energy. These protocols will harmonize testing and evaluation
procedures across the wide variety of devices presently
available, to accelerate adoption through technology matching
and improved understanding of the environmental and
economic impacts.
2012 - 2 The two main expected results are: i) new scientific knowledge
years
and enabling technologies for the industrialization of innovative
photobioreactors ii) design an innovative model of urban
development, high repeatability, which benefits from the
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
€
497.200,
00 Unione
Europea
/ MED
Program
me al
75% Fondo di
Rotazion
e al 25%.
CoNISMa,
Urban Ecology
Agency of
BarcelonaZadar County
Development
Agency
(ZADRA)HCMR.
5485235
-
23
1.000.00
0
(554.398,
83)
IAMC-CNR,
Sirci
Gresintex,
Rigel Impianti
MAIN
R&I
AREAS
SCALE
TITLE
Ocean
renewa
ble
Energy
Marine Renewables
EU
Infrastructure
Network for emerging
Energy Technologies
Universit 01/04/20 MARINET is an infrastructure initiative comprising a network of
y College 11 - 4
research centres and organisations working together to
Cork (IE) years
accelerate the development and commercial deployment of
ocean renewable energy technologies. The initiative aims to
facilitate testing technologies by offering periods of free-ofcharge access to world-class test facilities and by developing
joint approaches to testing standards, research and industry
networking & training.
311/900
0
(funding)
Europea
n Union
FP7 364/111
00
(actual
costs)
Ocean
renewa
ble
Energy
Living
Marin
e
Resou
PROGETTO SISTEMA
DI SUPPORTO ALLE
DECISIONI PER LA
GESTIONE DELLA
Fabio
01/07/20 Objective of the project is the development of new
Fiorentin 11, 3
technologies for the sustainable development of Italian
o (IAMC- years
fisheries.
CNR)
6.080.00
0,00
(267.314,
00)
National
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
production of renewable
biofuels from marine algae.
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
interna per lo
sviluppo della
produzione, su
larga scala, di
energia
rinnovabile
dalla
coltivazione
diffusa di
microalghe
EU FP7
MARINET http://www.fp
7-marinet.eu/
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
The partners
come from 11
different
European
countries –
Belgium,
Denmark,
France,
Germany,
Ireland, Italy,
Netherlands,
Norway
Portugal,
Spain & the
UK – and an
International
Cooperation
Partner
Country,
Brazil.
CNR-IAMC
MAIN
R&I
AREAS
Ocean
renewa
ble
Energy
OTHE
R/MU
LTIPLE
R&I
AREAS
(SPECI
FY)
rces
(fisher
y,
aquac
ulture,
etc.)
Tidal
wave
energy
PROJECT/INITI
ATIVE & WEB
SITE
EC Structural
Funds European
Regional
Development
Fund - 20072013 Sicilian
R.O.P.
TITLE
SCALE
PESCA NELLE REGIONI
DEL MEZZOGIORNO
D’ITALIA – LINEA
AMBIENTE MARE –
SSD PESCA TREMONTI
Recupero energetico Regional
dal moto ondoso
& Sub(REMOTO)
Regional
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
Wave for
Energy
S.r.l.
Oceans
and
Human
Health
AQUO project
7FP
http://www.aq
uo.eu/
Achieve QUieter
Oceans by shipping
noise footprint
reduction
EU
DCNS
(FR)
1-102012 to
30/9/201
5
Oceans
and
Human
Health
Ballast water
management
system for
Adriatic Sea
protection.
www.balmas.e
u
BALMAS
Regional
& SubRegional
Institute 2013for
2016
Water of
the
Republic
of
Slovenia.
SLO
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
The proposed research project concerns the design,
prototyping and installation at sea of a tidal wave energy supply
system in real scale size of approximately 10 kW at the island of
Pantelleria, Italy.
4.376.20
0,00
(828.000
)
Maritime traffic and man activity at sea increases steadily,
causing underwater noise which can have major impact on
marine fauna. As a consequence, solutions must be found to
mitigate underwater noise related to maritime transport, in
order to achieve a good environmental status consistent with
the objectives of the European Marine Strategy Framework
Directive.
The general BALMAS objective is to establish a common crossborder system, which will link all researchers, experts and
responsible national authorities from Adriatic countries in order
to avoid unwanted risks to the environment from the transfer
of HAOP. This will be achieved through control and
management of ships’ ballast waters and sediments. Further,
long-term effective ballast water management (BWM) in the
Adriatic will be set at the cross-border level utilizing this
project’s related knowledge and technology. By developing a
joint Adriatic Ballast Water Management Decision Support
system Plan and Strategy, BALMAS will ensure uniform
total
budget
3900 K€,
3000
funded
by EU
CNR – IAMC
UOS DI CAPO
GRANITOLA;
ASA IMPIANTI
S.R.L., M.I.
WELDING
TECHNOLOGY,
POWER
EVOLUTION
S.R.L.
1 DCNS SA
France et al.
IPA
17 partners
Adriatic
Crossborder
Cooperat
ion
Program
me 7.65
million
Euro
MAIN
R&I
AREAS
Oceans
and
Human
Health
Oceans
and
Human
Health
Oceans
and
Human
Health
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
-
BIOPRO Progetto
National
BIOPRO in Friuli (ARPA
FVG)
-
BIOTECH - CAT
BIOTECH - CAT
IT-FR
Marittimo
2007-2013
COREM:Cooperazione EU
delle Reti Ecologiche
nel Mediterraneo
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Regional
& SubRegional
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
requirements to ease shipping and at the same time to
maximize environmental and economic protection of all sea
users.
2008 2009
2008 2009
Regione
autonom
a della
Sardegna
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
-80800
-100000
Overall goal of the project is the enhancement of the natural
heritage and in particular biodiversity of the Mediterranean
region, through the reduction of human pressure and threats
on habitats and rare and unique sites that have a greater
variety of habitats.
The main activities are the realization of a network of marine
sites, the improvement of the net of protected areas, the
creation of a marine observatory, and the elaboration of a
development plan for ecotourism maritime.
Moreover, the project foresees a development of guidelines
about the management of the protected areas.
6.000.00
0 euro
Regione
Toscana,
Regione
Liguria, Office
de
l’Environment
de Corse,
Provincia di
Oristano,
Provincia di
MassaCarrara,
Agenzia
Regionale per
la Protezione
dell’Ambiente
Ligure
(ARPAL),
Département
de la Corse du
Sud
MAIN
R&I
AREAS
Oceans
and
Human
Health
Oceans
and
Human
Health
OTHE
R/MU
LTIPLE
R&I
AREAS
(SPECI
FY)
Living
Marin
e
Resou
rces
(fisher
y,
aquac
ulture,
etc.)
PROJECT/INITI
ATIVE & WEB
SITE
TITLE
SCALE
BIOTOX
Cost-effective tools
for risk management
and trceability
systems for lipophilic
marine biotoxims in
sea food.
EU
Estrazione di principi
attivi da biomasse
marine e loro
potenziale
utilizzazione in
farmaceutica e
dietetica
(ACTI.BIO.MAR.).
Regional
& SubRegional
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
01/01/20 European regulations set out in terms of prevention the
05 (39,50 management of risks posed by biotoxins that contaminate
M)
fishing and aquaculture produce; implementing said rules has
been problematic. The BIOTOX project was conceived to
overcome these difficulties and in support of EC regulations.
Activities carried out
This multidisciplinary project integrated several lines of action,
including the development of selective analytical methods to
quantify the different groups of biotoxins (dinofisistoxins,
yessotoxins, azaspiracids, pectenotoxins), together with a
second block of activities to develop tools for the management
of biotoxin risk.
The OU of CoNISMa had the specific role of optimizing a
functional analytical procedure for the dosage of yessotoxins.
Results obtained
The OU of CoNISMa reached the goals set by developing a
functional method to quantify YTX in naturally contaminated
samples by means of the immunoassay of a response biomarker
with “slot blot” analysis (Toxicon; 49, 2007, 36-45).
Universit 2007The present project falls within studies focused on the
à del
2010
development of new technologies aimed toward the
Salento;
exploitation of marine biomasses. The research purpose was to
IAMC,
investigate the potential employment of some marine
CNR
organisms (polychaetes, cnidarians and macroalgae) as sources
of either biologically active secondary metabolites, matter of
interest to pharmaceutics or foodstuffs at high nutritional
content useful to the fodder industry as enrichment and/or
alternative innovating fodder for nourishment of marine fishes
reared in intensive aquaculture farms. The proposed marine
organisms show physiological and morphological features such
as high tolerance to environmental variability, high growth
rates and easiness of rearing, which fit well with the proposed
research.
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
The
Netherla
nds
Institute
for
Fisheries
Research
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
€
5.317.49
6,00 Unione
Europea
/ VI
PROGRA
MMA
QUADRO
GRANT
AGREEM
ENT
FOODCT-2004514074
CORE
PARTICIPANT
S
CoNISMa,
Stichting
Dienst
Landbouwkun
dig
Onderzoek, et
al.
1238407. 18 units of
45 permanet
staff; 10 postdoc; 7
scholarships
MAIN
R&I
AREAS
Oceans
and
Human
Health
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Flumar Turb
Oceans
and
Human
Health
TITLE
Oceans
and
Human
Health
TITLE
Oceans
and
Human
Health
TITLE
SCALE
Fluidoynamic
investigation for the
design of turbo
machinery for marine
systems with low
environmental impact
Hullform and
propulsion system
optimisation study for
high speed naval ships
Regional
& SubRegional
National
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
FINCANTI
ERI
CETENA
Hydrodinamic design Internatio OFFICE
and assessment by
nal
OF
CFD methods of
NAVAL
hybrid
RESEARC
SWATH/Hydrofoil
H
Hulls for a super High
GLOBAL
Speed USV
Biodiv MEDJellyrisk
Integrated monitoring EU
CoNISMa
ersity, www.jellyrisk.e of jellyfish outbreaks
Climat u.
under anthropogenic
e
and climatic impacts
chang
in the Mediterranean
e and
sea (coastal zones):
impact
trophic and socios
economic risks. Rif.: IA/1.3/098.
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
01/12/20 Design of turbo-machinery units for energy systems onboard
13ships and marine vehicles with special attention to an efficient
30/11/20 power/weight ration and environmental impact
17
2009 - 2
years
The study was devoted to the development of design tools for
the automatic optimisation of hullforms by means of the
coupling of parametric design tools for the hull, multiobjective
optimisation techniques and numerical codes for the evaluation
of wave resistance and seakeeping
17/07/20 CFD investigations about unconventional multihull high speed
10vehicle
13/10/20
11
18/12/20 MED-JELLYRISK 2013 is a newly funded Strategic Project
12 (36,50 supported by the ENPI-CBCMED Programme
M)
(http://www.enpicbcmed.eu) Priority 1 - Topic 3 - Integrated
Coastal Zone Management. MED-JELLYRISK addresses an
integrated coastal management approach into 10 Marine
Coastal Zones (MCZs) in the Western and Central
Mediterranean sea basin to face with increased jellyfish
proliferations. In these areas, jellyfish outbreaks represent a
growing threat for humans and coastal activities (including
leisure and aquaculture). MED-JELLYRISK is the first CBC project
aiming to the assessment of socio-economic impacts of jellyfish
blooms and the implementation of mitigation
countermeasures. The MED-JELLYRISK Consortium includes 5
partner institutes from Italy, Malta, Spain, Tunisia and it will
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
150K€
CORE
PARTICIPANT
S
FINCANTIERI
UNIGE
TERMOMECC
ANICA
abt 225 UNIGE,
k€ CETENA
PNRM
(Italian
Ministry
of
Defense)
176 k$
UNIGE
€
2.593.19
4,23 Unione
Europea
/ ENPI
CBCMED
Program
me
CoNISMa,
Institut
Ciències del
Mar-Consejo
Superior
Investigacione
s Cientificas
(ICM-CSIC) –
Spagna;Univer
sity of Malta
(UoM);Faculty
of Sciences of
Bizerte
(FSB);Tunisian
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
appoint a CBC network of experts to develop and apply shared
protocols to quantify the environmental and health risks of
jellyfish proliferations, informing the development of
management guidelines and forthcoming adaptive strategies,
policies and regulations, for cooperative ICZM in the Med Sea.
Involvement of 31 Associate Partners (Governmental Bodies,
Regional Water Agencies, SMEs, Marine Protected Areas,
Health Organizations and Hospitals) – with responsibilities for
MCZs management - from Eastern Mediterranean and North
Adriatic Sea ensures a geographical multiplier effect, extending
the value of project outcomes beyond the partnership
consortium as well as the CBCMED territorial limits. The
strategic objective is the promotion of joint planning
methodologies. In particular, the project will promote the
implementation of risk assessment, prevention and mitigation
of negative impacts resulting from jellyfish proliferations in the
10 MCZs. Planned results are:
- General public and stakeholders in the MCZs understand the
risk of jellyfish impacts and actively contribute to data
collection (through citizen science campaigns) (Communication,
Dissemination)
- Concerned stakeholders in the MCZ are trained and capable to
apply integrated monitoring protocols including the creation of
Local Emergency Task Forces (Capitalization, Knowledge
transfer)
- Cross-border cooperative socio-economic and epidemiological
assessments of jellyfish emergencies and hazards are
developed across different MCZs from Spain to Italy, Malta and
Tunisia (Assessment)
- Risk mapping and shared databases for Jellyfish proliferations
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
National
Institute of
Agronomy
(INAT).
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Oceans
and
Human
Health
Living IT-FR
Marin Marittimo
e
2007-2013
Resou
rces
(fisher
y,
aquac
ulture,
etc.)
Oceans
and
Human
Health
Oceans
and
Human
Health
TITLE
MOMAR - Sistema
Integrato per il
Monitoraggio e il
controllo
dell'ambiente marino
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
EU
Regione
Toscana
Mariti
me
Transp
ort
MARSTRUCT
Network of Excellence EU
N.o E. FP6
in Marine Structures
http://www.m
ar.ist.utl.pt/ma
rstruct/
Istituto
Superior
Tecnico
Lisbon
(PT)
Marin
e
Hazar
ds
NOMIRACLE
http://ect.de/n
ovel-methodsfor-integratedriskassessment-ofcumulativestressors-ineuropenomiracle/
NOvel Methods for
Integrated Risk
Assessment of
Cumulative stressors
in Europe.
EU
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
are set up, updated and applied by stakeholders to rank water
quality and safety areas in MCZs (Prevention)
- Mitigation countermeasures are set-up and assayed against
jellyfish impacts (including protective anti-medusa nets).
May 4,
The project involves the design and testing of a system of
2009;
environmental monitoring, and has the aim to develop
duration predictive models of human and technology impacts on the
36
environment.
months The main activity is to develop strategies for consultation,
communication and outreach to and between the project
partners and stakeholders through studies and research about
the creation of an information system for monitoring
environmental theme, and the development of a strategy for
the characterization of the impact of the local communities on
environmental resources.
01-02The overall objective of the Network is to improve the safety,
2004 to effectiveness, reliability, environmental behaviour and comfort
31-01of ship structures through the application of advanced
2010
structural and reliability assessment within design, fabrication
and operation, leading to increased public and commercial
confidence in the competitiveness and use of waterborne
transportation.
01/11/20 NoMiracle (Novel Methods for Integrated Risk Assessment of
04 (60,83 CumuLative stressors in Europe) supports the development and
M)
improvement of methodologies which describe and understand
combined stressor effects to human health and the
environment. In particular, the project studies the transfer of
pollutants between different environmental compartments,
including how these processes are influenced by natural
stressors such as climate, and the impact of cumulative
stressors, including chemical mixtures.
ECT produced experimental data including biodegradation rates
that are needed to develop mechanistic methods for predicting
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
2.450.00
0 euro
total
budget
6000 K€,
6000
funded
by EU
Institut
Ifremer,
Centro Studi
Plural,
Università di
Cagliari,
Regione
Sardegna,
CBM,
Fondazione
LEM
33 (from 18
EU Countries
and
Associates)
€
CoNISMa et al.
14.526.8
85,00 Unione
Europea
/ VI
PROGRA
MMA
QUADRO
GRANT
AGREEM
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Oceans
and
Human
Health
PROSSIMA 2
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Numerical and
experimental
simulation of
propulsion plant and
manoeuvrability in
order to optimize
control strategies
considering also
performance
deterioration in time
Progetto “Modello di
gestione ambientale
fascia costiera del
Comune di Bagheria –
ASPRACOAST”
National
UNIGE
Regional
& SubRegional
Comune
di
Bagheria
National
Fabio
Trincardi
(ISMARCNR)
Oceans
and
Human
Health
Coasta
l zone
manag
ement
Oceans
and
Human
Health
Marin www.ritmare.it RICERCA ITALIANA
e
/
PER IL MARE ecolog
RITMARE
y,
fisheri
es,
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
biodegradation of more complex organic compounds (biocides,
pesticides, pharmaceuticals). Therefore, experimental
biodegradation studies in sediment and water were performed
for a set of compounds.
2012 - 2 Further development of a methodology for manoeuvrability
years
free running model test with particular attention to twin screw
ships and development of a simulator for the coupled
manoeuvrability / propulsion / control of twin screw ships,
including deterioration of the systems
01/011/2 The main objective of the project is to carried out a systematic
007, 18
study of the coastal zone of Bagheria (PA), with particular focus
months on the area of the Aspra village. The activities were mostly
aimed at identify strenghts and weakness of the coastal system
through the implementation of a geodatabase (GIS) and build
up a management plan. This latter was aimed at supporting the
decision making process in identifiyn the measures necessary to
achieve a sustainable use of the coastal resources.
01/01/20 • RITMARE Flagship Project is one of the National Research
12, 5
Programmes funded by the Italian Ministry of University and
years
Research
• RITMARE is the leading national marine research project for
the period 2012-2016; the overall project budget amount to
250 million euros, co-funded by public and private resources
• RITMARE is coordinated by the National Research Council and
involves an integrated effort of most of the scientific
community working on marine and maritime issues, as well as
some major industrial groups
The main subjects are:
1. Maritime Technologies for the development and
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
ENT
COGE
003956-2
ca 140k€ UNIGE INSEAN
299.520, CNR-IAMC 00
P.R.I.S.M.A. (104.520, CEFORMED
00)
17.339.0 CNR-IAMC
00,00
(3.440.00
0,00)
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Oceans
and
Human
Health
M3-HABs
http://www.en
picbcmed.eu/si
tes/default/file
s/m3-habs.pdf
TITLE
SCALE
Risk Monitoring,
Modelling and
Mitigation of Benthic
Harmful Algal Blooms
along Mediterranean
coasts.
EU
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
construction of a Demonstration Vessel
2. Technologies for Sustainable Fishing
3. Planning of the Maritime Space in Coastal Waters
4. Planning of the Deep Marine Environment and the Open Sea
5. Observation System for the Marine Mediterranean
Environment
6. Research, Training and Dissemination Structures
7. Interoperable Infrastructure for the Observation Network
and Marine Data
CoNISMa 01/01/20 The M3-HABs project aims to provide a common pan14 (24,30 Mediterranean strategy for monitoring benthic toxic
M)
microalgae, with particular reference to Ostreopsis spp.,
through the development of common procedures and
protocols, making the process mostly cost and time effective,
allowing for most efficient monitoring designs, increasing the
knowledge on environmental drivers affecting harmful algal
blooms and translate this into a forecasting tool, improving the
general awareness of the risks related to Ostreopsis.
Target groups envisaged by M3-HABs are environmental local
agencies, municipalities, research institutions, while all the final
beneficiaries are represented by people using the coastal
environment for both recreational and economic purposes:
beaches and rocky shore visiting, swimming, sailing, fishery,
aquaculture, beach concession holders, hotel keepers,
municipalities, local touristic agencies and tourist information
offices.
Given the specific objective of the project, the following results
are expected:
1) a larger awareness of the risks associated to the Ostreopsis
blooms;
2) an appropriate diffusion of caution measures set up;
3) the production of common monitoring protocols;
4) the development of new technologies for species-specific
identification and counting;
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
€
1.998.06
0,15 Unione
Europea
/ENPI
CBC –
Agenzia
attività
esterne
UE
CoNISMa et al.
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Oceans
and
Human
Health
-
Oceans
and
Human
Health
TITLE
Oceans
and
Human
Health
RIMA
Operati
onal
Oceano
graphy/
Observi
ng
Systems
EC Directorate
General for
Maritime
Affairs and
Fisheries -
TITLE
SCALE
SIOSED Progetto
SIOSED - Effetti
sospensione
sedimenti su
organismi bentonici
Structural analysis and
preliminary
assessment for a
modular cabin to be
installed onboard
passenger ships and
trains
Technology and
software
development for a
Mediterranean
integrated network
applied in the marine
and coastal
environmental
management
Acousmed
Harmonisation of the
acoustic data in the
Mediterranean 20022006
Regional
& SubRegional
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
5) the build-up of prediction models in order to prevent and
reduce risk factors for the environment, human health and
economic activities.
2006 2007
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
-204000
Regional
& SubRegional
UNIGE
01/03/20 Numerical and experimental analysis in terms of shock and
12vibrations for a modular cabin for passenger ships
31/12/20
12
70k€
Regional
& SubRegional
SELEX ES
01/10/20
1201/04/20
15
The aim is to develop an integrated system to observe and
perform forecast in the sea environment. the necessary
software and technology will be developed for the acquisition
and the management of data to be used for real time
information and for the safety of environment and marine
structures.
ca 395k€ SELEX ES
UNIGE
2010 2012
The project aims at harmonising acoustic data in the
323000 Mediterranean Sea. Acoustic surveys have been conducted by
EU member states in several areas. However, these surveys,
which had anchovy and sardine asmain target species, have not
been internationally coordinated and data have been not
analysed or presented in the same way. This project assures the
optimization of the design of the acoustic surveys, promote the
compatibility of estimations and the compatibility of old and
new acoustic data.
EU
UNIGE
SANITRADE
5
MAIN
R&I
AREAS
Operati
onal
Oceano
graphy/
Observi
ng
Systems
Operati
onal
Oceano
graphy/
Observi
ng
Systems
Operati
onal
Oceano
graphy/
Observi
ng
Systems
Operati
onal
Oceano
graphy/
Observi
ng
Systems
Operati
onal
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
-
TITLE
SCALE
ASTE FLUVIALI
National
Caratterizzazione della
morfologia e della
qualità dei sedimenti
delle aste fluviali.
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
2011 2012
-
CAMPO
Regional
SPERIMENTALE
& SubCampo sperimentale - Regional
intervento 72
2006 2007
-
CIRCE CONTRATTO
CNR/Telespazio
2009 2010
National
Euro-Argo
E-AIMS
Improvements
for the GMES
Marine Service
http://www.eu
ro-argo.eu/EUProjectsContribution/EAIMS
EU
IFREMER, 2013F
2015
FP 6 Ecoop Research Area
www.ecoop.eu III: “Biodiversity and
EU
Danmark 2007 s
2010
Campo sperimentale - intervento 72 - Linee 3 e 4 Maricoltura e
Ecotossicologia
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
-78886
-115000
-151966
The overall objective of the project is to improve the European
contribution to the international Argo observing system and to
prepare the next scientific and operational challenges for in-situ
monitoring of the world ocean. The main objective is to prepare
the evolutions of Argo floats for the next decade: improved
reliability and life time, telecommunication capabilities,
biogeochemical observations, deeper measurements, under ice
operations in the polar seas, sampling of marginal seas. All
these evolutions are essential to improve our knowledge on the
role of ocean on climate and for operational oceanography
(GMES Marine Service) and its applications.
The goal of the ECOOP project is to consolidate, integrate and
develop existing European coastal and regional seas operational
FP7 13 partners
Europea
n
Commiss
ion
6990251
- 166146
61
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Oceano
graphy/
Observi
ng
Systems
Operati
onal
Oceano
graphy/
Observi
ng
Systems
Operati
onal
Oceano
graphy/
Observi
ng
Systems
EMSO-MIUR
www.emsoeu.org
Operati
onal
Oceano
graphy/
Observi
PEGASO
EMSO-MedIT
http://www.e
msomedit.it/it/
TITLE
SCALE
Ecosystems” - Topic
III-2: “Assess and
Forecast Changes In
the Mediterranean
and Black Seas
Ecosystems and their
Ability to Provide
Services” - Integrated
Project (IP) European
COastal-shelf sea
OPerational observing
and forecasting
system
EMSO-MIUR
National
Enhancement of
multidisciplinary
marine research
infrastructures in
Sicily, Campania and
Puglia as a
contribution to ESFRI
EMSO
Enhancement of
Underwater
Geophysical and
Environmental
networks
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Meteorol
ogiske
Institut
DMI
DENMAR
K
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
observing and forecasting systems into an integrated panEuropean system. This system will allow to detect
environmental and climate changes, predict their evolution,
produce timely forecasts, provide marine information services
and facilitate decision support needs.
INGV
2010,
ongoing
Italian funding for ESFRI EMSO
EU
INGV
01/09/20 The project concerns the enhancement of research
13, 18
infrastructures for marine environment located in the
months Convergence Regions Sicily, Campania and Puglia. It is the
Italian contribution to the consolidation in the above
mentioned regions of the European research infrastructure
EMSO.
Regional
& SubRegional
INGV
12/01/20 Realisation of an innovative marine monitoring system capable
05, 45
of acquiring a long series of temporal parameters having a
months geophysical, geochemical, environmental and oceanographic
nature
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
7350
until
2013,
MIUR
(allocate
d only to
INGV)
200000
CNR, INFN,
(9496),
SZN, ISPRA
FESR
5640
(3000),
Sicily
Region
INFN
MAIN
R&I
AREAS
ng
Systems
Operati
onal
Oceano
graphy/
Observi
ng
Systems
Operati
onal
Oceano
graphy/
Observi
ng
Systems
Operati
onal
Oceano
graphy/
Observi
ng
Systems
Operati
onal
Oceano
graphy/
Observi
ng
Systems
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
FP6 ESONET GOCE
EUROPEAN
COMMISSION http://wwz.ifre
mer.fr/institut
EU
IFREMER 2007 – CNR
2011
ISMAR
BOLOGN
A
http://www.eu Euro ARGO RI
ro-argo.eu
Internatio France
nal
S3MAG
Experimental system
for the magnetic
signature of naval
vessels
EU
SIEM
Fusani,
GAMP,
CELIN
FP7 Fix03 Fixed point
EUROPEAN
Open Ocean
COMMISSION - Observatory network
http://www.fix
o3.eu/
EU
NERC 2013 Natural
2017
Environm
ent
Research
Council,
United
Kingdom
"European Seas observatory NETwork". Gulf of Cadice
Experiment
ESONET gathers 50 industrial and research partners across
Europe to initiate the networking and the installation of deepsea cabled observatories on the European Coasts.
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
7000000
- 120000
44
12/05/20 Started january 2008 as a project, Euro-Argo aims at developing EU
14 7
a European "infrastructure" for Argo to the level where the
years
European partners have the capacity to procure and deploy
about 250 floats per year, to monitor these foats and ensure all
the data can be processed and delivered to users (both in realtime and delayed-mode). With a mean float lifetime of 4/5
years, such a European contribution would support
approximately 1/4 of the global array and provide an additional
50 floats per year for enhanced coverage ine the European and
marginal seas.
01/06/20 Development of underwater vehicle
(200),FES
12, 24
R
months
25 Institutions
among which:
INO-OGS,
IFREMER,
The Fixed point Open Ocean Observatory network seeks to
7000000
integrate European open ocean fixed point observatories and
- 18300,
to improve access to these key installations for the broader
EC
community. These will provide multidisciplinary observations in
all parts of the oceans from the air-sea interface to the deep
seafloor.
Coordinated by the National Oceanography Centre, UK, FixO3
INGV
29
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Operati
onal
Oceano
graphy/
Observi
ng
Systems
Operati
onal
Oceano
graphy/
Observi
ng
Systems
Operati
onal
Oceano
graphy/
Observi
Opera
tional
Ocean
ograp
hy:
data
from
ocean
ograp
hic
cruises
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Gliders for
research,
Ocean
observation &
Management
http://www.gr
oom-fp7.eu/
GROOM
EU
UPMC, F
European
Commission,
DirectorateGeneral for
Maritime
Affairs and
Fisheries
Harmonisation of the
Acoustic Data in the
Mediterranean 20022006 (ACOUSMED)
EU
Hellenic
Center
for
Marine
Research
(HCMR)
-
INLET Progetto INLET Regional
_ Applicazione
& Subdell'inferometria
Regional
differenziale SAR per il
controllo dei
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
will build on the significant advances achieved through previous
programmes such as EuroSITES, ESONET andCARBOOCEAN.
2011The objective of the GROOM project is to design a new
2014
European Research Infrastructure that uses underwater gliders
for collecting oceanographic data. This new infrastructure shall
be beneficial for a large number of marine activities and
societal applications, which can be related to climate change,
marine ecosystems, resources, or security and which rely on
academic oceanographic research and/or operational
oceanography systems.
GROOM will define the scientific, technological, and legal
framework of this European glider capacity. GROOM is a key
project for building the required observatory network that
would allow the Marine Strategy Framework Directive to be
implemented.
GROOM will develop in line with other European and
international initiatives supporting marine in-situ observations,
like in particular Euro-Argo, JERICO, and GOOS.
2009 Processing and standardization of acoustic data collected
during oceanographic cruises in the Mediterranean Sea.
2006 2007
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
FP7 19 partners
Europea
n
Commiss
ion
62.000,0
0
(62.000,0
0)
-216000
Spanish
Institute of
Oceanography
et al.
MAIN
R&I
AREAS
ng
Systems
Operati
onal
Oceano
graphy/
Observi
ng
Systems
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
-
TITLE
movimentoi verticali
del litorale veneziano
INTE Interferometria
SAR per misure di
subsidenza e
realizzazione di un
DEM dell'area tra la
Laguna sud ed i colli
Euganei - progetto
INTE
Integrated system for
the monitoring of
submarine bradisism
and subsidence
SCALE
Regional
& SubRegional
Operati
onal
Oceano
graphy/
Observi
ng
Systems
Operati
onal
Oceano
graphy/
Observi
ng
Systems
SIMON
Operati
onal
Oceano
graphy/
Observi
ng
Systems
KM3NET ITALIA Laboratorio
National
Multidisciplinare
sottomarino per la
rivelazione di neutrino
astrofisici
FP7 EUROPEAN
COMMISSION www.jericofp7.eu
JERICO Towards a
Joint European
Research
Infrastructure
network for Coastal
Observatories
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
2009 2010
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
-69000
EU
Infoporto 01/07/20 Development of integrated system for submarine bradisism
, GAMP, 12, 24
Datasel
months
EU
Institut
Français
de
Recherch
e pour
l'Exploita
tion de la
Mer
Ifremer France
G.
Cuttone /
INFN-LNS
(1700),
FESR
2011 2015
Towards a Joint European Research Infrastructure network for 6500000
Coastal Observatories project is an Integrated Infrastructure
- 401345
Initiative (I3) aiming at creating a solid, transparent
organization towards an operational service to delivery high
quality environmental data and information products on the
marine environment in European coastal seas. It promotes joint
research initiatives and standardization, and is intended to
contribute to global effort on climate change research (GEOSS).
jan-2012
Duration
3 years
Realization of the seafloor network and the first building block
of detection unit of the deep sea undertwater telescope to be
installed in Capo Passero site, 3.500 m depth – 100 km far from
South East Sicilian Coast. The underwater laboratory is
connected by using a main electro optical cable to a shore
station, located inside the Portopalo harbor area.
20.800,0
0 - PON
20072013
INGV
27
INFN
MAIN
R&I
AREAS
OTHE
R/MU
LTIPLE
R&I
AREAS
(SPECI
FY)
Operati Opera
onal
tional
Oceano Ocean
graphy/ ograp
Observi hy/Ob
ng
servin
Systems g
syste
ms,
marin
e
polluti
on,
mariti
me
transp
ort
Operati Opera
onal
tional
Oceano Ocean
graphy/ ograp
Observi hy/Ob
ng
servin
Systems g
syste
ms,
marin
e
polluti
on,
mariti
me
transp
ort
PROJECT/INITI
ATIVE & WEB
SITE
TITLE
Ministry for
Monitoraggio
Education and ambientale giorno e
Research
notte (MAGINOT)
(MIUR) - 20072013 N.O.P. for
Research and
Competitivenes
s (Cod.:
PON01_02309)
EC Structural
Funds European
Regional
Development
Fund - 20072013 Sicilian
R.O.P.
SCALE
National
Monitoraggio
Regional
sottomarino per scopi & Subambientali ed
Regional
energetici
(MONSOON)
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Ecocontr
olsud Srl.
Eurobuil
ding Spa
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
36
The objective of this project is to provide an integrated system
months for monitoring the environment continuously and in real time
(15/04/2 air and water. This monitoring, implemented with different
012 –
technologies and approaches depending on the environmental
15/04/20 matrix in question, will be fully co-ordinated by a single system
15)
of supervision and control, which ensures organic, timeliness
and wide range of answers to all the environmental issues that
may affect areas adjacent urban large industrial plants.
15
months
(20142015)
The characterization of processes in the marine environment
superficial and deep (such as submarine hydrothermal)
provides elements for the use of new renewable energy
sources (geothermal), of which the Sicilian Region is extremely
rich. This characterization is also essential for the assessment
and monitoring of natural hazards related to the marine
environment. In this context, the development of sensors, hightemporal and spatial resolution, able to detect not only the
presence of hydrothermal fluids, but also contaminants in the
waters of the sea and provide useful data to the control bodies
is a priority for a proper understanding of both the potential
energy of both the processes of environmental contamination
anthropogenic or natural.
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
8.555.55
3,76
(1.862.96
6,99)
CORE
PARTICIPANT
S
2.737.02
0,00
(458.720,
00)
IAMC-CNR;
INGV;
DAIMAR srl.;
HITEC srl.,
Innova srl.
IAMC-CNR,
University of
Messina, IFA
Srl.
MAIN
R&I
AREAS
Operati
onal
Oceano
graphy/
Observi
ng
Systems
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
http://www.m
yocean.eu/
Operati
onal
Oceano
graphy/
Observi
ng
Systems
Operati
onal
Oceano
graphy/
Observi
ng
Systems
Operati
onal
Oceano
graphy/
Observi
TITLE
SCALE
MYOCEAN2-Prototype EU
Operational
Continuity for the
GMES Ocean
Monitoring and
Forecasting Service
MYOCEANEU
Development and preoperational
validation of upgraded
GMES Marine
Core Services and
capabilities
-
NASCUM Progetto
Interreg IIIA NASCUM
EU
FP7-OCEAN2013 http://www.ne
xosproject.eu
NEXOS Next
EU
generation, Costeffective, Compact,
Multifunctional Web /
Enabled Ocean Sensor
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
MERCAT
OR (FR)
MERCAT
OR (FR)
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
aprile
The main objective of the MyOcean2 project will be to operate
2012
a rigorous, robust and sustainable Ocean
(36M)
Monitoring and Forecasting component of the GMES Marine
Service (OMF/GMS) delivering ocean physical
state and ecosystem information to intermediate and
downstream users in the areas of marine safety, marine
resources, marine and coastal environment and climate,
seasonal and weather forecasting.
This is highly consistent with the objective of the FP7 Space
Work Programme to support a European Space
Policy focusing on applications such as GMES (Global
Monitoring for Environment and Security), with benefits
for citizens, but also other space foundation areas for the
competitiveness of the European space industry.
gennaio The MyOcean consortium – composed of 60 partners over 28
2009
countries – proposes to deliver a pan-European
(39M)
MCS product and service portfolio through a robust and
optimised ocean monitoring and forecasting core
infrastructure. The validation process planned through a 3 year
experiment will enable to organise an MCS
user-driven service during a pre-operational phase with
propositions addressing the MCS long-term roadmap.
2007 2008
1.
2013 CONSOR 2017
CIO PARA
EL
DISENO,
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
33.6000
K€
(BUDGET
CNR 920
K€)
CORE
PARTICIPANT
S
33.800
K€
(BUDGET
CNR 921
K€)
CNR (IT); UK
Met Office;
INGV (IT);
NERSC (NL);
DMI CLS (FR);
CNRS (FR)JRS;
ACRI; OGS;
FMI ; IOLR;
CNR (IT); UK
Met Office;
INGV (IT);
NERSC (NL);
DMI CLS (FR);
CNRS (FR)JRS;
ACRI; OGS;
FMI ; IOLR;
363000147900
The project aims to improve the temporal and spatial coverage, 8079521
resolution and quality of marine observations by developing
- 246538
innovative and interoperable in-situ sensors, and Web Services
for key domains and applications. These sensors will measure
key parameters useful to a number of objectives, and will
20
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
ng
Systems
Operati
onal
Oceano
graphy/
Observi
ng
Systems
Operati
onal
Oceano
graphy/
Observi
ng
Systems
TITLE
SCALE
Systems Empowering
Marine, Maritime and
Fisheries /
Management
MOssAG
Observation model for Regional
Geothermal areas
& SubRegional
Operational
Ecology.
Marine
Ecosystem
Forecasting.
http://marineopec.eu/
OPEC
EU
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
CONSTR
UCCION,
EQUIPA
MIENTO
Y
EXPLOTA
CION DE
LA
PLATAFO
RMA
OCEANIC
A DE
CANARIA
S, Spain
Eurobuil
ding
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
respond to multiplatform integration, sensor and data
interoperability, quality assurance and reliability requirements.
07/04/20 Development of underwater sensors (OBM, OBG)
14, 18
months
Plymout 2012h Marine 2014
Laborato
ry,
Plymout
h, UK
The OPEC project (Operational Ecology) will help develop and
evaluate ecosystem forecast tools to help assess and manage
the risks posed by human activities on the marine environment,
thus improving the ability to predict the “health” of European
marine ecosystems.
Coastal seas provide many beneficial goods and services to
humankind, such as fisheries, recreation, climate regulation and
coastal defences, however, these marine environments are
being disrupted by climate change and human activities. It is
important that the marine environment is observed and
monitored to provide high quality environmental information /
data, understand its role in our Earth system, track changes and
predict the potential response of the ocean to stressors.
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
(140),
Liguria
Region
INGV, Edgelab
FP7 9 partners
Europea
n
Commiss
ion 2
million
Euro
MAIN
R&I
AREAS
OTHE
R/MU
LTIPLE
R&I
AREAS
(SPECI
FY)
Operati Opera
onal
tional
Oceano Ocean
graphy/ ograp
Observi hy/Ob
ng
servin
Systems g
syste
ms:
Develo
pment
of
techn
ologie
s for
the
“Situat
ional
Sea
Aware
ness”
PROJECT/INITI
ATIVE & WEB
SITE
TITLE
SCALE
http://www.se
aconditions.com
/tessa
PON 2007-2013 TESSA National
- Development of
technologies for the
“Situational Sea
Awareness”
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Coordina
tor:
Palmalisa
Marra
(Links
Manage
ment
and
Technolo
gy S.p.A.)
Other
compani
es: Nadia
Pinardi
(CMCC Centro
EuroMediterr
aneo sui
Cambiam
enti
Climatici)
; Roberto
Sorgente
(Istituto
per
l'Ambien
te
Marino
Costiero
IAMCCNR).
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
01/01/20 A cooperation among Links Management and Technology
12S.p.A., CMCC - Centro Euro-Mediterraneo sui Cambiamenti
31/05/20 Climatici and Istituto per l'Ambiente Marino Costiero IAMC15
CNR. PON01_02823 TESSA is an industrial research project
aiming to strengthen the operational oceanography service in
Southern Italy and to integrate it with platforms for delivering
information on situational sea awareness. This project is
innovative in how it will set up advanced oceanographic
modelling tools for marine areas and ports of southern Italy,
and develop hardware, middleware and software for real-time
data dissemination as well as intelligent decision support
systems for project end users
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
14.193.3
48,00
(IAMCCNR:
2.071.26
3,00)
CORE
PARTICIPANT
S
Links
Management
and
Technology
S.p.A., CMCC Centro EuroMediterraneo
sui
Cambiamenti
Climatici,
Istituto per
l'Ambiente
Marino
Costiero
IAMC-CNR.
MAIN
R&I
AREAS
Operati
onal
Oceano
graphy/
Observi
ng
Systems
Operati
onal
Oceano
graphy/
Observi
ng
Systems
Operati
onal
Oceano
graphy/
Observi
ng
Systems
Operati
onal
Oceano
graphy/
Observi
ng
Systems
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
P.O.R. FESR
2007-2013 -
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Metadat
a S.a.s.,
Italy
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
2013 Currentmeter data collection and processing in the analysis
2014
phase of the seabed.
TITLE
SCALE
PRIAMO Planning,
research and
innovation in the
marine environmentoriented
Regional
& SubRegional
PRIMI http://www.asi
.it/en/activity/
earth_observat
ion/primi
PRIMI - A modular
system for the
operational
monitoring of marine
pollution
National
-
PTF CCR-JCR
Regional
& SubRegional
2007 2014
-
PTF COMUNE
VENEZIA
Regional
& SubRegional
2007 2014
Coordina
ted by
ASI; CNRISAC,
ENEA, eGEOS,
among
others
May
2007 –
October
2010
The objective of PRIMI was to develop a modular system for the
operational monitoring of marine pollution caused by
hydrocarbon spills. The system assesses the location and
characteristics of oil slicks through the analysis of observations
by satellites, and then forecasts the changes in position and
features of the spills. In 2009, the system was validated during a
dedicated oceanographic cruise in the Sicily Channel,
demonstrating its capability of detecting oils spills and
predicting their evolution. ENEA developed a high-resolution
operational model of the Tyrrhenian Sea circulation (TYREM),
providing the current velocity data needed for the simulation of
the oil spill evolution. TYREM is operational since 2009 (see
http://utmea.enea.it/tirreno/index.php).
La convenzione prevede la fornitura di dati meteo marini
raccolti presso la nostra piattaforma “Acqua Alta” con
realizzazione di siti web e ftp dove sono resi disponibili i dati in
real time
La convenzione prevede la fornitura di dati meteo marini
raccolti presso la nostra piattaforma “Acqua Alta” con
realizzazione di siti web e ftp dove sono resi disponibili i dati in
real time
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
490411,2
5
9 - 27600
Overall
budget:
4,200 k€;
ENEA
budget:
225 k€.
Funded
by ASI
(Agenzia
Spaziale
Italiana)
-238049
-120000
MAIN
R&I
AREAS
Operati
onal
Oceano
graphy/
Observi
ng
Systems
Operati
onal
Oceano
graphy/
Observi
ng
Systems
Operati
onal
Oceano
graphy/
Observi
ng
Systems
Operati
onal
Oceano
graphy/
Observi
ng
Systems
Operati
onal
Oceano
graphy/
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
-
SCALE
PTF CVN
Regional
& SubRegional
-
PTF MAGISTRATO
ACQUE
Regional
& SubRegional
2014 -
La convenzione prevede la fornitura di dati meteo marini
raccolti presso la nostra piattaforma “Acqua Alta” con
realizzazione di siti web e ftp dove sono resi disponibili i dati in
real time
-61000
-
PTF THETIS
Regional
& SubRegional
2012 2013
La convenzione prevede la fornitura di dati meteo marini
raccolti presso la nostra piattaforma “Acqua Alta” con
realizzazione di siti web e ftp dove sono resi disponibili i dati in
real time
-48400
Progetto
Bandiera La
Ricerca Italiana
per il Mare www.ritmare.it
RITMARE - SP5 Observation Systems
for the Marine
Mediterranean
Environment
National
OGS
2011 2016
SARTEC: Modellistica
delle acque e dei
processi trofici
nell’ambito del
Regional
& SubRegional
IAMC2007 (12
CNR UOS months)
Oristano
The project aims to strengthen the Italian observing system
integrating various national scientific, industrial and
institutional components, creating infrastructure edge
products, offering to the domestic industry the opportunity to
create new products and expand into new markets. It defines
requirements, methodologies and technologies that ensure
data quality and significance, defined as the ability to represent
and interpret ecosystem characteristics and changes, and to
analyze its trends.
Modellistica numerica costiera idrodinamica accoppiata con
modello di trasporto dei sedimenti e al modello di qualità delle
acque per la simulazione della dispersione degli inquinanti da
oil spill no website,
stakeholder
conference
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
2007 La convenzione prevede la fornitura di dati meteo marini
2012
raccolti presso la nostra piattaforma “Acqua Alta” con
realizzazione di siti web e ftp dove sono resi disponibili i dati in
real time
TITLE
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
-275959
1250000
0 - MIUR
CNR (IAMC,
IBF, INSEAN,
IREA, ISAC,
ISMAR, ISSIA),
CINFAI,
CONISMA,
ENEA, INGV,
OGS, SZN
50.000,0 none
0
(50.000,0
0)
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Observi
ng
Systems
Operati
onal
Oceano
graphy/
Observi
ng
Systems
Operati
onal
Oceano
graphy/
Observi
ng
Systems
Operati
onal
Oceano
graphy/
Observi
ng
Systems
Operati
onal
Oceano
SAGA-4-EPR
SWAD
TITLE
SCALE
progetto “Sistema di
controllo ambientale e
gestione del territorio
del Golfo degli Angeli
noto come Golfo di
Cagliari”
SAtellite/seafloor/Gro National
und data Analyses for
Earthquake Pattern
Recognition
Sea WAtch Dog,
Unmanned Surface
Vehicle
Strengthening SIDERI
International
Dimension of
Euro-Argo
Research
Infrastructure
http://www.eu
ro-argo.eu/EUProjectsContribution/SI
DERI2
SCANCOAST
Study and monitoring
of coastal landslides
with laser scanning
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
depuratori e di qualità delle acque del Golfo degli Angeli (Golfo
di Cagliari)
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
INGV
01/01/20 Understanding Earthquake process as a complex and Recognise
10, 36
potential Earthquake Patterns
months
National
DLTM
01/06/20 Development and testing of unmanned surface vehicle that can (220),
12, 36
also host gravimetric equipment.
MIUR
months
EU
IFREMER, 2011F
2013
Regional
& SubRegional
BK srl,
GAMP,
SITEP
The objective is to strengthen the links and integration of the
Euro-Argo European research infrastructure into the Argo
international strategy of global ocean observations, and to seek
participation by, and to develop cooperation with, potential
participants in the European neighbouring areas which have a
maritime interest.
01/06/20 Monitoring of coastal erosion
14, 18
months
(60),
MISE,
other
funds
from
China
University of
Chieti
INGV
FP7 13 partners
Europea
n
Commiss
ion
(200),
Liguria
Region
INGV
MAIN
R&I
AREAS
graphy/
Observi
ng
Systems
Operati
onal
Oceano
graphy/
Observi
ng
Systems
Operati
onal
Oceano
graphy/
Observi
ng
Systems
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
techniques from
marine vector
USV- PERMARE Surface autonomous
National
vehicle for monitoring
marine environment
DLTM
01/06/20 Development of a system of autonomous surface units for the
12, 36
management of vehicles that collect environmental data
months
(180),
MIUR
INGV
www.dltm.it
National
Distretto
Ligure
Tecnolog
ie Marine
Oct 1st,
2013;
duration
3 years
Development of an observing and forecasting system for
coastal areas. Downstrean services linked to the European
Copernicus - Marine Core Services
9903K €
Regional
& SubRegional
Centro
Regional
e
Informati
on
Commun
ication
Technolo
gy
Waiting
for the
activatio
n of
specific
projects
from
MIUR
Realization of technological infrastructure to produce sensor
array based on nano and photonic technologies.
20000,
MIUR
SELEX ES,
UniGe, CNR,
ENEA, INGV,
ARPAL, DHI
Italia,
GraalTech,
Delta Progetti,
FlowIng
INGV,
UNISANNIO,
UNINAPOLI,
UNI
FEDERICOII,
CNR, SZN,
ENEA
2006 2007
Ruolo della turbolenza nei modelle oceanici tridimensionali ONR
Operati
onal
Oceano
graphy/
Observi
ng
Systems
TOP-IN
Operati
onal
Oceano
graphy/
Observi
-
Sviluppo di tecnologie
e software per una
Rete Integrata
previsionale
Mediterranea per la
gestione
dell’Ambiente marino
e costiero – RIMA
Tecnologie
OPtoelettroniche
per l’INdustria
TURBOLENZA
Internatio
MODELLI OCEANICI
nal
Ruolo della turbolenza
nei modelle oceanici
tridimensionali - ONR
- CARNIEL
-88219
MAIN
R&I
AREAS
ng
Systems
Operati
onal
Oceano
graphy/
Observi
ng
Systems
Operati
onal
Oceano
graphy/
Observi
ng
Systems
Other/
Multiple
areas
(specify
in
column
B)
Other/
Multiple
areas
(specify
in
column
B)
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Monsoon
-
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
27/05/20 Development of sensors at high temporal and spatial
14, 12
resolution, able to detect not only the presence of
months hydrothermal fluids, but also any contaminants in the sea
waters.
2790
(485),
Sicily
Region
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Underwater
monitoring for
environmentl and
energy purposes
Regional
& SubRegional
Eurobuil
ding
Regional
& SubRegional
INGV,
19/06/20 The overall objective of the project is therefore the realization
Genoa
13, 24
of a
Port
months system monitoring and forecasting of sea state in the areas in
Authority
front of
the ports of the Tyrrhenian Sea, through cooperation between
port communities and
Research centres.
CNR
02/01/20 The NextData Project has defined three Grand Challenges: (1)
12, 49
the construction of a system of archives and portals for
months distributing climate and environmental data on current
conditions and ongoing changes in mountain regions; (2) the
reconstruction of climate and its variability in Italy in the last
two Millennia, and (3) the development of an ensemble of highresolution downscaled temperature and precipitation fields
from future climate scenarios over Italy for the next few
decades.
2006 Afflusso di acque sotterranee nella Laguna di venezia - resp.
2007
Zaggia
VENTO PORTI E Vento, Porti e Mare
MARE
Data
NEXTDATA
archivi
ng and
disse
minati
on
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
TITLE
A National system to
collect, store and
access and
dissemination of
environmental and
climatic data in
marine and mountain
regions
National
ACQUE SOTTERRANEE National
Contratto CNR/APAT Afflusso di acque
sotterranee nella
Laguna di venezia
INGV,
Hightech
2000, Innova,
CNR
1992 k€,
Autorità
Portuale
della
Spezia
40000
(3000),
MIUR
-190000
CMCC, DISATUNIMIB,
CASPUR, ENEA
UTMEA, ICTP,
INGV
MAIN
R&I
AREAS
Other/
Multiple
areas
(specify
in
column
B)
Other/
Multiple
areas
(specify
in
column
B)
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
PYXIS
Under
water
techn
ologie
s
TITLE
SCALE
Albero integrato per il Regional
Sistema Nave Militare & SubRegional
ARchaeological ARROWS
RObot systems
for the World’s
Seas (FP7 call
ENV-2012,
challenge 6.26, devoted to
“Development
of advanced
technologies
and tools for
mapping,
diagnosing,
excavating, and
securing
underwater
and coastal
archaeological
sites”),
http://www.arr
owsproject.eu/
Other/
Enviro TREVI
Bathymetric,
Multiple nment
morphological and
areas
al
biological
(specify charac
characterization of
in
terizat
the seabed in the
ion
zone of the "off-shore
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
FINCANTI
ERI
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
01/12/20 Study of an integrated mast for a naval ship in order to reduce
12present conflict aspects between sensors and antennas and
31/01/20 improve the global performances, based on a modern design
15
approach
EU
Prof.
Benedett
o Allotta,
Universit
y of
Florence
(DIEF)
Septemb
er 1,
2012, 36
months
(end
August
31, 2015)
Development of new technologies and adaptation of existing
ones (from military and Oil&Gas) to be used in underwater
archaeology. Development of three different Autonomous
Underwater Vehicles for archaeology
Regional
& SubRegional
CoNISMa 10/12/20 Determination of the main physiographic, geologic-structural,
08 (3,70 geomorphological and biocenotic aspects characterizing two
M)
areas of the seabed of the Adriatic coast of Puglia (sited
respectively in the south of the Gulf of Manfredonia and
Brindisi). The study aimed to provide an envirionmental
characterization of such area, to identify areas potentially
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
ca
1600k€
CORE
PARTICIPANT
S
Total
cost
4,000k€,
Funding
3,000k€,
EC
ISTI-CNR, Pisa,
Edgelab S.R.L.,
Portoferraio,
TUT, Tallinn,
Estonia,
Heriot-Watt
University,
Edinburgh, UK
€
128.000,
00 TREVI
ENERGY
SPA
CoNISMa
FINCANTIERI
UNIGE
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
column
B)
Other/
Multiple
areas
(specify
in
column
B)
Other/
Multiple
areas
(specify
in
column
B)
Coasta no website,
l
stakeholder
Morfo conference
dinami
cs
TITLE
wind farm Center of
the Golfo di
Manfredonia”.
BEACH - Beach
Environment,
management And
Coastal Hazard
ftp://ftp.cordis. BEinGRID-Business
europa.eu/pub Experiments in Grid
/ist/docs/grids/
beingrid_en.pd
f
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Regional
& SubRegional
Dipartim
ento di
Scienze
Chimiche
e
Geologic
he
Universit
à di
Cagliari
ATOS
ORIGIN
SOCIEDA
D
ANONIM
A
ESPANOL
A
EU
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
suitable for hosting off-shore wind turbines respectively
consisting of 100 and 50 fixed wind turbines.
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
2012 (30
months)
The project analyses the carrying capacity and the resilience of
beach systems as function of extreme events and human
pressure along the coast of Sardinia (Italy).
209.000, none
00
(81.000,0
0)
giugno
2006
(42M)
The
15.700
strategic objectives
K€
of BEinGRID are:
•
To understand the requirements for Grid use in the commercial
environment, involving software vendors, IT integrators, service
providers and end-users.
•
To enable and validate the adoption of Grid technologies by
business.
•
To design and build a Grid toolset repository with components
and
solutions based on the main Grid software distributions
including: the
Globus Toolkit, gLite, Unicore, Gria and basic web service
specifications.
•
To develop and deploy a critical mass of grid-enabled pilots,
embracing a broad spectrum of economic sectors with different
THE
UNIVERSITY
OF
EDINBURGH,C
NR, et al.
MAIN
R&I
AREAS
Other/
Multiple
areas
(specify
in
column
B)
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
PRIN 2012 -
Other/
Multiple
areas
(specify
in
column
B)
Other/
Multiple
areas
(specify
in
column
B)
Enviro SKYSAVER
nment
al
charac
terizat
ion
Other/
Multiple
areas
(specify
Enviro PORTO
nment CAGLIARI
al
charac
Project
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
needs and requirements in terms of technological Grid
challenges
Birth of an ocean in
Internatio MIUR2014 Understanding the transition from continental rifting to sea
Red
nal
CNR
2017
floor spreading and the consequent formation of passive
Sea_geodynamics,geo
ISMAR
margins is a major challenge in the Earth Sciences. The Red Sea
chemistry and hight
BOLOGN
Gulf of Aden region is a natural laboratory where these
resolution plate
A
questions can be uniquely addressed, because it offers the
kinematics.
opportunity to observe different stages of formation of a new
oceanic basin. The main objective of the project is to study
tectonic, magmatic, geodynamic, and kinematic processes
leading to the birth of a new ocean in the Red Sea. Our previous
work on these themes has been at the forefront of research,
and we have produced significant contributions to the geology
of the Red Sea region.
Caratterizzazione
Regional CoNISMa 28/07/20 Description of the main physiographic, geologic-structural,
batimetrica, biologica, & Sub07 (7,17 geomorphological and biocenotic aspects characterizing an area
morfologica,
Regional
M)
of the seabed of the Adriatic coast of Puglia located near the
stratigrafica,
coast of Tricase Porto (LE). The study aimed to characterize the
geotecnica e chimica
environment of such area to identify areas potentially suitable
dei fondali nell'area
for hosting an offshore wind farm made by 48 floating wind
"Tricase Project".
turbines.
CESPERT National
IMAST
start:
Obiettivo generale del programma è lo sviluppo di compositi
Thermoplastic
02/07/20 strutturali a matrice termoplastica e le relative tecnologie di
composites and
07 – 5
produzione per: la realizzazione di parti mobili per veicoli,
structures for
years
componenti strutturali per applicazioni aeronautiche e parti per
transport sector
applicazioni ferroviarie.
Sono state sviluppati componenti prototipali caratterizzati dal
soddisfacimento dei requisiti e caratterizzate da una riduzione
del peso compreso tra il 10-20% rispetto alle soluzioni
tradizonali
Chemical, physical,
Regional CoNISMa 12/12/20 The aim of this project was the characterization of sediments
microbiological and
& Sub11 (3,03 quality within the Harbour of Cagliari. Results of physicalecotoxicological
Regional
M)
chemical and ecotoxicological analyses were elaborated
characterization of
through a recently developed model of risk assessment, and the
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
321397 160698
€
65.868,0
0SKYSAVE
R SRL
CoNISMa
8.686.00
0 Euro MIUR
CETMAAleani
Aermacchi CENTRO
RICERCHE
FIAT-IMAST
€
79.600,0
0Autorità
CoNISMa
MAIN
R&I
AREAS
in
column
B)
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
terizat
ion
Other/
Multiple
areas
(specify
in
column
B)
Other/
Multiple
areas
(specify
in
column
B)
CLUSTER CLUB
(www.clustercl
ub.eu)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
excavation materials
and of those from
excavations and
earthworks in ambit
of the works of
"creation of a fishing
dock in the Port of
Cagliari.
Cluster Club
EU
Ms
Roberta
LAZZARI
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
resulting classification of sediments compared with a classical
pass-to-fail procedure. Management options were suggested
for such materials.
March
1st, 2011
- 30
months
Associati
on of
Chamber
s of
Commer
ce of
Veneto
Region Eurospor
tello
CC &
impact
s/
coasta
l
govern
ance
and
COASTGAP
(MED) www.coastgap.
eu
Coastal Governance
and adaptation
policies in the
Mediterranean
EU
Lazio
Region
(IT)
The project aimed at supporting the reinforcement of cluster
systems of the nautical and shipbuilding sectors, with particular
reference to SMEs. It enhances the improvement of the
innovation possibilities of territorial and productive systems
through cooperation, business opportunities and market
research.
Results:
• a map of SMEs working in nautical and shipbuilding sectors
including the supply chain of plastic, rubber, metal, wood and
textiles;
• a map of institutions, organizations and excellence centres
which support or may support nautical clusters;
• development of four Pilot Actions
July 2013
Decembe
r 2014
COASTGAP aims to capitalize 12 best practices from 9 projects
of the cluster (from MED and other programmes), to produce
governance and adaptation policies aimed to reduce risk along
coastal zones and foster their sustainable development. In
order to provide an operational and coherent strategy for the
2014-2020 financial period, supported by multi-level
agreements among coastal Administrations, COASTGAP aims to
design, characterize and prepare to launch a Joint Action Plan
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Portuale
di
Cagliari
2.819 k€
IT – CCIAA
Venezia et al
Financed
within
IPA
Adriatic
crossborder
cooperatio
n
Program
me
2007/20
13 and
by
National
Funds.
1360000 Regione Lazio
€ 76%
et al.
ERDF
MAIN
R&I
AREAS
SCALE
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
on Adaptations to Climate Changes in MED, based on the
Macro-Project outlined in the Bologna Charter.
Universit 01/01/20 Cooperative robotic system to support diver operations
y of
14 –
Zagreb
31/12/20
16
OTHE
R/MU
LTIPLE
R&I
AREAS
(SPECI
FY)
adapta
tion
Other/
Roboti
Multiple cs,
areas
(specify
in
column
B)
PROJECT/INITI
ATIVE & WEB
SITE
TITLE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
CADDY
www.caddyfp7.eu
Cognitive autonomous EU
diving buddy
Other/
Multiple
areas
(specify
in
column
B)
Other/
Multiple
areas
(specify
in
column
B)
Other/
Multiple
areas
(specify
in
column
B)
-
CONTROLLO
ALTIMETRICO
AEROPORTO NICELLI
Contratto
CNR/Consorzio
Venezia Nuova
Regional
& SubRegional
Roboti CART
cs,
cart.posidonia.
Transp com
ort
Cooperative
Autonomous Robotic
Towing system
EU
Posidoni
a srl
01/11/20 Robotics systems for the recovery of emergency towing devices
11 –
for distressed ships
31/07/20
13
Project
DITECO- Difetti,
danneggiamenti e
tecniche di
riparazione nei
processi produttivi di
grandi strutture in
composito.
National
ALENIA
AERMAC
CHI
S.p.A.
start:01/ Il progetto prevede lo sviluppo di una piattaforma di analisi
07/2013- strutturale con lo scopo di eseguire diagnosi e prognosi in
2YEARS
presenza di strutture in materiale composito danneggiate e/o
difettate. L’attenzione sarà rivolta ai danni/difetti riscontrati
durante il processo produttivo e la vita operativa,
distinguendoli fra quelli che coinvolgono i materiali e quelli che
coinvolgono le strutture.
Se occorre riparare il componente per la presenza del
danno/difetto si procederà con lo sviluppo di tecniche di
riparazione innovative e si svilupperanno le metodologie di
2006 2008
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Total
cost:
4890582.
00 €;
CNR
funding:
559792.0
0€
Contratto CNR/Consorzio Venezia Nuova - Controllo altimetrico
-59040
dello scalo aeroportuale dell'isola del Lido di Venezia, aeroporto
Nicelli
Total
cost:
912113,2
0 €; CNR
funding:
301831.0
0€
8,820.88
1 euro MIUR
CNR-ISSIA, ISTISR, University
of Wien,
Jacobs
University,
DAN Europe
CNR-ISSIA,
University of
Zagreb, Det
Norske Veritas
Politecnico di
BariUniversità del
Salento et al.
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
Other/
Multiple
areas
(specify
in
column
B)
Enviro PORTO
nment OTRANTO
al
charac
terizat
ion
Drafting of the
Regional
environmental Impact & Substudy of the Port of
Regional
Otranto (Lecce).
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
analisi per la loro ottimizzazione. Si studierà il comportamento
della struttura riparata
CoNISMa 10/02/20 The objective of the research is to assess the environmental
11 (16,87 impact resulting from an enlargement of the Port of Otranto.
M)
The impact on benthic communities and posidonieto has been
clearly identified. accurate GIS mapping was carried out
through inserting oceanographic and biological data,
developing models of possible spread of sediments during
construction work.
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Other/
Marin
Multiple e Data
areas
(specify
in
column
B)
European
EMODNET
Marine
Observation
and Data
Network
www.emodnet.
eu/
EU
DG Mare 20132016
Other/
Multiple
areas
(specify
in
column
B)
-
EU
2004 2007
Eseas-RI European
Sea-Level Service
Research
Infrastructure
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
€
CoNISMa
69.900,0
0Società
Italiana
Condotte
d'Acqua
spa
7095,
166 partners
Europea
n
Commiss
ion
The European Marine Observation and Data Network
(EMODnet) is a consortium of organisations within Europe that
assembles marine data, data products and metadata from
diverse sources in a uniform way. The main purpose of
EMODnet is to unlock fragmented and hidden marine data
resources and to make these available to individuals and
organisations (public and private), and to facilitate investment
in sustainable coastal and offshore activities through improved
access to quality-assured, standardised and harmonised marine
data. EMODnet is an initiative from the European Commission
Directorate-General for Maritime Affairs and Fisheries (DG
MARE) as part of its Marine Knowledge 2020 strategy.
Presently, there are six sub-portals in operation that provide
access to marine data from the following themes: bathymetry,
geology, physics, chemistry, biology, and seabed habitats . One
further portal covering human activities is currently under
construction.
The project is established by ESEAS to support the research
2300000
infrastructure of ESEAS and facilitate scientific exploitation of
European sea level observations. The availability of a qualitycontrolled database of hourly tide gauge data, and the
upgrading of the ESEAS network are major milestones. The
research will result in a model of sea level variations, providing
21
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
Other/
Multiple
areas
(specify
in
column
B)
Resear
ch
Infrast
ructur
es
Towards an
EUROFLEETS
alliance of
European
research fleets
http://www.eu
rofleets.eu/
Other/
Multiple
areas
(specify
in
column
B)
Policy
and
strate
gy
paper/
CC
adatpa
tion
and
govern
ance
policie
s/
MSPICZM/
Resear
Bologna
Charter 2012 http://bologna
charter.facecoa
st.eu/
European Regions
Charter for the
promotion of a
common framework
for strategic actions
aimed at the
protection
and sustainable
development of the
Mediterranean
coastal areas
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
a basis for studies of climate processes at decadal to interdecadal time scales and a description of extreme sea levels.
EU
IFREMER, 2009EUROFLEETS' networking activities will create a common
F
2013
strategic vision for European research fleets and their
associated heavy equipment, such as submersible vehicles. This
will ensure that the best quality research is carried out and will
work to avoid duplication of experiments. Moreover, the
project will provide coordinated infrastructure access to
researchers across Europe which will allow them to take full
advantage of marine research fleet services and facilities which
will be improved as part of the project.
EUROFLEETS will also create a set of standards and
experimental protocols to be used by all members of the
alliance. The implementation of such standards will serve to
ensure the optimal use of marine research fleets and promote
interoperability of equipment. There will also be an emphasis
on eco-responsibility and guidelines will be created to limit the
environmental impact of research vessels.
Internatio EmiliaMarch
Policy paper outlining a strategy and a Macro-Project for the
nal
Romagna 2013
14-20 period, signed in March 2013 in Brusseles by 14 Med
Region
(signatur coastal Administrations, up today 22 EU Administrations, 1 non
(IT)
e in
EU (Israel) and 1 international organisation (Intermediterranean
Brussels) Commission of the CRPM). The Macro-Project is now under
development through the preparation of a Joint Action Plan
(witih the COASTGAP project) including project initiatives on
Knowledge networking, Research & Innovation, Planning and
governance of coastal and maritime space, designing and
fostering Major Coastal Projects implementation according with
ICZM-MSP principles.
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
FP7 24 partners
Europea
n
Commiss
ion 7.2
million
Euro
n.a.
23 adherents
up today
MAIN
R&I
AREAS
OTHE
R/MU
LTIPLE
R&I
AREAS
(SPECI
FY)
ch&In
novati
on/
Obser
ving
syste
m/
sedim
ent
manag
ement
Other/
Projec
Multiple ts
areas
Cluste
(specify r
in
column
B)
Other/
Multiple
areas
(specify
in
column
B)
PROJECT/INITI
ATIVE & WEB
SITE
TITLE
Other/
Multiple
areas
(specify
in
http://www.ge GEBCO
bco.net/about_
us/meetings_a
nd_minutes/do
cuments/magic
_presentation_
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
FACECOAST
Face the challenge of
Med Cluster
climate change in the
http://www.fac med coastal zone
ecoast.eu/
EU
Lazio
Region
(IT)
FP7 EUROPEAN
COMMISSION http://lim050.u
pc.es/field_ac/
wp6.html
EU
Universit 2010 at
2012
Politècni
ca de
Cataluny
a - UPC Spain
National
Consiglio
Nazional
e delle
Ricerche
(CNR)
Field_AC Fluxes,
interactions and
environment at the
land-ocean boundary.
Downscaling,
Assimilation and
Coupling
Novemb
er 2011
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Network of Projects, completed or on going, dealing with
n.a.
coastal protection, sustanable development, CC adaptation and
maritime space issues, coming from different EU Programs in
the Mediterranean, with the aim of put in value and capitalise
projects reults, tools, best practices.
Fluxes, interactions and environment at the land-ocean
4230000
boundary. Downscaling, Assimilation and Coupling Coastal-zone - 399600
oceanographic predictions seldom appraise the land discharge
as a boundary condition. River fluxes are considered but
neglecting their 3D character, while the continental run-off is
not taken into consideration. Many coastal scale processes,
particularly those relevant in geographically-restricted domains
are similarly not well parameterized. The project aims at
improving errors in local predictions in the Mediterranean Sea
area.
Results (direct): Some 20.000 nautical miles of existing
multibeam data recovered and reprocessed (if possible) More
than 40.000 nautical miles of MB data acquired during >500
ship working days 72 Sheets (1:50.000, A0 format) of the “Map
of Geohazard Features of the Italian Seas” have been produced
(4 interpretative levels) Nearly 8.000 maps present in
Projects
adhering on
the basis of a
Memorandum
of
Understandin
g
10
Consiglio
Nazionale
delle Ricerche
(CNR): IGAG,
ISMAR, IAMC;
Consorzio
MAIN
R&I
AREAS
column
B)
Other/
Multiple
areas
(specify
in
column
B)
OTHE PROJECT/INITI TITLE
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
abstract_gebco
_2013.pdf
SCALE
Biodiv
ersity;
extre
me
ecosys
tems
EU
Integrated
HERMES
project (EU
FP7) aimed at
defining hot
spot
ecosystems
and
geoshere/biosh
ere interaction
in Euopean
seas
http://www.eu
-hermes.net/
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
scientific/technical literature have been classified, georefernced
and made available in the web-GIS “infor.mare” sub-project
Results (indirect) Creation of a large base of bathymetric data
that will be used for any civil protection operation and will
highlight future variation at the seafloor Increase in our
knowledge of events/processes occurring at the seafloor, by
extensive data comparison and repetition of survey trough time
on key areas Spread over among the Italian Marine Geology
research community competencies on multibeam data
acquisition, processing and interpretation Promote marine
geology studies on the Italian Seas especially among young
fellows Create a collaborative approach among the marine
geology research community, to answer needs and
opportunities at national and international level
NOC,
2005A major aim of European policy is to develop european
Southam 2009
continental margin resources in an ecologically sustainable
pton
manner. This requires a profound knowledge of ocean margin
(UK)
ecosystem structure and dynamics considering the variety and
complexity of the continental margin environments, which hold
deep sea corals, chemosynthetic life, and more or less
specialised fauna in canyons. Such knowledge must be
generated in an integrated way that ties research on
biodiversity and biological processes intimately with the
physical factors controlling ecosystems (geology,
sedimentology, physical oceanography, biogeochemistry). In
addition, it is important to set present-day ecosystems in an
historical framework by studying the sediment record to
determine long-term environmental changes and the potential
response of ecosystems to global change over decadal to
millennial scales. Changes due to large-scale natural forcing
(e.g. climate oscillations, sea level change) or to more local
human effects (e.g. resource exploitation, inputs of pollutants
and nutrients) must be distinguished from each other before
man’s activities make this distinction impossible. In some
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
azionale
interuniversita
rio per le
scienze del
mare
(CONISMA);
Ist. Naz.
Oceanografia
e Geofisica
Sperimentale,
Trieste (OGS);
SOPROMAR
SPA
15
million
euro;
Europea
n
commissi
on (FP7)
50 partners
including 9
small
companies,
from 17
European and
neighbouring
countries
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Other/
Multiple
areas
(specify
in
column
B)
Other/
Data
Multiple tools
areas
(specify
in
column
B)
Other/
Multiple
areas
(specify
Opera
tional
ocean
ograp
-
i-Marine,
www.imarine.eu/
Implementatio
n of HV sea
water quality Operational
TITLE
SCALE
IDROCARBURI
LAMBRO
Monitoraggio dei
corpi idrici interessati
dallo sversamento di
idrocarburi nel
Lambro - resp Cassin
i-Marine - Data eInfrastructure
Initiative for Fisheries
Management and
Conservation of
Marine Living
Resources
Regional
& SubRegional
EU
Implementation of HV Regional
sea water quality & SubOperational
Regional
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
areas, notably deep-water coral colonies, man’s impact on the
environment has already been considerable.With the above
background a large group of European scientists put forward a
proposal to the European Union’s 6th Framework Research
Programme in February 2004 to study particular benthic
ecosystems on Europe’s continental margins. The project HERMES (Hotspot Ecosystems Research on the Margins of
European Seas) - began in April 2005 and finished in March
2009. HERMES studied "hotspot" ecosystems: discontinuous
environments that are constrained by chemical, physical,
topographic and geological factors and which contain a wealth
of unknown species that thrive in insular habitats. Determining
the distribution as well as the resilience of these ecosystems is
fundamental to producing plans for their sustainable
management.
2011 Monitoraggio dei corpi idrici interessati dallo sversamento di
idrocarburi nel Lambro
GEIE
2011ERCIM & 2014
Consiglio
Nazional
e delle
Ricerche
(CNR)
Ambient
e s.c., IT
20132014
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
-64300
Establishing and operating an e-infrastructure supporting the
5000000
principles of the Ecosystem Approach to fisheries management
and conservation of marine living resources. The aim will be to
reuse and render interoperable existing policies, technologies,
and e-infrastructures. By leveraging on these collaborations and
by taking advantage of additional funding that these
organizations invest in the project, the number of available
resources brought into play will be maximized.
Implementation of the Program of monitoring wastewater and
sea water quality. Establishment of the central database for
Internati
monitoring stations and beaches on the Project level.
onal
Implementation of the monitoring program in accordance with Bank for
MAIN
R&I
AREAS
OTHE
R/MU
LTIPLE
R&I
AREAS
(SPECI
FY)
in
hy;
column Marin
B)
e
polluti
on;
Ocean
and
huma
n
health
Other/
Roboti
Multiple cs,
areas
Transp
(specify ort
in
column
B)
PROJECT/INITI
ATIVE & WEB
SITE
Other/
Multiple
areas
(specify
in
column
B)
Other/
Multiple
areas
(specify
in
Coasta
l
Hazar
ds/tec
hology
develo
pment
TITLE
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
the established database and criteria defined in the Terms of
Reference and training of staff of Hrvatske vode, authorized
laboratories and municipal utilities for monitoring wastewater
and sea water quality, as well as for analysis and interpretation
of results.
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
MINOAS
Innovative Product
www.minoaspr Concepts project:
oject.eu
Marine INspection
rObotic Assistant
System
EU
RINA SpA 01/06/20 Robotic systems for inspection of ship structures
09 –
30/06/20
12
THESEUS (FP
VII) www.theseusp
roject.eu
Innovative
technologies for safer
European coasts in a
changing climate
EU
Prodifcon
Integrated ship
Regional
design, defense and
& Subcontrol for naval ships Regional
Bologna Decembe THESEUS examined the application of innovative combined
Universit r 2009 - coastal mitigation and adaptation technologies generally aiming
y (IT)
Novemb at delivering a safe (or low-risk) coast for human
er 2013
use/development and healthy coastal habitats as sea levels rise
and climate changes (and the European economy continues to
grow). The primary objective was to provide an integrated
methodology for planning sustainable defence strategies for
the management of coastal erosion and flooding which
addresses technical, social, economic and environmental
aspects (DSS). An interesting results was the concept desgin of
floating breakwaters transforming wave motion in elctricity.
OSN
01/09/20 In the project activity the ship platform and the so called
286K€
12payload onboard naval ships is seen as a whole in the
30/08/20 perspective of a Whole Warship concept, along ship life cycle
15
monitoring.
monitoring.
http://www.vo http://www.voda.hr/
da.hr/
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Reconstr
uction
and
Develop
ment
(IBRD)
1,66
million
Euro
Total
cost:
2863999.
35 €;
CNR
funding:
293851.5
0€
6530000
CNR-ISSIA,
DFKI, Lloyd's
Register,
University of
Balearic
Islands,
Glafcos
Marine
http://www.t
heseusproject.
eu/teammebers/projec
tpartners/bene
ficiaries
OSN,
FINCANTIERI,
UNIGE, IBR
SISTEMI,
MAST
MAIN
R&I
AREAS
column
B)
Other/
Multiple
areas
(specify
in
column
B)
Other/
Multiple
areas
(specify
in
column
B)
Other/
Multiple
areas
(specify
in
column
B)
Other/
Multiple
areas
(specify
in
column
B)
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
Flagshi RITMARE
Italian Research for
National
p
the ocean
projec
t,
ocean
resear
ch
KM3NET-DS KM3NET Design Study EU
www.km3net.o
rg
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
CNR
01/01/20 RITMARE Flagship Project is one of the National Research
12, 60
Programmes funded by the Italian Ministry of University and
months Research
88000
(5000),
MIUR
ENEA,
CoNISMa,
OGS, INGV,
SZN, CINFAI
U. Katz Universit
y of
Erlangen
march2006 duration
3 years
Project aimed to the definition of a design study report of the
Neutrino underwater telescope KM3NeT. The main goals has
been the definition f a Technical design report of the deep sea
infrastructure, including the realization of some main items.
9.000,00
- EU 6°
FP
39 = INFN,
CNRS, NIKHEF,
University of
Erlangen, CEA,
..
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
KM3NET-PP KM3NET Preparatory
www.km3net.o Phase
rg
EU
E.
Migneco
/ INFNLNS
march2008 duration
4 years
The project aimed to define the political and organization
structure of the km3net collaboration towards the definition of
the future ERIC for the management of the deep sea
infrastructure. On the same project has been worked in order
to define the pre produtcion model of the main item of the
telescope and the mass production plan
5.000,00
- EU 7°
FP
INFN, CNRS,
NIKHEF,
University of
Erlangen, CEA,
..
Project
National
GE AVIO
start:
Il progetto si propone di creare un sistema nazionale di
10/10/20 competenze distintive focalizzate sullo sviluppo di nuove
11-4 year tecnologie di riparazione dedicate al recupero di sofisticati
componenti aeronautici e aeroderivativi.
L’esigenza di creare un laboratorio nazionale dedicato al repair
deriva dalla crescente necessità di individuare nuove tecnologie
avanzate per riparare componenti ad elevato valore unitario
costituiti con materiali e processi complessi, garantendo un
elevato livello qualitativo, elevate prestazioni del componente
riparato, affidabilità e sicurezza, e limitando la dipendenza dalle
16.938.4
17,99
EuroMIUR
GE-Avio Università del
SalentoUniversità di
SalernoCentro LaserCETMANanofab
LABREPLABORATORIO SUL
REPAIR
MAIN
R&I
AREAS
Other/
Multiple
areas
(specify
in
column
B)
Other/
Multiple
areas
(specify
in
column
B)
Other/
Multiple
areas
(specify
in
column
B)
Other/
Multiple
areas
(specify
in
column
B)
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
MAC New methodologies
and process materials
for Advanced
Shipbuilding
National
CETMA
Innova MIUR
tive
fodder
Mangime per
macroalghe e
invertebrati marini:
MANG.I.MAR
Regional
& SubRegional
IAMC,
CNR
Roboti MORPH
cs,
morphmarin project.eu
e
scienc
e
Marine robotic system EU
of self-organizing
logically linked
physical nodes
Project
CC &
Impact
s/ICZ
M/Poll
ution/
fishing
MAREMED
Maritime Regions
(MED) cooperation in the
www.maremed Mediterranean
.eu
EU
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
tecnologie proprietarie sviluppate sino ad ora dai maggiori
costruttori aeronautici mondiali.
start:
Sviluppo di nuove tecnologie e nuovi materiali che facilitino
1/1/2007 l’introduzione di strutture e componenti realizzati con materiali
– 9 years e processi innovativi sotto gli aspetti funzionali, economici ed
ambientali, sia metodologie di progettazione accurate e
affidabili per la reingegnerizzazione dei componenti.
20122014
Obiettivo principale del progetto è stato la formulazione di un
mangime innovativo da usarsi in piscicoltura contenente
macroalghe e invertebrati (anellidi policheti) marini, che
consenta di ridurre l’uso di farine di pesce derivanti dal pescato
e di mantenere nel contempo gli stessi standard di qualità del
prodotto ottenuti con i mangimi tradizionali
Atlas
01/02/20 Novel concept of an underwater robotic system composed of a
Elektroni 12 –
number of spatially separated mobile robot-modules, carrying
k GmbH 31/01/20 distinct and complementary resources
16
PACA
region
(FR)
Septemb
er 2010 May
2013
MAREMED was dealing with the following themes: Maritime
policy governance, the integrated management of coastal and
maritime areas, fisheries, adaptation to climate change in
coastal areas, efforts to reduce pollution and data
management.
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
7.498.62
0 EuroMIUR
Consorzio
CALEF;
CETENA Spa;
RINA Services
S.p.A.;
INTERMARINE
S.p.A.
285000 4 units of
perment staff,
1 unit of
temporary
staff, 1
scholarship
Total
cost:
8521744.
00 €;
CNR
funding:
398040.0
0€
1686526.
93
CNR-ISSIA,
CMRE, IST-ISR,
University of
Girona,
IFREMER,
Jacobs
University,
IMAR
LARNACA
DISTRICT
DEVELOPMEN
T
AGENCY,CATA
LUNYA
(ASSOCIATE
PARTNER),
COMMUNIDA
D
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
Other/
Multiple
areas
(specify
in
column
B)
CC &
Impact
s/sedi
ment
manag
ement
/EIA &
SEA
MEDSANDCOAST
(ENPI ) - Innovative
models of marine and
coastal resources
governance for a
strategic defense of
the Mediterranean
littorals
Internatio Lazio
nal
Region
(IT)
MEDSANDCOA
ST (ENPI )www.medsand
coast.facecoast
.eu
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
Decembe
r 2013 Decembe
r 2015
Several Mediterranean Coastal Administrations are engaged in
this project in order to share and implement models of
governance of two specific marine-coastal resources: the
coastal territories and the marine and coastal sediments. These
two assets were indicated in Bologna Charter as the strategic
resources that must be managed very carefully in the mid-long
term to face CC effects. Coastal risk management, marine and
coastal sand deposits characterization, dunes protection and
recovering are the three main WPs of the project. A fourth one
is dedicated to the governance aspects and in particular to the
rules for a possible shared management of the deep marine
sediment quarries.
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
VALENCIANA,
MURCIA,
AQUITAINE
(ASSOCIATE
PARTNER),
CORSICA,
PROVENCE ALPES - CÔTE
D'AZUR, Crete,
EmiliaRomagna,
Lazio, Liguria,
Marche,
Toscana, CIM,
CRPM
1.322.00 Regione Lazio
0 € 90% (IT),
ERDF
Département
de l'Hérault
(FR),Regione
Toscana
(IT),Agence de
Protection et
Amenagement
du Littoral
APAL (TN),
ATIM (TN),
Municipal
Union of
Sahel Al
Zahrani (LB),
Amwaj al Biaa
(NGO
MAIN
R&I
AREAS
Other/
Multiple
areas
(specify
in
column
B)
Other/
Multiple
areas
(specify
in
column
B)
Other/
Multiple
areas
(specify
in
column
B)
Other/
Multiple
areas
(specify
in
column
B)
Other/
Multiple
areas
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Coasta
l
Hazar
ds
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
-
MONITORAGGIO
Regional
MURANO
& SubCNR/COMUNE DI
Regional
VENEZIA - Programma
di ricerca su Murano
2005 2007
Caratterizzazione della qualità delle acque e dei sedimenti
dell'Isola di Murano (laguna di Venezia) - sia dei canali interni,
sia dei bassi fondali circostanti e alla definizione di metodologie
multidisciplinari di monitoraggio -. Zonta
-
MORFO BATIMETRIA
LAGUNA Contratto
Consorzio Venezia
Nuova - MorfoBatimetria della
Laguna di Venezia
Regional
& SubRegional
2009 2010
Morfo-Batimetria della Laguna di Venezia
-
MORFOLOGIA
LAGUNA Studio
morfologia della
Laguna - Quota 2008
Regional
& SubRegional
2008 2010
MICORE (FP
VII) www.micore.e
u
Morfological impacts
and coastal risks
indiced by extreme
storm events
EU
Ferrara
June
Universit 2008 y (IT)
Septemb
er 2011
The work of MICORE has made significant innovations in the
area of coastal storm risk management and coastal civil
protection schemes. The development of nine fully-operational
Early Warning Systems for coastal storm risk show that such an
on-line tool based on realtime data acquisition and using a
range of state-of-theart hydrodynamic and morphological
models is feasible for vulnerable areas across Europe.
FP7 MyWave MyWave: A
EUROPEAN
pan-European
COMMISSION - concerted and
EU
Meteorol 2012 ogiskInsti 2014
tut –
The main goal of MyWave is to lay the foundation for a future
Marine Core Service that includes ocean waves. The proposal
has identified four target areas where concerted research is
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
environnemen
tal LB)
-144000
-65000
-57600
4600269 Department
of Earth
Sciences
University of
Ferrara,
Ferrara, Italy
(UniFe) et al.
2973896
- 412000
13
MAIN
R&I
AREAS
OTHE PROJECT/INITI TITLE
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
(specify
http://mywave integrated approach
in
.eu/
to operational wave
column
modelling and
B)
forecasting – a
complement to GMES
MyOcean services
Other/
Cluster
Naval Ship
Multiple
Technological Cluster
areas
(specify
in
column
B)
Other/
FP7 OCEAN-CERTAIN
Multiple
EUROPEAN
Ocean Food-web
areas
COMMISSION - Patrol – Climate
(specify
www.oceancer Effects: Reducing
in
tain.eu
Targeted
column
B)
Other/
Marin
Multiple e Data
areas
(specify
in
column
B)
Ocean Data
ODIP
Interoperability
Platform
http://www.od
ip.org/
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
needed to establish a high quality GMES Marine Core Service
for ocean waves.
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
MET.NO
– Norway
Regional
& SubRegional
FINCANTI 01/11/20 The project is aimed to a series of topics centred on the naval
ERI
12ship, i.e. acoustic signature (propeller design, silent propellers,
30/10/20 self noise), EM signature, DP System development, Modular
15
cabins, structural joints. Most of them present dual nature,
with possible application in the merchant field
EU
Norges
TekniskNaturvite
nskapelig
e
Universit
et –
NTNU,
Norway
Internatio British
nal
Geologic
al Survey
(BGS), IK
and
Marine
Informati
on
Service
(MARIS),
The
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
1733k€
2013 2017
Ocean Food-web Patrol – Climate Effects: Reducing Targeted
9348370
Uncertainties with an Interactive Network investigates the
- 344131
impacts of climatic and non-climatic stressors on the food webs
and the connected biological pump, and their feedback
mechanisms. It will identify and quantify multi-stressor impacts
and their feedbacks, and how these alter the functionality of
the marine food webs and efficiency of the biological pump in
different bio-geographical settings.
20122015
The Ocean Data Interoperability Platform (ODIP) will contribute
to the removal of barriers hindering the effective sharing of
data across scientific domains and international boundaries.
ODIP includes all the major organisations engaged in ocean
data management in EU, US, and Australia. ODIP is also
supported by the IOC/IODE who will participate in its
implementation and operation, closely linking this activity with
its ODS project.
The ODIP platform will organise international workshops to
foster the development of common standards and develop
prototypes to evaluate and test selected potential standards
and interoperability solutions.
Fincantieri,
Seastema,
Euroguarco,
CNR, UNIGE
FP7 10 partners
Europea
n
Commiss
ion
11
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
Other/
Multiple
areas
(specify
in
column
B)
Opera
tional
ocean
ograp
hy;
Obese
rving
syste
ms;
CZM
Other/
Multiple
areas
(specify
Socioe http://www.pe PERSEUS-Policyconom rseus-net.eu
oriented marine
ic &
Environmental
Policy
Research in the
An operational PALME
observing
network of
meteorological
and
oceanographic
parameters for
coastal zone
management.
SCALE
Regional
& SubRegional
EU
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
The ODIP partnership will also provide a forum to harmonise
the diverse regional systems, while advancing the European
contribution to the global system. The products and services
developed by ODIP will be actively promoted at the
international level by IOC/IODE therefore ensuring global
interoperability beyond the ODIP partners and fully in line with
the objectives and mandate of IOC/IODE.
ODIP will not only facilitate the dissemination of best practice
and the transfer of technology, through the development of
international co-operation, it will also lead to the application of
the results of EU projects to the broader international
community. This will help strengthen the role of the EU on the
international stage while contributing at the integration and
strengthening of the European Research Area (ERA).
OGS, IT
2003An innovative, real-time hydro-meteorological monitoring
2013
system has been developed by the Istituto Nazionale di
Oceanografia e di Geofisica Sperimentale – OGS for the
Protezione Civile della Regione Friuli-Venezia Giulia (the Civil
Protection Agency of the Friuli-Venezia region) in north-eastern
Italy. The new system has been integrated into the existing
surveillance network of the Agency. The system is used to
monitor continuously a number of the most important physical
parameters characterizing the coastal environment, supplying
key information useful for making mangement decisions and
designing safeguards and relief measures for the territory
within the jurisdiction of the Agency. The system is currently
equipped for measuring fundamental hydro-meteorological
parameters, wave action and currents both in the sea and in
the main rivers of the zone, but is quite flexible in that
supplementary instrumentation can be added on if requested.
HELLENIC gennaio The overall scientific objectives of PERSEUS are to identify the
CENTRE 2012
interacting patterns of natural and human-derived pressures on
FOR
(48M)
the Mediterranean and Black Seas, assess their impact on
MARINE
marine ecosystems and, using the
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Netherla
nds
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Pretezio
ne Civile
della
Regione
Friuli
VeneziaGiulia
2,26
million
Euro
12.970
K€ (fondi
CNR 455
K€)
53, CNR (IT);
METU
(Turkey);
IFREMER (FR);
MAIN
R&I
AREAS
OTHE
R/MU
LTIPLE
R&I
AREAS
(SPECI
FY)
in
Resear
column ch,
B)
MSPICZM,
Ocean
s and
Huma
n
Health
,
Marin
e
Hazar
d
Other/
Enviro
Multiple nment
areas
al
(specify charac
in
terizat
column ion
B)
PROJECT/INITI
ATIVE & WEB
SITE
TITLE
SCALE
CIBM
Plan for
Regional
environmental
& Subcharacterization of the Regional
marine coastal area
facing the site of
Massa and Carrara.
Other/
Multiple
areas
(specify
in
column
B)
-
PRISMA - ASI Coasts
National
and Lake Assesstment
and monitoring by
PRISMA Hyperspectra
Mission - resp. Braga
Southern
EUropean Seas
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
RESEARC
H,
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
objectives and principles of the Marine Strategy Framework
Directive as a vehicle, to design an effective and innovative
research governance framework based on sound scientific
knowledge
CoNISMa 01/01/20 The aim of this project is to acquire chemical-physical and
08 (20,27 ecotoxicological data useful to assess the potential risk
M)
associated to the removal of highly contaminated coastal
marine sediment.
Activities carried out
Sampling and chemical-physical characterization of sediment
samples collected in the nationally significant remediation site
of Massa Carrara.
Results
The project enabled to classify the material characterized
according to the criteria provided for by current regulations and
by the guidelines drawn up by the technical body of the
Ministry of the Environment (current ISPRA).
2011 Coasts and Lake Assesstment and monitoring by PRISMA
2015
Hyperspectra Mission
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
CSIC (Spain);
CoNiSMa (IT):
CNRS (Sp) IEO
(SP); IBSS
(Ucraina);
INRH
(marocco);
NIOF (Egitto)
€
CoNISMa
186.000,
00 CIBM Centro
Interuniv
ersitario
di
Biologia
marina
ed
Ecologia
applicata
-400000
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Other/
Project –
Multiple
EASIAQCIS
areas
(specify
in
column
B)
TITLE
Other/
Multiple
areas
(specify
in
column
B)
Promoting World
Class Cluster: a
regional network for
excellence
CLUS3
Project – EASIAQCIS
SCALE
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
1/1/2008 Main Objectives: to quantify the marine biota response to
, 48
changing environmental conditions and to implement microand
months macro-algal life-cycles in a coupled ocean-atmosphere model;
� to develop a coupled biogeochemical ocean-atmosphere
regional climate model;
� to quantify the influence of the marine biota on organic
aerosol and ozone fluxes;
� to produce an assessment of the contribution of natural
(inorganic and organic) aerosol sources and
hemispheric transport to air quality in Ireland;
� to improve the quantification of ozone destruction,
production and removal in the marine boundary
layer;
� to produce an assessment of the impact of climate change on
natural biogenic on particulate matter and
ozone
Informes Novemb The project aims to develop project partners’ capacities in
t
er 2013 - managing cluster programs in line with methodologies and
Region
24
principles outlined within the European Cluster Excellence
Friuli
months Initiative, the management capacities of participating clusters’,
venezia
to support cluster organizations in the process of acquiring the
Giulia
gold label of excellence, to grant sustainability to the “towards
cluster excellence process” by becoming one of the crucial
tools supporting the Smart Specialization Strategies of the
involved territories. The project will impact directly on policy
makers and cluster managers and indirectly on all the
stakeholders of the territory.
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Internatio National
nal
Universit
y of
Ireland ,
Galway,
ISAC-CNR
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
ISAC
CONTRIB
UTION:
144 KE
EU
Financed
within
CIP
Competit
iveness
and
Innovatio
n
framewo
rk
Program
me
2007/20
13
1. IT - Region
Friuli Venezia
Giulia –
Informest
2. CZ - Czech
Invest Investment
and Business
Development
Agency
3. RO - South
West Oltenia
Regional
Development
Agency
4. E - Instituo
de Fomento
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Other/
Multiple
areas
(specify
in
column
B)
Marie
Curie
Action
s, Staff
Excha
nge
Reef ECOlogy and
design of Marine
PRotected Areas
(RECOMPRA)
EU
José A.
Garcia
Charton,
Universid
ad de
Murcia,
Spain
Start: Jan
1st 2012.
Duration:
48
months
Regional common
EU
action strategy against
coastal erosion
East
Macedon
ia &
Thrace
Region
(GR)
April
2009 March
2012
REGIONE VENETO
National
REGIONE 2007 VENETO- 2011
CNR
ISMAR
BO
Project drafting for the characterization of underwater sand
54000 deposits on the high Adriatic platform potentially exploitable as 54000
borrow pits for coastal nourishment
PHASE III + integration
RES-MAR Réseau
pour l’environnement
dans l’espace
Maritime
Regional
& SubRegional
IAMC2011 (24
CNR UOS months)
Oristano,
Regione
Liguria
The objective of the project is the development of joint policies
regarding the protection and monitoring of coastal areas and
the protection of the environment, including through
innovative models of managerial action applied by public
bodies and socio-economic actors.
The project activities concerns the conservation, monitoring
and management of water resources, an improvement of
SEVENTH
FRAMEWORK
PROGRAMME,
Marie Curie
Actions
(People),
International
Research Staff
Exchange
Scheme
Other/
CC &
COASTANCE
Multiple Impact (MED )areas
s/sedi www.coastanc
(specify ment e.eu
in
manag
column ement
B)
/EIA &
SEA
Other/
REGIONE
Multiple
VENETO areas
(specify
in
column
B)
Other/
Coasta http://www.re
Multiple l
s-mar.eu/it/
areas
Morfo
(specify dinami
in
cs,
column Ocean
B)
s and
RECOMPRA proposal aims at consolidating
an existing research network established by mutual bilateral
relationships among EU (Spain and Italy) and South-American
(Brazil and Argentina) labs which common objective is to
study specific aspects of reef ecology, in order to provide sound
criteria for the design, monitoring and management of MPAs in
a scenario of global change. Special emphasis is given to
strengthening the interplay between ecological and social
sciences, in order to reach robust, longlasting institutional
arrangements for the governance of the coastal realm.
Objectives of the project were the capitalization of knowledge
and resources already acquired in the field of coastal protection
and the Mid to Long Term planning actions for climate change
effects adaptation of coastal zones in line with the EU Directive
2007/60/EC. Some of the project results are capitalized by the
COASTGAP project
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
de la Region
de Murcia
119700 CNR-IAMC
1812775,
33 €
75,93%
ERDF
Region of
Eastern
Macedonia &
Thrace (GR),
Regione Lazio
(IT) et al.
2
70000 Regione
Toscana,
regione Liguri,
colletive
territorial de
Corse (FR)
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
monitoring systems in coastal areas for the prevention of
coastal erosion and the testing of innovative models to
promote the reduction of the environmental impacts of
production activities.
The objective of the project is the development of joint policies
regarding the protection and monitoring of coastal areas and
the protection of the environment, including through
innovative models of managerial action applied by public
bodies and socio-economic actors.
The project activities concerns the conservation, monitoring
and management of water resources, an improvement of
monitoring systems in coastal areas for the prevention of
coastal erosion and the testing of innovative models to
promote the reduction of the environmental impacts of
production activities.
20111
The aim of the project is to improve a conceptual model of the
(12
modifications and adaptation of beach systems to changes of
months) hydrodynamics and sea level following climate variations, by
using experimental data and numerical modeling.
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Huma
n
Health
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Other/
Multiple
areas
(specify
in
column
B)
Coasta no website,
l
stakeholder
Morfo conference
dinami
cs
Rias - risposta e
adattamento dei
sistemi costieri della
Sardegna alle
variazioni climatiche
Globali
Regional
& SubRegional
Other/
Multiple
areas
(specify
in
column
B)
Opera RIMA
tional
Ocean
ograp
hy/Ob
servin
g
Syste
ms,
Trainin
g&
RIMA – Sviluppo di
National
tecnologie e software
per una Rete Integrata
previsionale
Mediterranea per la
gestione
dell’Ambiente marino
e costiero.
Dipartim
ento di
Scienze
della
Terra
Universit
à di
Cagliari
Coordina 2013tor:
2016
Distretto
Ligure
delle
Tecnolog
ie
Marine;
CNR,
ENEA,
INGV,
RIMA develops an integrated system for the monitoring and
management of the Ligurian Sea. Main outcomes: •
Development of technologies for the real time monitoring of
the coastal area; • Development of autonomous vehicles of
“last generation”; • Development of a hierarchy of nested
models of the Ligurian Sea circulation. ENEA develops: • A Lidar
system for the monitoring of organic suspended matter, and/or
of pollutants; • New algorithms for the use of satellite data in
coastal regions; • An operational model of the circulation of the
Western Mediterranean Sea, which provides initial and
boundary data for higher resolution models of the Ligurian Sea.
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
110.000, none
00
(50.000,0
0)
ENEA
budget:
269 k€.
Funded
by
Distretto
Ligure
delle
Tecnolog
ie
Marine.
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Techn
ology
Transf
er
Other/
Multiple
areas
(specify
in
column
B)
enviro
nment
al
impact
s
associ
ated
with
CO2
leakag
e from
storag
e
sites;
safe
manag
ement
of CO2
storag
e sites
TITLE
Research into
RISCS
Impacts and
Safety in CO2
Storage
http://www.ris
cs-co2.eu/
SCALE
EU
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ARPAL,
SELEX ES,
STM
Italia,
among
others.
British
Geologic
al
Survey,
UK
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
20102013
RISCS is a European project which aims to improve our
understanding of the possible environmental impacts of
geological storage of CO2. The project is designed to study a
wide range of potential impacts, thus providing tools for
developing appropriate legislation and helping to ensure the
safe management of CO2 storage sites. RISCS will focus on the
potential environmental impacts that might be associated with
CO2 leakage from a storage site, even if such leakage is very
unlikely. The project will provide the essential research,
through field work and the development and validation of
appropriate models, to underpin frameworks for the safe
management of CO2 storage sites. Research within the project
is focused on understanding the potential likelihoods and
consequences of impacts scenarios on key receptors such as
human populations, ecosystems, and groundwater. A
representative set of reference scenarios, encompassing the
main types of impacts to living organisms that could be present,
will be investigated. This will cover a range of CO2 storage
options, both onshore and offshore, in a variety of geographical
settings. RISCS will communicate the research and the
outcomes in an accessible way to stakeholders and the public. A
key output of the project (and other related research) will be a
‘Guide for Impact Appraisal’, which will be developed in
consultation with stakeholders. Environmental protection
regulators and site operators will get clear and agreed
definitions of credible scenarios for leakage and quantified
descriptions of realistic impacts. Regulators and policymakers
will get tools to design and implement both strategically and
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
FP7 24 partners
Europea
n
Commiss
ion
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Other/
Multiple
areas
(specify
in
column
B)
Other/
Multiple
areas
(specify
in
column
B)
marin
e
infrast
ructur
e, data
TITLE
SCALE
Progetto
Bandiera La
Ricerca Italiana
per il Mare www.ritmare.it
RITMARE - SP7 Interoperable
Infrastructure for the
Observation Network
and Marine Data
National
Pan-European
infrastructure
for ocean &
marine data
management
http://www.se
adatanet.org/
SEADATANET- PANEU
EUROPEAN
INFRASTRUCTURE FOR
OCEAN AND MARINE
DATA
MANAGEMENT
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
operationally fit-for-purpose regulations, most especially in
evaluating environmental impact assessments. Operators and
regulators will be able to greatly improve site safety, due to the
increased capability to assess and predict the potential
consequences of leaks from storage sites.
CNR 2011 The project aims to design and develop an infrastructure that
IREA
2016
allows data coordination and sharing on an open access basis.
The infrastructure design is intended as user-driven, based on a
constant interaction with the experts’ requirements, on the
cooperation in setting goals and testing solutions, through
participative tools and methods. The infrastructure will also
work as a showcase, to disseminate the Italian activities and to
promote them to the wider European and international
domain.
IFREMER aprile
Data availability is of vital importance for marine research but
(FR)
2006
most of the European data are fragmented, not always
(60M)
validated and not easily accessible. In the 40 countries
bordering the European seas, more than 600 scientific
laboratories
from governmental organizations and private industry collect
data by using various sensors on board of research vessels,
submarines, fixed and drifting platforms, airplaines and
satellites to measure physical, geophysical, geological,
biological and
chemical parameters, biological species etc.
SEADATANET aims to develop an efficient distributed PanEuropean Marine Data Management Infrastructure for
managing
these large and diverse data sets. The objective is to network
the existing professional data centres of 36 countries, active in
data collection and provide integrated databases of
standardized quality on-line.
The on line access to in-situ and remote sensing data, metadata and products will be provided through a unique portal
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
2500000
- MIUR
CNR (IAMC,
IDPA, IREA,
ISAC, ISMAR,
ISSIA), ENEA,
INGV, OGS,
SZN
8.750 K€
(BUDGET
CNR 146
K€)
44, IFREMER
(fr); MARIN
(NL); BODC
(UK); BSH
(Ger); SMHI
(Sweden) CNR
(IT); ENEA (IT);
INGV (IT) IEO
(SP); RIHMIWDC(Russ)
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
Other/
Multiple
areas
(specify
in
column
B)
marin
e
infrast
ructur
e, data
SEADATANET2 -A
EU
PAN-EUROPEAN
INFRASTRUCTURE FOR
OCEAN AND MARINE
DATA MANAGEMENT
Pan-European
infrastructure
for ocean &
marine data
management
http://www.se
adatanet.org/
SCALE
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
interconnecting, in the first phase, 11 interoperable node
platforms. The development and adoption of common
communication standards and adapted technology will insure
the platforms interoperability. This activity will be developed to
gradually connect all the other data centres to the
interoperable system.
The quality, compatibility and coherence of the data issuing
from so many sources, will be insured by adopting standardized
methodologies for data checking, by dedicating part of the
activities to training and to preparing synthetic regional and
global
statistical gridded products from the most comprehensive insitu and remote sensing data sets made available by the
participants. These products, easier to interpret by nonspecialist users, will be used first to check the data and the
system
operability, and further to market and serve a wider range of
uses than raw data: model initialisation, industrial projects and
teaching.
IFREMER ottobre The overall objective of the SeaDataNet II project is to upgrade
(FR)
2011
the present SeaDataNet infrastructure into an
(48M)
operationally robust and state-of-the-art Pan-European
infrastructure for providing up-to-date and high quality
access to ocean and marine metadata, data and data products
originating from data acquisition activities by
all engaged coastal states, by setting, adopting and promoting
common data management standards and by
realising technical and semantic interoperability with other
relevant data management systems and initiatives on
behalf of science, environmental management, policy making,
and economy. SeaDataNet is undertaken by the
National Oceanographic Data Centres (NODCs), and marine
information services of major research institutes,
from 31 coastal states bordering the European seas, and also
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
3.600 K€
(BUDGET
CNR 158
K€)
44, IFREMER
(fr); MARIN
(NL); BODC
(UK); BSH
(Ger); SMHI
(Sweden) CNR
(IT); ENEA (IT);
INGV (IT) IEO
(SP); RIHMIWDC(Russ)
MAIN
R&I
AREAS
Other/
Multiple
areas
(specify
in
column
B)
Other/
Multiple
areas
(specify
in
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
FP7 - SEASERA,
www.seasera.eu/
Enviro COMUNE DI
nment VITTORIA
al
charac
TITLE
SCALE
SEAS-ERA,Towards
integrated European
marine research
strategy and
programmes
EU
Service analysis and
Regional
surveys pertaining to & Subthe characterization of Regional
marine sediments of
Port Scoglitti and the
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
includes Satellite Data Centres, expert modelling
centres and the international organisations IOC, ICES and EUJRC in its network. Its 40 data centres are highly
skilled and have been actively engaged in data management for
many years and have the essential capabilities
and facilities for data quality control, long term stewardship,
retrieval and distribution.
SeaDataNet II will undertake activities to achieve data access
and data products services that meet requirements
of end-users and intermediate user communities, such as GMES
Marine Core Services (e.g. MyOcean),
establishing SeaDataNet as the core data management
component of the EMODNet infrastructure and
contributing on behalf of Europe to global portal initiatives,
such as the IOC/IODE – Ocean Data Portal (ODP),
and GEOSS. Moreover it aims to achieve INSPIRE compliance
and to contribute to the INSPIRE process for
developing implementing rules for oceanography.
MINECO, 2011To constitute a stable and durable structure for coordination
ES
2014
and integration of national and regional marine and maritime
research programmes with the major goal of providing a clear
reply to the need for developing and implementing common
research strategies and programmes related to the European
sea basins. To this end, SEAS ERA will bring together, through
several mechanisms, the four european sea basins working
within two different levels: regional and pan european; this
work structure will enable to harmonise common priorities and
needs in marine and maritime research while respecting
diversities between regions.
CoNISMa 01/03/20 The aim of the project
11 (4,07
M)
Task of physical, chemical, bacteriological and ecotoxicological
characterization in order to assess the environmental
compatibility of marine sediments handling activities resulting
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
2000
€
111.239,
50 Comune
di
22
CoNISMa
MAIN
R&I
AREAS
column
B)
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
terizat
ion
TITLE
SCALE
beaches of Kamarina
and Riviera Gela.
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
from dredging of the Scoglitti harbor and their reuse in
nourishment actions of Kamarina and Riviera Gela beaches.
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Vittoria
(Siracusa
)
Activities
CoNISMa dealt with the sampling of Kamarina and Riviera Gela
beaches, the drafting of the reports related to sampling
activities, physical, chemical, bacteriological and
ecotoxicological analysis of both sediments from Scoglitti
harbor and materials from beaches. In addition, a final report
has been prepared resulting from the integration of all the
analytical information, including the assessment of the
compatibility of marine sediment for beach nourishment
actions.
Results
Other/
Multiple
areas
(specify
in
column
B)
Ocean FP6 s and EUROPEAN
Huma COMMISSION n
Health
,
Climat
e
Chang
SESAME Southern
european Seas:
Assessing and
Modelling Ecosystem
changes Project
Reference: 36949
EU
Hellenic 2007 Centre
2009
for
Marine
Research
The results revealed absence of contamination, both in the
Scoglitti harbor and in Kamarina and Riviera Gela beaches.
Ecotoxicological tests showed no toxicity. Microbiological
variables were very low. Grain size distribution in almost all
harbor samples revealed a concentration of the pelitic fraction
<10%, amount indicated by the "Manuale per la
Movimentazione di Sedimenti Marini" ICRAM-APAT (2007) as
limit for sands intended to nourishment action.
CE, FP6-2006-GLOBAL-4 - Sub-Priority 3: “Global Change And
Ecosystems” -
1473049
7415522
49
MAIN
R&I
AREAS
Other/
Multiple
areas
(specify
in
column
B)
Other/
Multiple
areas
(specify
in
column
B)
Other/
Multiple
areas
(specify
in
column
B)
Other/
Multiple
areas
(specify
in
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
e&
Impact
s
TITLE
SIRENA
CC &
impact
s/
ICZM/
offsho
BEACHMED-e RFO (Interreg
3C South) www.beachme
d.it
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Simulazione
National
dell'impianto
propulsivo di una nave
di tipo CODLAG per la
progettazione del
sistema di controllo e
per l'esercizio
dell'impianto
propulsivo delle
fregate FREMM della
Marina Militare
Italiana
SIRENA
National
SEASTEM 18/12/20 Development of propulsion control system simulation for
A
08FREMM frigates
31/12/20
10
60k€
UNIGE
E.
Migneco
/ INFNLNS
Sett2004 duration
4 years
Realization of a prototype of underwater detection unit for the
realization of a deep sea neutrino telescope. The detection unit
has been installed in front of Catania site, connected to the
junction box of LAMS project.
2.301,00
- MIUR
INFN
SMART GRIDS
Navicelli
Spa
Period
20102013
The project has the objective to integrate technologies that
enable you to rethink the design and operation of the
conventional electric network through the development of
innovative network management technologies based on
thermal and electrical energy storage
Lazio
Region
(IT)
July 2005 The main objective of the Regional Framework Operation was
- June
to pinpoint and improve technical and administrative tools for a
2008
strategic management of the coastal defence, in order to
achieve a sustainable development of the Mediterranean
coastal zones, trough 9 Subprojects (on Monitoring,
7668366,
5€
54%FEDE
R
Regione Lazio,
(IT), leader
partner,
Regione Emilia
Romagna (IT),
Regional
& SubRegional
Strategic management EU
of beach protection
for sustainable
development
MAIN
R&I
AREAS
column
B)
Other/
Multiple
areas
(specify
in
column
B)
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
re
sand
reaser
ch and
manag
ement
/
Obser
ving
syste
m
TITLE
SCALE
Enviro CANALE
nment D'OTRANTO
al
MSS
charac
terizat
ion in
relatio
n to
enviro
nment
al
impact
Studies of benthonics Regional
component, chemical & Subcharacterization of
Regional
sedximents, studies of
physical and
biogeochemical
oceanography,
analysis and graphycal
restitution of
geophysical data
between Italy and
Albanian coasts
of Mediterranean
coastal zones
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
networking, protocol for research and management of offhore
sand deposits, ICZM and planning, coastal Observatories
system) with the participation of 36 partners from Universities,
Research Institutes and Administrations working in the field of
coastal defensepartners from Universities, Research Institutes
and Administrations. During the project was sigend the first
version of the Bologna Charter (2007)
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Regione
Toscana (IT),
Regione
Liguria (IT),
Conseil
Général de
l’Hérault (FR),
Service
Maritime et
Navigation du
LanguedocRoussillon
(FR),
Generalitat
Catalunya
(ES), East
Macedonia
and Thrace
Region (GR),
Crete Region
(GR).
CoNISMa 01/10/20 Studies of benthonics component, chemical characterization of €
CoNISMa
06 (15,20 sediments, studies of physical and biogeochemical
261.020,
M)
oceanography, analysis and graphycal restitution of geophysical 00 - MSS
data between Italy and Albanian coasts
Mediterr
anean
Survey &
Services
MAIN
R&I
AREAS
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
OTHE
R/MU
LTIPLE
R&I
AREAS
(SPECI
FY)
asses
ment
Other/
Enviro
Multiple nment
areas
al
(specify charac
in
terizat
column ion
B)
PROJECT/INITI
ATIVE & WEB
SITE
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
PORTO
TRAPANI II
Regional
& SubRegional
CoNISMa 01/02/20 Study of the characteristics of the seabed of the port of Trapani
12 (23,30 and of the neighboring coastal areas; aimed to develop and
M)
verification of novel criteria of characterization and
environmental assessment.
Other/
Multiple
areas
(specify
in
column
B)
Safe
Underwater
Operations iN
Oceans (Smart
Cities and
Communities –
Sea
Technologies),
http://www.m
dm.unifi.it/CM
pro-v-p108.html
Study of the
characteristics of the
seabed of the port of
Trapani and of the
neighboring coastal
areas; aimed to
develop and
verification of novel
criteria of
characterization and
environmental
assessment.
SUONO
Other/
Multiple
areas
(specify
Under
water
techn
ologie
s
TITLE
Support of the NICOP
entitled
"SuperCavitating (SC)
Surface Piercing (SP)
National
Prof.
Benedett
o Allotta,
Universit
y of
Florence
(DIEF),
Dr.
Daniele
Magrin,
CNS
Internati
onal
S.R.L.,
Avenza,
MS
Internatio OFFICE
nal
OF
NAVAL
RESEARC
Novemb
er 1,
2013, 36
months
(end
Novemb
er 31,
2015)
Development a hyperbaric robotic rescue vessel (HES) featuring
72 hours of autonomy, devoted to save the lives of saturated
CCDs in case of wreck of the mother ship. Developement of a
novel hybrid robotic vehicle (HUV - hybrid in the sense of being
capable of both ROV and AUV operation).
01/09/20 CFD investigations about unconventional multihull high speed
10vehicle
28/02/20
13
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
€
440.000,
00 Provvedi
torato
Interregi
onale
Opere
Pubblich
e SiciliaCalabria
CoNISMa,
ISPRA,
CNR/IBIM
Total
cost
13,000k€
, Funding
11,000k€
, MIUR
RANA Diving
S.p.A., RES
MARINA
S.R.L., Scuola
Superiore
Sant’Anna
(EXTREME
CENTRE),
SO.PRO.MAR
S.p.A.,
Cooperativa
Nazionale
Sommozzatori
195 k$
UNIGE
MAIN
R&I
AREAS
in
column
B)
Other/
Multiple
areas
(specify
in
column
B)
Other/
Multiple
areas
(specify
in
column
B)
Other/
Multiple
areas
(specify
in
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Project/subcontratctor
Enviro MAR PICCOLO
nment TARANTO
al
charac
terizat
ion
Project
TITLE
SCALE
Hydrofoils: Design and
the optimisation
methods
Taxi del Mare
National
Techno - Scientific
activities targeted to
the deepening of the
interactions between
the environmental
system of the Mar
Piccolo and the flow
of contaminants from
primary and
secondary sources.
TEXTRA – Innovative
technologies and
materials for
transport sector
Regional
& SubRegional
National
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
H
GLOBAL
Taxi del
mare srl
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
start:
01/06/20
07-2
years
Scopo del progetto è la progettazione di imbarcazioni
innovative dalle altissime prestazioni in termini di:
• Velocità
• Comfort
• Robustezza e tenuta del mare
• Risparmio energetico
• Riciclabilità dei materiali
• Abbattimento delle emissioni inquinanti. Sono state
sviluppate tecnologie e componenti per il settore della nautica
caratterizzati da materiali compositi a matrice termoplastica
caratterizzati da elevate proprietà meccaniche, leggerezza e
riciclabilità
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
155.000
Euro
(CETMAbudget)Consulen
zaProgetto
finanziat
o MISE
(non è
noto
l'importo
totale
del
progetto
)
CoNISMa 21/06/20 1. Detailed georeferenced survey of bathymetric-morphological € 76.000,
13 (8,40 data (SB/MB, SSS) and of the superficial sediment stratigraphy 00 M)
(SBP) of the Mar Piccolo di Taranto, using a apposite craft able ARPA
to sail inside the productive structures present within the basin. PUGLIA
2. Biocenotic mapping of the Mar Piccolo di Taranto by means
of a ROV and underwater camera pulled across the bottom, as
well as through underwater inspection.
3. Building of the geological, morphological and
sedimentological model of the Mar Piccolo; assessing the
effects of flood flows; reconstruction of morphological basins.
CETMA
start:
Il progetto , mediante attività di Ricerca Industriale su
11.002.7
1/1/2006 Tecnologie e Materiali Innovativi per lo sviluppo di componenti 84 Euro
– 7 years di Vettori Ferroviari e di Medie Dimensioni, punta ad aggregare, - MIUR
integrare e potenziare competenze multidisciplinari di soggetti
pubblici e privati, tali da costituire un Laboratorio di eccellenza
Eupolis -ATechnology Taxi del Mare
CoNISMa
ENEA;
MERMEC;
AVIO;
Università del
Salento;
MAIN
R&I
AREAS
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Under
water
techn
ologie
s
THESAURUS
Regional
& SubRegional
Prof.
Andrea
Caiti,
Universit
y of Pisa
(Centro
Enrico
Piaggio)
THESEUS Innovative
technologies for safer
European coasts in a
changing climate
EU
USV Permare Autonomous vehicle
for operational
observation of the
marine environemnt
National
Alma
2009 Mater
2013
Studioru
m‐
Universit
à di
Bologna
UniBo Italy
DLTM
Oct 1st,
2013;
duration
3 years
column
B)
Other/
Multiple
areas
(specify
in
column
B)
Other/
Multiple
areas
(specify
in
column
B)
Other/
Multiple
areas
(specify
in
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
per i trasporti. Le tecnologie e le competenze sviluppate sono
trasferibili ad altri campi del settore trasporti.
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TecnicHe per
I'Esplorazione
Sottomarina
Archeologica
mediante
I'Utilizzo di
Robot
aUtonomi in
Sciami (PAR
FAS REGIONE
TOSCANA Linea
di Azione
1.1.a.3),
http://thesaur
us.isti.cnr.it/
FP7 EUROPEAN
COMMISSION www.theseusp
roject.eu/
platfor www.dltm.it
ms for
data
collect
ion
March 1,
2011, 30
months
(end
August
31, 2013)
Development of a class of Autonomous Underwater Vehicles
named “Typhoon” designed to perform archaeological
campaigns either in single vehicle fashion and in a cooperating
swarm
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Politecnico di
Milano;
Politecnico di
Bari-CETMA
Total
University of
cost
Florence
1,900k€ - (DIEF, DINFO),
Funding ISTI-CNR, Pisa,
1,400€
Scuola
Regione Normale
Toscana Superiore,
Pisa
THESEUS examines innovative coastal mitigation and
6530000
adaptation technologies to deliver a safer coast for human
- 40000
use/development and healthier coastal habitats with respect to
stressors such as sea levels rise, climate changes and economic
growth. The primary objective is to provide an integrated
methodology to plan sustainable defense strategies and
manage coastal erosion and flooding. THESEUS objectives are
governed by three specific goals concerning risk assessment,
response strategies and applications.
Modular, autonomous platform capable to fit in different
3855k €
sensors
32
DLTM
MAIN
R&I
AREAS
column
B)
Other/
Multiple
areas
(specify
in
column
B)
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
Climat VECTOR
e
Chang
e&
Impact
s;
Deep
Sea
Ecosys
tem;
MSPICZM;
Marin
e
polluti
on
VECTOR - Vulnerability National
of the coasts and of
the Italian sea
ecosystems to climatic
changes and their role
in the cycles of the
Mediterranean
carbon.
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
CoNISMa 20/02/20 Aim
06 (47,63
M)
Scientific investigations by research cruises and data collection
in the national seas and the Mediterranean Sea in order to
monitoring the effects of the climatic changes and to design
future scenario.
Activities
35 cruises at sea with the involvement of hundreds of
researchers, during the 4 years of the project; mooring and remooring of instruments in the Tyrrhenian and Adriatic seas ;
measurements and monitorings in the Lagoon of Venice and
the Gulf of Naples; elaboration of data concerning the activities
of fishery, the coastal erosion and the problems dues to the sea
level rising.
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
€
8.250.00
0,00 MIURMinister
o
dell'Istru
zione,
dell'Univ
ersità e
della
Ricerca
CoNISMa,
CNR-Italy,
ENEA-Italy,
ISPRA-Italy,
CMCC-Italy,
OGS-Italy,
Stazione
Zoologica
“Anton
Dohrn”-Italy
Results
Other/
Multiple
areas
(specify
in
column
B)
Project
WOODY-Innovative
advanced Woodbased Composite
Materials and
Components
EU
3 national workshops with tens of participants and hundred of
posters; insertion of the project in the international net IMBER;
granting of PhDs and post-doc positions; several pubblications
on magazines ISI. http://vector.conismamibi.it/
CETMA - start:
The WOODY project goal is to develop new composite materials 7.238.31
D'appolo 01/01/20 and products from wood-derived renewable materials,
3 Euro nia
09- 4
providing performances competitive with traditional
EU-FP7
Years
composites.The main objective and the most relevant
achievement of the WOODY project was to proof the feasibility
of the introduction of natural derived materials into the world
of industrial composites. This has been achieved and proven in
demonstrators of different types of materials and real scale
systems, covering a wide span of processes, addressing
CETMA - APC
Composit ABDanmarks
Tekniske
UniversitetValtion
TeknillinenTutkimuskesk
us
MAIN
R&I
AREAS
Socioec
onomic
& Policy
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
http://www.liv ANCORA
ornonautica.it/
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Regional
& SubRegional
Province
of
Livorno
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
extended types of products and demonstrating applicability to
different industrial sectors and markets.
Period
20132014
The main objective is to encourage the development of land in
areas affected by the system for recreational, competitiveness
and adaptability of enterprises, employment and skills of
workers in the supply chain and the District of pleasure. The
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
CentexbelTransFurans
ChemicalsMarbo Italia
S.p.A.- Luleå
Tekniska
UniversitetAntnony,
Patrick e
Murta
Exportação
LDA-Volvo
Lastvagnar
AktiebolagLindbäcks
Bygg ABSwerea
SICOMP ABeXtreme
Materials
S.r.l.-The
Hebrew
University of
JerusalemGianazza
Angelo S.p.A.FAPES S.p.A.European
Plastics
Converters
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
CSA OCEAN CSA
Healthy and
Productive Seas and
Oceans
EU
Researc
h
Socioec
onomic
& Policy
Researc
h
FP7 EUROPEAN
COMMISSION http://www.jpi
oceans.eu/prog
nett-jpioceans/CSA_Oc
eans/12539799
59045
Socioec
onomic
& Policy
Researc
h
ECOSAFIMED Towards EU
Ecosystem
Conservation and
Sustainable Artisanal
Fisheries in the
Mediterranean basin
FP7 EUROFLEETS Towards EU
EUROPEAN
an alliance of
COMMISSION - European Research
www.eurofleet Fleets
s.eu
Socioec
onomic
& Policy
Researc
h
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
services provided by the project include analysis,
reconnaissance, identification, development and transfer of
knowledge in an innovation process, product and organization
at the local level, with local development of logical and
interlocal, also aimed to create a "system" of the port area;
analysis, development and dissemination of shared learning
processes, innovative, oriented to the exchange and evaluation
of best practices, capacity building of relationships between the
companies related or connected, oriented to the creation of
new jobs and opportunities for integration / reintegration
persons in a state of unemployment, supporting
entrepreneurial culture.
Research 2012 CSA Healthy and Productive Seas and Oceans is a support action
Council
2015
designed to reduce the time for JPI (Joint Programming
of
Initiative) Oceans to move from the preliminary to the
Norway
operational phase. The project aims at supporting the
(RCN),
governance structures in its work to establish JPI Oceans, and
Norway
facilitating the development of a Strategic Research and
Innovation Agenda and an Implementation Plan according to JPI
Oceans vision and goals.
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
1999925
- 12500
11
Biodivers Decembe The project proposes to study the impact of artisanal fisheries
1388M € University of
ity
r 1, 2013 on shelf areas with low trawling pressure. It aims is to provide a
Genova
Foundati
package of scientific-based recommendations for an
on
ecosystem-based management of artisanal fisheries, in order to
(Spain)
achieve a good conservation status of benthic habitats.
French
2009 Research 2013
Institute
for
Exploitati
on of the
Towards an alliance of European Research Fleets. The project
aims at creating an alliance of marine research centers across
Europe, able to work together and to share resources, to
improve the overall quality of marine research in Europe.
8930589,
98 583379
25
MAIN
R&I
AREAS
Socioec
onomic
& Policy
Researc
h
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
FP7 EUROPEAN
COMMISSION www.eurofleet
s.eu
Socioec
onomic
& Policy
Researc
h
Socioec
onomic
& Policy
Researc
h
Socioec
onomic
& Policy
Researc
h
http://www.m
arakanda.eu/
TITLE
SCALE
EUROFLEETS2 New
operational steps
towards an alliance of
European research
fleets
EU
M3-HABs Risk
EU
monitoring Modelling
and mitigation of
benthic harmful alga
blooms along
Mediterranean Coasts
MARAKANDA
EU
Mediterranean
Historical Markets
MARBEF UE
Marine biodiversity
http://www.m and ecosystem
arbef.org/mod funtioning
ules.php?name
=Description
EU
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Sea –
Ifremer France
French
Research
Institute
for
Exploitati
on of the
Sea –
Ifremer France
CoNISMa
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
2013 2017
The project New operational steps towards an alliance of
1087308
European research fleets (EUROFLEETS2) is a Research
9,46 Infrastructures project under the 7th Framework Programme of 407578
the European Commission.
It aims at consolidating the construction of a pan-European
distributed research fleet infrastructure, with common strategic
vision and coordinated access to European marine research
vessels and equipment.
January
1, 2014
Promotion of environmental sustainability at the basin level
1998k €
CNR, ARPAL,
OnAir
ENPI CBC MED project to foster the social and economic
development in the Mediterranean
1355K €
Municipality
of Genova
€
14.352.5
57,00 Unione
Europea
/ VI
PROGRA
MMA
QUADRO
CONTR.
N° GOCE-
CoNISMa,
Netherlands
Institute Of
Ecology Centre For
Estuarine And
Marine
Ecology,
Plymouth
Marine
Municipa January
lity of
1, 2012
Florence
Netherla 01/02/20 MarBEF, a network of excellence funded by the European Union
nds
04
and consisting of 94 European marine institutes, is a platform
Institute (63,83M) to integrate and disseminate knowledge and expertise on
of
marine biodiversity, with links to researchers, industry,
Ecologystakeholders and the general public.
Centre
www.marbef.org/
for
"
Estuarine
and
Marine
Ecology
31
MAIN
R&I
AREAS
Socioec
onomic
& Policy
Researc
h
Socioec
onomic
& Policy
Researc
h
Socioec
onomic
& Policy
Researc
h
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
http://medME-3R
3r.org/index.ph EuroMediterranean
p/fr/
strategic platform for
suitable waste
management
MEDSEATIES inclusive
governance for
sustainable
Mediterranean
coastal metropolis
Access http://www.od ODYSSEA FIM
ibility yssea-fim.eu
and
comm
unicati
on
netwo
rks
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
EU
Metropol Decembe Croos border coordination for integrated waste management
is of Nice r 1, 2012 systems
(France)
EU
Institut
de la
Mediterr
anee
(France)
January
20, 2014;
duration
24
months
EU
Collectivi
té
Territoria
le de
Corse Agence
du
Tourisme
de la
Corse
May 1st,
2009;
duration
27
months
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
CT-2003505446MARBEF
4787k €
CORE
PARTICIPANT
S
Laboratory, et
al.
University of
Genova
A strategic approach for the benefit of the marine environment. 1870k € Municipality
The environmental market is subject to strict environmental
of Genova,
regulations. The new EU Framework Strategy Directive on the
DLTM
Marine Environment is aimed at the proper ecological condition
of coastal marine areas. It completes the Framework Water
Directive (2000). It implies a more extended and complex
monitoring. It also involves the interaction of activities and
developments with ecosystems, as well as the restoration of
degraded environments.
There is experience in the pilot cities the model of sustainable
2 414k € - Territorial
co-development and governance, Odyssea in seen to improve
Collectivity of
the offerings and services of the network of marinas become
Corsica large and associated territories. This model will be tested using
Tourism
a common set of specifications, a replicable methodology,
Agency of
innovations focused on networking border offers through ICT.
Corsica
The territorial concept necessarily includes: sea / harbor / the
- Union
city to rural lands. This structure in a process and
Marinas
environmental ethics, offers services around four major themes
Corsica
of stops, labeled Odyssea. The project for different target
- Liguria
audiences: the people in the inventory phase and shared
Region identity, the nautical sector, the residents and vacationers,
Sector
boaters, but local managers of marinas, natural and cultural
Community
spaces, actors boating, agro-tourism and wine tourism.
Affairs and
International
Relations
- Regional
MAIN
R&I
AREAS
Socioec
onomic
& Policy
Researc
h
Socioec
onomic
& Policy
Researc
h
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
www.polopent
a.it
PENTA
Regional
& SubRegional
Navigo
MARINE
STRATEGY
Performing a study on National
the issues of the
Marine Strategy for
the realization of the
initial evaluation of
the state of the
marine environment
and the achievement
of the main objectives
of the 2008/56/EC
Directive , as
implemented by
Legislative Decree no.
190/2010.
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
Projec t POLO PENTA, funded within the european framework
of POR-FESR, brings together all the service centers of the
Tuscan yachting , universities and major research centers in
Tuscany and is aimed at a basin of about 3000 nautical
enterprises .
CoNISMa 09/09/20 Performing a study on the issues of the Marine Strategy for the
12 (12,47 realization of the initial evaluation of the state of the marine
M)
environment and the achievement of the main objectives of the
2008/56/EC Directive , as implemented by Legislative Decree
no. 190/2010.
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Agency "In
Liguria"
- Network
Ports Sardinia
- National
Association of
Wine Cities Pisa Province
Office of
Community
Politics and
International
Relations
period
20102012
€
1.364.00
0,00 ISPRA Istituto
Superior
e per la
Ricerca
sull'Ambi
ente
CoNISMa,
UNIMAR,
COISPA,
IREPA,
Università del
Piemonte
Orientale “A:
Avogadro” ,
Università di
Ferrara,
Università di
Padova,
Università di
Pavia.
MAIN
R&I
AREAS
Socioec
onomic
& Policy
Researc
h
Socioec
onomic
& Policy
Researc
h
Socioec
onomic
& Policy
Researc
h
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
www.perseusnet.eu
INTERREG
CISM
REGIONE
CAMPANIA
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
HCMR
(Greece)
Policy-oriented
marine Environmental
Research for the
Southern European
Seas (PERSEUS)
Project of technical
assistance for the
implementation and
management of an
International Centre
of Sea Sciences in
Albania - CISM
(INTERREG IIIA ITALY
– ALBANIA 20002006)
EU
Regional
& SubRegional
ARPA
PugliaItaly
Research and analysis
of the economic and
social impact of
protected areas in
Campania
Regional
& SubRegional
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
January Research project that assesses the dual impact of human
1, 2012
activity and natural pressures on the Mediterranean and Black
Seas
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
13000k €
CORE
PARTICIPANT
S
01/07/20 The aim of the project was the definition of a possible
06 (28,43 International Center of Research in Marine Sciences to locate in
M)
Albany. This Center (current name: CISM) would be the only
one Institute for the research in the field of Sea Sciences along
the Albanian waters with competences in biotic (biological
resources) and abiotic (chemistry, toxicology, etc. ) sectors.
www.cismalbania.it/
€
2.570.00
0,00 Regione
Puglia
CoNISMa 10/09/20 The project regards the 2 MPAs of the Cilento coasts ("Santa
07 (10,13 Maria di Castellabate" and "Costa degli Infreschi e della
M)
Masseta"). It was developed connecting several tasks, trough
the set-up of a common geo-database, taking into account the
environmental status and the human use of the marine
territory (e.g. professional and recreational fishery, diving,
pleasure navigation), the analysis of historical and socioeconomic heritage along the coasts, the characteristics of the
turistic demand and present offer, with the purpose to identify
new sustainable initiatives and provide the guidelines for an
effective financial support.
€
230.000,
00 Regione
Campani
aAssessor
ato
dell'Ambi
ente
AMP Aree
Marine
Protette
CoNISMa,
ARPA PugliaItaly,
CoNISMaItaly, CNRItaly, Albanian
Ministry of
Environment,
Albanian
Academy of
Sciences,
University of
Tirana-Albania
CoNISMa
CNR, ENEA,
INGV, OGS
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Socioec
IT-FR
onomic
Marittimo
& Policy
2007-2013
Researc
h
TITLE
SCALE
SERENA
EU
Socioec
onomic
& Policy
Researc
h
Study about the
thematics of marine
strategy for achieving
the priority objectives
of the Directive
2008/56/CEE.
Regional
& SubRegional
MARINE
STRATEGY
CALABRIA,
CAMPANIA;
PUGLIA
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
Period
The project has the main objective to analyze the boating
2009industry and its supply chain within a defined area of
2011
cooperation between Italy and France, to assess the current
state of development and future prospects of the industry,
identify employment opportunities that it can offer and thus
strengthen the capacity of the basin of attraction of
employment in the sector is through the strengthening of
employment services is through the establishment of common
training standards
CoNISMa 01/06/20 Implementation of the Memorandum of Understanding ratified
14 (7,10 with DGRC n. 4 of 18/01/2013, regarding the pursuit of the aims
M)
set by D.lgs. 190/2010, for the adoption of the European
(12,13
Directive 2008/56/CE which establishes a framework for EC
M) (3,00 action in the field of marine environment policy. The research
M)
programme focuses on the marine coasts in the Western
Mediterranean Sub-Region and falling within the competence
of the Campania Region, as technical-scientific data concerning
them resulted insufficient. In order to pursue such aim, the
Parties signing the Agreement, each within one’s competence,
have undertaken to develop the following issues:
1. socio-economic aspects of the use of marine environment
and costs of its deterioration;
2. marine waste;
3. distribution and size of both benthic (coralligenic) habitats
and pelagic (planktonic) habitats.
As regards the distribution and size of the benthic (coralligenic)
habitats, the implementing subject is CoNISMa.
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Province
of La
Spezia
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
€
172.800,
00 ARPACAL
- Agenzia
Regional
e per la
Prevenzi
one e la
Protezio
ne
dell’Amb
iente
della
Regione
Calabria
+€
300.000,
00 Regione
Campani
a+€
224.825,
00 ARPA
CoNISMa +
CoNISMa,
ARPAC;
Stazione
Zoologica
Anton Dohrn.
MAIN
R&I
AREAS
Socioec
onomic
& Policy
Researc
h
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
FP7-PEOPLE2010-IEF
(Marie-Curie
Action:"IntraEuropean
fellowships for
career
development")
http://www.20
20horizon.com/S
YNRESHSynchronousRegime-ShiftsAcrossEuropeanSeas%28SYNRE
SH%29s5612.html
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
SYNRESH
Synchronous Regime
Shifts Across
European Seas
EU
SAHFOS,
UK
2012 2014
Regime shifts are abrupt changes encompassing a multitude of
physical properties and ecosystem variables, which lead to new
regime conditions. Regime shifts can cause large-scale losses of
ecosystem services with severe consequences for human wellbeing. Recently, regime shifts have been documented for
various marine ecosystems. Novel research has found that
many of those occurred quasi-simultaneously, raising the
question about global-scale environmental forcing. In
particular, all European seas seem to have underwent regime
shifts in the late 1980s (Conversi et al., 2010). Understanding
such co-occurrence is key to differentiating the role of
large/hemispheric scale (climate) impacts from local/basin scale
(eutrophication, overfishing, etc) impacts. This differentiation is
in turn essential for both addressing marine ecosystem
protection strategies, and understanding the climate – biota
relationship in global warming scenarios. The aims of this
project are (i) to address, via a comparative, multi-basins
approach, the large-scale synchrony in regime shift timing and
its drivers, and (ii) to link scientific research to policy, by
addressing the development of prevention and mitigation
strategies to be used in future ecosystem-based managements.
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
PugliaAgenzia
Regional
e per la
Prevenzi
one e la
Protezio
ne
dell’Amb
iente
della
Puglia
272980 272980
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Training
P.O. CRO FSE
&
Regione Liguria
Technol
2007-2013 Axis
ogy
IV Human
Transfer
Capital -
TITLE
3D STEREO MONITOR
Study and
development of a
system for the
reconstruction and
development of threedimensional models
from stereoscopic
images with
applications in marine
monitoring
Training Settin Ministry for
Centro di Competenza
&
g up a Education and Tecnologica
Technol marin Research
“Impresambiente” nel
ogy
e
(MIUR) - 2000- settore del rischio
Transfer mesoc 2006 N.O.P. for ambientale per la
osm as Scientific
promozione
a
Research,
dell'innovazione
contri Training and
tecnologica e della
bute
Technological
competitività delle
to a
Transfer
imprese (CCT
distrib (www.cctIMPRESAMBIENTE)
uted
impresambient
marin e.com)
e
resear
ch
infrast
ructur
e in
the
South
of Italy
SCALE
Regional
& SubRegional
National
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
2013 The proposed project involves the use of three-dimensional
2015
representations obtained by stereoscopic techniques in two
different application scenarios related to marine environmental
monitoring:
1) Recognition and classification of macro-and megazooplankton (2 mm - 20 mm and> 20 mm), with particular
attention to the gelatinous zooplankton (jellyfish and
ctenophores);
2) analysis of the wave motion near the coast, with particular
attention to the detection of height and direction of wave and
monitoring of the coastline.
ImpresA 2008 - 4 This project, inter alia, enabled the creation of a meso-scale
mbiente years
system of tanks at the premises of dell'UOS Cape Granitola
- s.c.a.r.l.
dell'IAMC-CNR, in order to carry out studies of new fish species
farmed, the acoustics of fish species, etc..
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
CNRISMAR
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
104000 4
104000
8.086.56
5
(90.000)
IAMC-CNR,
Universities,
Research
Public Istitutes
and SMEs
from Southern
Italy
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Training
FP 6 &
http://www.co
Technol
bo.org.uk/
ogy
Transfer
Training
&
Technol
ogy
Transfer
TITLE
COBO Integrating
new technologies for
the study of benthic
ecosystem response
to human activity:
towards a Coastal
Ocean Benthic
Observatory
PAR FAS 2007 – DEWAGS
2013 DEepWAterGreenSens
ors.
Training
&
Technol
ogy
Transfer
DG MARE - Call
for proposals
MARE/2013/09
-
Training
&
Technol
ogy
Transfer
EC
Esif Energy Saving in
FISH/2006/17 - Fisheries
SCALE
EU
Regional
& SubRegional
ECOSEE/A Guardians EU
of the Sea - Grant
agreement
MARE/2013/09 SI2.680401
EU
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
2004 The overall objective is to integrate emerging and innovative
2007
technologies from different disciplines, in order to provide
monitoring of sediment habitats and better understand the
interactions between the benthic biota and their chemical
environment. Existing technologies have limited spatial and
temporal resolutions, and this has hampered progresses in
determining key parameters and explaining biogeochemical
patterns and processes.
Selmar
2014 The project DEWAGS takes into account a sensor station
S.r.l..Italy 2016
consists of two distinct systems:
- Docking Station (which is on the bottom of the sea)
- Floating module (module with sensors disconnected from the
station)
Within this architecture, the project aims to:
- Develop a system for charging batteries with Fuel Cell
technology to increase the autonomy of the diving system
- Develop a system of wireless charger able to transfer the
charge to the batteries of the module Floating without the need
for complex connectors and docking operations
Città di
2014 San
2015
Benedett
o del
Tronto Gruppo
d'azione
costiera
Marche
Sud
2006 ESIF aims at investigating technical and operational methods to
2009
reduce energy consumption and costs in European fisheries.
The study will perform an inventory of technical solutions and
running activities, analyse the economic performance of
selected fleet segments, as well the factors determining energy
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
2889410
13
-
799266,6
489109,01
3
466618 114035
8
600000 -
11
MAIN
R&I
AREAS
Training
&
Technol
ogy
Transfer
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
efficiency and the economic potential for technological
improvement under future scenarios.
2008Training 4 young professionals on molecular and biochemical
2008
techniques applied to marine biotechnologies:
young professionals were specialized in the characterization of
active substances from marine organisms in different
environmental conditions, in order to enhance the welfare and
human health.
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Trainin
g
young
resear
chers
in the
marin
e
scienc
es
Training Trainin
&
g
Technol young
ogy
resear
Transfer chers
in the
marin
e
scienc
es
Training
&
Technol
ogy
Transfer
EC Structural
Funds European
Social Fund 2000-2006
Sicilian R.O.P.
Esperto nella
caratterizzazione di
sostanze attive
dall’ambiente marino
(ESPERIA)
National
IAMCCNR
EC Structural
Funds European
Social Fund 2000-2006
Sicilian R.O.P.
Esperto nella
National
caratterizzazionedell'a
mbiente marino e
delle sue risorse
(ESPERIA)
IAMCCNR
20082008
Training of 7 young professionals in the field of fisheries
ecology and biology, as well as specific skills in the protection
and management of marine resources.
168.000, NONE
00
(168.000
)
FP7 EUROPEAN
COMMISSION www.forceproj
ect.eu
FORCE Fishing and
aquaculture-Oriented
Research Capacity in
Egypt
2011 2014
Fishing and aquaculture-Oriented Research Capacity in Egypt is
designed to enhance the capacity of the Egyptian National
Institute of Oceanography and Fisheries (NIOF) to carry out
research activities for supporting the implementation of sound
and science-based policies and the sustainable development of
fishery and aquaculture in Egypt, as well as in the whole
Mediterranean North African region.
499558 83017
4
Training
&
Technol
P.O.R. FESR
GUARD-1 GUARD-1
2007-2013 Axis
1 Innovation
NIOF National
Institute
of
Oceanog
raphy
and
Fisheries,
Egypt
OnAIR
S.r.l.
2012 2014
The aim of the project is the study, the definition and
implementation of a prototype of an autonomous system at
low cost for the acquisition and recognition of underwater
216005,4
- 40000
2
EU
Regional
& SubRegional
168.000, NONE
00
(168.000
)
MAIN
R&I
AREAS
ogy
Transfer
Training
&
Technol
ogy
Transfer
Training
&
Technol
ogy
Transfer
Training
&
Technol
ogy
Transfer
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
and
Competitivenes
sDG MARE JOINT
RESEARCH
CENTRE,
INSTITUTE FOR
THE
PROTECTION
AND SECURITY
OF THE CITIZEN
http://energyef
ficiencyfisheries.jrc.ec.
europa.eu
PROJECT
TITLE
Settin
g-up
multidiscipli
nary
labora
Comitato
Interministerial
e per la
Programmazio
ne Economica
(CIPE) - Accordi
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
images with high resolution, designed to equip the latest
generation of autonomous vehicles.
ICEEF Information
EU
Collection in Energy
Efficiency for Fisheries
- UE Service Contract
n. 255849 (2010)
Commissi 2010 on of the 2014
Europea
n Union Joint
Research
Centre Ispra
(VA)
Information collection in energy efficiency for fisheries
JRC has developed a pilot website on energy efficiency in
fisheries, accessible through the European DG MARE website.
The pilot website includes reference documents and studies on
energy savings, information on funding opportunities, and links
to relevant EU projects, EU legislation and events. The Project
tender ICEEF (IPSC/2010/04/03/NC) has started the collection
of additional information to update and improve the JRC
website.
INNOVATIVE LOW
National
CONSUMPTION AND
HIGH COMFORT WING
SUPPORTED BOAT
FOR PASSENGER
TRANSPORTATION
USTICA
LINES
S.p.A. Universit
y of
Palermo
Starting:
01.10.20
10;
Duration:
42
months
Laboratori di testing
per dispositivi
eLettroacustici,
sensorI oceanograFici
e metodologie
finalizzati al
IAMCCNR
2005 - 4
years
The project is addressed to the study and the development of
an innovative wing supported ship able to make more efficient
the passengers transportation for the short distances as well as
the medium ones. The latter aspect will lead to prefer the
innovative ship to other means of transportation as the singlekeel or the multiple-hull boat.
In comparison with other fast boats, such kind of new ships,
nowadays owned by the proponent Company, allow:
- a greater speed;
- a more comfortable passenger transportation;
- a lower fuel consumption per passenger and mile.
Setting up multi-purpose laboratories for the testing of
instruments destined to research centres and enterprises
working in the field of fisheries and marine environment.
Regional
& SubRegional
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
98950 -
6116.55 USTICA LINES
S.p.A. University of
Palermo
5.426.15 NONE
5,15
(5.426.15
5,15)
1
MAIN
R&I
AREAS
Training
&
Technol
ogy
Transfer
OTHE
R/MU
LTIPLE
R&I
AREAS
(SPECI
FY)
tories
for
marin
e
scienc
es
PROJECT/INITI
ATIVE & WEB
SITE
TITLE
di programma
quadro Modifica
scheda
intervento di
cui alla delibera
n. 36 del 2002
ed
approvazione
schede di
riferimento per
le procedure di
monitoraggio.
(Deliberazione
n. 76/2002).
Invito a
manifestare il
proprio
interesse
pubblicato
sulla GURS n.
31 del
11/07/2003 (www.iamc.cnr
.it)
Contratto con
NALCO
ITALIANA srl –
Divisione
Energy Services
-
monitoraggio dello
stato delle risorse
biologiche del mare
(PROREPLUS-ALIF)
Macrofouling
monitoring activity
and optimization of
chemical treatments
in industrial plants
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Regional
& SubRegional
Consiglio 2011 Nazional 2016
e delle
Ricerche
(CNRISMAR)
Italy
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
104000 104000
1
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Training
P.O.R. CRO FSE
&
Regione Liguria
Technol
2007-2013 Axis
ogy
IV Human
Transfer
Capital Training
&
Technol
ogy
Transfer
Tenders
MARE/2009/05
- LOT 1 –
Mediterranean
http://mareapr
oject.net/ www.mareapr
oject.net
Training
&
Technol
ogy
Transfer
FP 6 www.rivo.dlo.n
l/sites/necessit
y
Training
&
Technol
ogy
Transfer
ICTapplie
d
solutio
ns and
infrast
ructur
es for
marin
e
enviro
nment
Dipartimento
Digitalizzazione
e Innovazione
Tecnologica a
valere sulle
risorse
attribuite, con
Delibera CIPE
del 29 gennaio
2004, n. 8, ai
“Piani per
l’eccellenza del
territorio” –
TITLE
SCALE
MHYWAQ-MCA
Modelling
Hydrodynamics and
Water Quality in
Marine and Coastal
Areas
MYGEARS Technical
specifications of
Mediterranean trawl
gears - Scientific
advice and other
services for the
implementation of the
CFP in the
Mediterranean
Necessity NEphrops
and CEtacean Species
Selection Information
and TechnologY
Regional
& SubRegional
Piano ICT per
l’eccellenza nella
Sicilia occidentale del
settore innovazione
imprenditoriale a
partire dalla ricerca
marina (ICT-E3)
Regional
& SubRegional
EU
EU
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
CNRISMAR
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
2013 The project Modelling Hydrodynamics and Water Quality in
2015
Marine and Coastal Areas (MHYWAQ-MCA) aims at developing
a coastal high-resolution (~10m) numerical model to assess
water circulation and quality in the Gulf of La Spezia
CONISM 2012 A (il CNR 2013
partecipa
ufficialm
ente
come
IAMC
Mazara
del Vallo)
2004 2007
IAMC CNR
2005 - 5
years
The goal is to provide updated information on the
characteristics of trawl nets used in Mediterranean fisheries, to
establish maximum dimensions and adequate rigging for trawl
fishing gears. All these elements can contribute to improve the
selectivity, limit the fishing effort and minimize the
environmental impact of fishing gears. The study is carried out
using information collected in relevant Mediterranean fishing
fleets, with the collaboration of fishing sectors and
control/inspection bodies.
This project is intended to develop effective gear modifications
and alternative fishing tactics to reduce by-catch and mortality
of non-target fish species in European nephrops fisheries, and
similarly to identify gear modifications and acoustical
deterrents to reduce by-catch and mortality of cetaceans in the
same area.
Providing the area of Trapani and Agrigento provinces with ICT
for a better cooperation among fisheries-related enterprises,
research centers and local authorities.
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
52000 3
52000
135400 -
6
7725286
-
22
9.437.00 NONE
0
(9.437.00
0,00)
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
nell’ambito
dell’Accordo di
Programma
Quadro (APQ)
in materia di
Società
dell’Informazio
ne, stipulato
dalla Regione
Siciliana il 7
marzo 2005 ed
integrato in
data 27 maggio
2005
(www.iamc.cnr
.it)
Training
PO CRO Fondo
&
Sociale
Technol
Europeo
ogy
Regione Liguria
Transfer
2007-2013
Asse IV
“Capitale
Umano” ob.
specifico l/6i”
-
TITLE
SCALE
PO CRO
Regional
"Development of a
& Subbiofouling monitoring Regional
protocol as tool for
antifouling treatments
optimization in
industrial plants and
characterization of
efficacy and ecofriendly performances
of new experimental
biocides"
“Technological
differentiation and
experimental
validation of an
innovative
ultrasounds system
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
Consiglio 2013 Nazional 2015
e delle
Ricerche
(CNRISMAR)
Italy
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
99000 99000
1
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Training
&
Technol
ogy
Transfer
Imple
menta
tion of
compe
titive
strate
gies
and
techn
ologie
s in
marin
e
resear
ch
Training
&
Technol
ogy
Transfer
Imple
menta
tion of
compe
titive
strate
gies
and
techn
TITLE
SCALE
for water treatment in
new application
scenarios”
PON 2007-2013
National
PITAM - Technological
Platform for
Geophysical and
Environmental Marine
Surveys
PON 2007-2013
STIGEAC - Integrated
Systems and
Technologies for
geophysical and
environmental
monitoring in
coastal-marine areas.
National
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Coordina
tor:
Soproma
r S.p.A.
Scientific
coordina
tor:
Ennio
Marsella
(IAMCCNR).
Other
compani
es:
Istituto
per
l'Ambien
te
Marino
Costiero
IAMCCNR.
Coordina
tor:
Soproma
r S.p.A.
Scientific
coordina
tor:
Ennio
Marsella
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
01/07/20
1231/05/20
15
The PiTAM project foresees Research and Development actions
aimed at the realization of a technological platform understood
as a “multipurpose” sea research laboratory with structural and
functional characteristics which make it competitive for
execution of scientific and technological research; for the
valorisation of marine cultural heritage; for industrial activity;
and for emergency interventions related to environmental
crises. The implementation of competitive strategies and
technologies in marine research is today one of the main
objectives to ensure correct implementation of recent
European Community directives on the environmental
sustainability of marine areas, as described in the recent
Marine Framework Strategy Directive (MFSD). The prototype
platform will contribute to improving the productive processes
using technologically integrated and complex systems for data
acquisition aimed at creating new knowledge of the marine
environment.
17.909.2
23,00
(CNR
10.880.5
44,00)
Sopromar
S.p.A., Istituto
per
l'Ambiente
Marino
Costiero
IAMC-CNR.
01/07/20
1231/05/20
15
The STIGEAC project foresees Research and Development
actions for a new platform for the acquisition of
multidisciplinary (geophysical and environmental) data in
marine areas with high operational performances.The
achievement of this objective will allow for a better alignment
of the Italian companies with Research and Development
strategies in the European and international sphere, as
prescribed in the framework of the European Community
18.778.9
06,00
(CNR:
12.155.3
21,00)
Sopromar
S.p.A., Istituto
per
l'Ambiente
Marino
Costiero
IAMC-CNR.
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
ologie
s in
marin
e
resear
ch
TITLE
Training
&
Technol
ogy
Transfer
Progetto MARE progetto Mare Friuli
(www.progetto Venezia Giulia
mare.fvg.it)
Training
&
Technol
ogy
Transfer
ProgettoMare ProgettoMare Friuli
FVG/www.prog Venezia Giulia
ettomare.fvg.it
SCALE
Regional
& SubRegional
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
(IAMCCNR).
Other
compani
es:
Istituto
per
l'Ambien
te
Marino
Costiero
IAMCCNR.
Ms Paola
STUPARI
CH
ENAIP
Friuli
Venezia
Giulia
Regional
& SubRegional
ENAIP
FVG
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
program GMES (Global Monitoring for Environment and
Security).
May
The project had objective to promote and implement training
2010 - 36 activities within the various sectors related to the sea-based
months economy on the basis of training, employment and innovation
needs.
Results:
- multiply and differentiate the target users and the
characteristics of the methodology of training (even
individualized);
- Promote important systemic actions and provide assistance,
especially in terms of the link between research and technology
transfer.
28/12/20 ProgettoMare is a project aimed at identifying and interpreting
11 & 36 the needs of the maritime industry, in order to train and
months upgrade the skills of those who work "for the sea", thus
enabling them to face the new challenges posed by the market.
The project sees the participation of key actors belonging to the
vocational training system, the business world, research and
innovation as well as the university and school systems of the
region: taking advantage of the peculiarities of each of them,
progettoMare will make sure that the needs of the maritime
economy are thoroughly and efficiently met, addressing the
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
4.900 k€
Region
Friuli
Venezia
Giulia
(FSE)
2.000.00
0 K€ Autonom
ous
Region of
Friuli
Venezia
Giulia
Region
and
ARSAP Associazione
Regionale per
lo Sviluppo
dell'Apprendi
mento
Professionale
et al.
Consorzio per
l'AREA di
Ricerca
Scientifica e
Tecnologica di
Trieste,
Fincantieri,
RINA, CETENA,
CNA,
University of
MAIN
R&I
AREAS
Training
&
Technol
ogy
Transfer
Training
&
Technol
ogy
Transfer
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
FAR MIUR -
RIMA Development
of technologies and
software for a
forecast
Mediterranean
Integrated Network
for Marine and
Coastal Environment
Management - RIMA
Progetto
RITMARE - SP6 Bandiera La
Research, Training
Ricerca Italiana and Dissemination
per il Mare - Structures
www.ritmare.it
Training Air
Project SIMCA
&
quality
Technol
ogy
Transfer
Scientific
cooperation
between research
institutions for the
study of airborne
fine particles in
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
requirements of all people involved at all levels, from students
to entrepreneurs. ProgettoMare provides a complete range of
training schemes oriented towards the maritime economy to
promote its competitiveness and allow for the widening and
strengthening of the maritime industry-related network at
regional, national and international level.
National
Ligurian 2013 District
2016
of
Marine
Technolo
gy DLTM,
Italy
National
CINFAI
Internatio IDPAnal
CNR
2011 2016
2007, 18
months
The research activities proposed in the project RIMA have the
purpose of enriching the potentiality of observation through
the study and development of sensors and innovative
communication systems able to provide real-time information
traditionally collected by oceanographic vessels or by fixed
platforms anchored, with a considerable saving economic
resources. CNR also contributes to the project through the
development of a local coastal model used for the prediction of
transport and dispersion of passive tracers.
The project seeks to implement various initiatives including: a)
strengthening of marine laboratories, to create an efficient and
shared infrastructure providing support for the national
research community, b) wide dissemination and awareness
rising of marine science results to scientist, companies and
citizens, c) high-level scientific training, to boost a new
generation of young marine researchers, focused mainly on
new technologies and cutting-edge disciplines linked to marine
research.
The purpose of the action proposed here is to strengthen
scientific cooperation between the eastern Adriatic countries
and the Italian Adriatic regions, through the study of the quality
of the air in important cities of the countries that take part in
this network (Venice, Belgrade, Sarajevo). The aims of this
project are principally to improve the cooperation between
BUDGET
(IN K€, ≥
50) &
FUNDIN
G
INSTITUT
IONS
Europea
n Social
Fund
9903000
- 98515
CORE
PARTICIPANT
S
Trieste,
University of
Udine, SISSAThe
International
School for
Advanced
Studies,
ENAIP, ENFAP,
IRES, IAL.
9
4500000
- MIUR
CNR (IAMC,
ISAC, ISMAR),
CINFAI,
CONISMA,
OGS, SZN
397.75
K€,
INTERRE
G/CARDS
-PHARE
IDPA-CNR,
University of
Sarajevo,
University of
Belgrade,
ISAC-CNR
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
Important Cities of
the Adriatic area.
Training
&
Technol
ogy
Transfer
Training
&
Trainin
g nonEurop
ean
young
resear
chers
in the
marin
e
scienc
es
Bilateral
agreement
betwen CNR
and the Italian
Ministry of
Foreign AffairsGeneral
Directorate fo
Cooperation
Development
(MAE-DGCS)
(Prot. CNR
0068091 del
12/11/2013)
Tenders
MARE/2009/05
Scienze per la
Diplomazia
(DIPLOMAZIA)
Internatio CNR
nal
Specific Project n. 1 Horizontal Services
EU
CONISM
A (il CNR
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
research institutes through the continuous interaction between
the researchers of the different countries in all the phases of
the project by secondment periods and workshops. The
chemical characterization from the organic and the elemental
point of view of all the different size-dimensional classes of the
aerosol is very important for the assessment of the aerosol and
the pollutants sources. The target groups actions are: that
researchers and the graduate students of the different
institutes can have the possibility of acquiring different
expertise; the local administration can utilize the data from the
monitoring of important urban air pollution parameters ; all the
countries of the network due to the exchange and
harmonization of the acquaintances will be able to create a
common base for deciding strategies for air quality studies. The
main activities will be: 1) aerosol samplings; 2) the chemical
characterization of the aerosol; 3) identification and
assessment of polluting sources; 4) Exchange of information
and skills between institutes.
12
The training course aims at creating specialized expertise in the
months, definition of global, EU, national and regional policies for the
2014
marine environment and its renewable resources, by training
young experts with a high level of specialization in the field of
maritime policies aimed sensu lato, namely the related fishing,
maritime and the legislative and regulatory aspects,
environmental monitoring, economy related to the sea and its
resources, political and economic geography.
2010 2012
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
Program
me IIIA
1.452.55 CNR Institutes
9,49
(534.097,
3)
-
MAIN
R&I
AREAS
OTHE PROJECT/INITI TITLE
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
Technol
- LOT 1 –
ogy
Mediterranean
Transfer
http://mareapr
oject.net/ -
Training
&
Technol
ogy
Transfer
SCALE
Mariti STARNETregio/ STARring a transEU
me
www.starnetre regional NETwork of
Transp gio.eu
regional researchort
driven marine clusters
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
partecipa
ufficialm
ente
come
IAMC
Mazara
del Vallo)
Consorzi
o per
l'AREA di
ricerca
scientific
ae
tecnologi
ca di
Trieste
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
15/01/20 The STARNETregio project has been conceived to increase the
08 & 30 overall capacity of regional players in the regions Friuli Venezia
months Giulia (Italy), Slovenia and the County of Rijeka (Croatia) to
invest in RTD and carry out research activities concerning the
marine industry, in specific the shipbuilding and port
equipments, intended to strengthen and develop the sector's
scientific and technological basis and ultimately the economic
growth of the regions.
The project has been implemented in four main consecutive
and complementary phases: 1) Establishment of the
institutional cluster framework and thorough mapping of
regional development plans and RTD key actors; 2) Crossregional analysis of regional development plans and RTD actors,
aiming at setting the basis for a future trans-national
collaborative research environment; 3) Knowledge transfer
through mutual learning processes and mentoring activities; 4)
Development of a joint Action Plan for improving the
integration process.
The elaboration of the shared Trans-national Research Agenda
– TRA was one of the most important results as a consequence
of an extensive discussion of the members of the Technical
Steering Committee and the Liaison Offices representatives as
well as of an integration of collected data from the three
Regional Research Agendas, above mentioned. TRA aimes at
identifying and setting up concerted research strategies
necessary for answering to the sector’s industrial needs and is
the basis for defining common RTD policies and programmes
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
981 K€ &
Europea
n
Commiss
ion
Consorzio per
l'AREA di
Ricerca
Scientifica e
tecnologica di
Trieste et al.
MAIN
R&I
AREAS
Training
&
Technol
ogy
Transfer
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
POR FESR
TECNOPOLO 2007-2013 AMBIMAT
http://www.co
nsorzioproambi
ente.it
SCALE
National
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
that support their efficient implementation and
accomplishment. TRA summarizes common interests and needs
of the three territories, focusing on activities to be further
developed for boosting the shipbuilding and leisure boat
industry performance and for contributing to regions
development
Moreover, addressing the issues laid down in the Blue Book for
Maritime Policy and building on the results included in the
STARNETregio shared Trans-national Research Agenda (TRA), a
Framework Agreement has been signed among 6 of 11
STARNETregio partners, including all local relevant policy
makers and innovation practitioners in the field of concern. The
Framework Agreement stipulates a collective vision for the
regions’ development towards a competitive and sustainable
maritime economy and stresses the importance of upstream
(networking and cooperation among the regions) and
downstream activities (cooperation among stakeholders within
the region) in the maritime sector. Along with the Framework
Agreement a Joint Action Plan -JAP has been set up. The JAP,
which is the ultimate project result, represents a road map for
measures/ actions to be further developed and implemented
by the STARNETregio partners after the project’s end through
the expansion of previous and ongoing coordination activities.
The various measures proposed in the JAP are addressed to
public and private science & technology institutions, innovation
structures and individual young scientists situated in the
participating countries as well as coming from further European
countries. Innovative SMEs are especially encouraged to take
benefits from the action plan.
2011 Study of the physical, biophysical and ecological processes
REGIONE 2013
related to the ocean circulation that have influence on climate
EMILIA
change
ROMAG
Study of the mechanisms that regulate the bio-geochemical
NA
cycles associated with the ocean circulation
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
2400000
0327114
16
MAIN
R&I
AREAS
OTHE PROJECT/INITI
R/MU ATIVE & WEB
LTIPLE SITE
R&I
AREAS
(SPECI
FY)
TITLE
SCALE
National
Training
&
Technol
ogy
Transfer
TRIM
Training experts in
research and
development in the
marine and naval
industry.
Training
&
Technol
ogy
Transfer
Contratto di
ricerca con
AGUSTA SpA -
Valutazione del
Regional
potere anticorrosivo
& Subdi sistemi di
Regional
protezione per
applicazioni nel
settore aeroanutico in
atmosfera marina:
Prove in campo e
correlazione con i
paramentri
ambientali.
ITALY
STARTIN ABSTRACT & MAIN RESULTS (MAX 500 CHARACTERS)
G TIME
&
DURATI
ON (ONGOING
IN 2007)
Investigations on the origin of the Italian seas (in the context of
the geology of the Mediterranean) and on the ocean basins, as
these studies are strongly related to seismic and volcanic
hazards
Formation and alteration of the continental margins, also in
relation to climate changes.
Ms Paola January The project objectives are related to the professional skills and
STUPARI 1st, 2014 competences the students should necessarily demonstrate at
CH
- 24
the end of the training courses, defined as follows:
months ‐ Training of researchers in lightweighting and new materials;
DITENAV
‐ Training of researchers in the development of efficiency
E
enhancement engineering techniques;
‐ Training of researchers in the development of new propelling,
emission control and noise‐ and
vibration‐management systems.
Results: project in progress
Consiglio 2011 Museums and historical sites in the Mediterranean region
Nazional 2013
harbor large collections from Phoenician, Hellenistic, Roman,
e delle
and Islamic periods. However, objects made of metals tend to
Ricerche
suffer in terms of their preservation. The project proposes to
(CNRestablish and promote a preventive strategy, specifically
ISMAR)
designed for the Mediterranean region, by developing an
Italy
approach to monitor and protect metals collections using
portable scientific techniques and new corrosion inhibitors or
coatings.
COORDI
NATOR(S
)&
LEADING
INSTITUT
ION/CO
MPANY
/CONISM
A – CNR
ISMAR
BOLOGN
A
BUDGET CORE
(IN K€, ≥ PARTICIPANT
50) &
S
FUNDIN
G
INSTITUT
IONS
1.105,5
1. DITENAVE
k€
Financed
by
National
Funds
140000 140000
1
SPAIN
PROJECT/INITIATIVE TITLE
& WEB SITE
37 RD&i projects of
2010 CALL of
National Plan.
38 RD&i projects of
2011 CALL of
National Plan.
37 RD&i projects of
2012 CALL of
National Plan.
RD&i projects of
2013 CALL of
National Plan.
RD&i projects of
2013 CALL of
National Plan.
COORDINATOR(S) & LEADING
INSTITUTION/COMPANY
Funda
MINECO
mental
RD&i
project
s in sea
Funda MINECO
mental
RD&i
project
s in sea
Funda MINECO
mental
RD&i
project
s in sea
STARTING TIME & DURATION
(ON-GOING IN 2007)
ABSTRACT & MAIN RESULTS
(MAX 500 CHARACTERS)
Starting: 2011 Duration: 3 years. http://www.idi.mineco.gob.es/
BUDGET (IN K€, ≥
50) & FUNDING
INSTITUTIONS
5,3 M€ MINECO
Starting: 2012 Duration: 3 years. http://www.idi.mineco.gob.es/
5,3 M€ MINECO
Starting: 2013 Duration: 3 years. http://www.idi.mineco.gob.es/
4,6 M€ MINECO
Challenge to improve competitiveness and sustainability in fisheries and aquaculture
Challenge to improve marine research
CORE PARTICIPANTS
Universities, public
research organizations,
R&D public and private
foundation and
Technological Centers.
Universities, public
research organizations,
R&D public and private
foundation and
Technological Centers.
Universities, public
research organizations,
R&D public and private
foundation and
Technological Centers.
In progress
In progress