DYNA project has been obtained through the international collaboration between FAPERJ (Brazil) and Sorbonne Universités (ComUE SU-Idex SUPER-France).
ANR NEMO is an international ANR grouping French UMRs and Taiwanese laboratories. Started in march 2015, it aims to study neuropeptides in marine organisms.
ANR International: France-Québec ANR IMMORTEEL
Programme ANR Blanc international - Sciences de la vie, de la santé et des écosystèmes : Biodiversité, évolution des écosystèmes, écosystèmes productifs, agronomie
Project ID: ANR-10-INTB-1704
The eel genome project has been founded by an international consortium (Netherlands, France, Japan, Norway).
The draft genomes of two eel species, the European eel, Anguilla anguilla, and the Japanese eel, Anguilla japonica, have been sequenced using the Illumina method.
The ongoing project includes further assembly of the European eel genome by using ew methodologies for direct sequencing and analysis of Megabase size DNA.
The consortium is also organising international conferences and workshops on eel genomics and transcriptomics.
With nearly 1200 species, inland waters of the Indonesian archipelago illustrate the challenges inherent to the conservation of fish resources in tropical regions.
The main objective of our project is to inventory in CEPF (Critical Ecosystem Partnership Fund) priority sites freshwater fish and crustaceans in Solomon and Vanuatu in order to fill the gaps identified at IUCN Redlisting workshop. It will propose management solutions that will assist environmental managers, land-owners, local communities and all those interested in sustainable freshwater management. This work will provide help:
Programme financé par l' IFB, Institut français de la biodiversité (ancien nom de la FRB)
In recent years, the use of geochemical markers in geosciences and ecology has considerably increased in order to improve understanding of the functioning of hydrosystems. Within the Amazon basin, the main hydrogeochemical databases are provided by the HYBAM observatory, which has been monitoring different stations for more than 10 years. The size and complexity of the basin make monthly water monitoring logistically and financially complex, especially in the long term.
Anthropogenic driven climate change is an increasing global problem. Marine invertebrates, such as molluscs have been highlighted as being particularly at risk under future climate change scenarios due to the acidification and warming of the world’s oceans. It is predicted that their heavily calcified shells will become thinner as sea water becomes more acidic, not only changing their role as a CO2 sink but also profoundly impacting the ecological balance and biodiversity.
European Commission: Training Network IMPRESS
IMPRESS is an Innovative Training Network (ITN) of the Marie Sklodowska-Curie Actions funded by the EU Research and Innovation Programme Horizon 2020.
The project brings together experts from inter-disciplinary fields of expertise ranging from molecular biology to social sciences.
European Commission: Project Life + Alosa alosa
Programme Life+ Nature and Biodiversity 2009 : LIFE09 NAT/DE/000008
7th PCRD Programme "Food, Agriculture and Fisheries, and Biotechnology" KBBE-2009-1-2-13, n° 245257
The PRO-EEL project aims at breeding European eel (Anguilla anguilla) in captivity. Reproduction of eel in culture has become a focus research area due a severe decline of natural stocks and an increasing interest to breed eels for a self-sustained aquaculture. PRO-EEL is an international research project supported financially by the European Commission.
The key objective of the REPROSEED project is to support the capacity of European hatcheries to respond to an increasing demand for mollusc seed. Hatchery seed production of Pacific oyster (Crassostrea gigas) is already well established, while for other species (Mytilus edulis, M. galloprovincialis, Ruditapes decussatus, Pecten maximus) it remains limited due to market or biological bottlenecks.
The ecotoxicological risks posed by deep-sea mineral extraction are complex and poorly known. Heavy metals, trace metals and Rare Earth Elements (REEs) phases may be subject to considerable alteration in the marine environment during the mining and at-sea processing of minerals. MIDAS will focus on issues related to the mining of minerals, where there is an urgent demand for information.
Contexte
Dans le cadre du Fond européen pour les affaires maritimes et la pêche (FEAMP), le MNHN est mandaté par la Direction des Pêches Maritimes et de l'Aquaculture pour participer au programme national de collecte des données halieutiques (Data collection Framework) sur les pêches professionnelles.
Les bruits anthropiques sont des nuisances directes pour une grande partie de la faune et les effets sur le comportement peuvent avoir des conséquences à l’échelle des individus mais aussi à l’échelle d’une population et d’un écosystème. Ces dernières années, l’acoustique passive a permis l’étude à long terme des environnements terrestres en utilisant les vocalisations animales comme proxy pour capturer rapidement la diversité des espèces, la phénologie des événements biologiques, et, finalement, la qualité de l'habitat.
Le projet BIOSURVEILLANCE vise à produire une cartographie des effets sur le vivant de la toxicité liée à la multi-contamination des masses d’eau du district Seine-Normandie. Complémentaire au projet SASHIMI, il va permettre de i) valider l’utilisation des biomarqueurs comme appui à la surveillance, par un déploiement sur la Seine et d’autres estuaires en concertation avec les gestionnaires, ii) construire une démarche visant à être pérennisée et transférable aux gestionnaires.
Among Caribbean coral reefs, Porites astreoides species increased in abundance despite, for other scleractinians large-scale declines coral cover are observed. Such resilient and adaptive potential of Porites members might by explain by a microbiome composition, which helps to protect them under changing environmental conditions or compromised health. In this study, culturable associated bacteria communities’ from the coral mucus and tissues will be investigated.
Le programme ECO3SAR vise à estimer, à l’échelle des DOM des Antilles, la nature et le devenir des contaminants présents à l’intérieur et/ou absorbés par les sargasses. Les informations obtenues éclaireront les champs scientifiques de l’écophysiologie des sargasses, la toxico-cinétique des micro-polluants considérés et leur devenir dans les procédés de transformation par compostage ou de stockage.
Le projet SASHIMI vise la définition d’outils de diagnostic de la qualité de différentes masses d’eaux, à travers i) le développement d’une méthodologie active pour plusieurs espèces de groupes zoologiques différents, et ii) la définition chez les différentes espèces des valeurs basales et seuils pour les différents marqueurs ciblés.
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