GRANDREMY Nina
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Theme(s) : Fleets dynamics and socio-ecosystems uses
Ecosystems assessment and multiple anthrophic pressure
Address: IFREMER Keywords : Ecologie spatiale / Evaluation / Usages / Ecosystèmes / Macroinvertébrés / Poissons / Analyses de séries temporelles / Capture, échantillonnage et inventaire / Développement de scripts / Modélisation statistique / Statistiques multivariées  |
Scientific surveys, conducted regularly for over 20 years, allow for a standardized monitoring of marine ecosystems and the collection of essential data on biodiversity, fisheries, and anthropogenic impacts such as climate change. These data are crucial to assess fish stocks and the status of exploited populations, and to inform offshore wind farm development policies.
With the acceleration of offshore wind farm deployment in France, impacts on scientific surveys are expected. These projects may hinder access to certain areas, alter sampling plans, and affect marine habitats, thereby changing population structures. Therefore, my project aims at quantifying the impact of future offshore wind farms on the fisheries surveys sampling and on the quality of the collected data, and, where necessary, proposing alternative sampling strategies.
Publications
Selection of Scientific Products
Grandremy Nina, Romagnan Jean-Baptiste, Dupuy Christine, Doray Mathieu, Huret Martin, Petitgas Pierre (2023). Hydrology and small pelagic fish drive the spatio–temporal dynamics of springtime zooplankton assemblages over the Bay of Biscay continental shelf . Progress in Oceanography , 210, 102949 (18p.) . https://doi.org/10.1016/j.pocean.2022.102949