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Le pôle pour la gestion des migrateurs amphihalins dans leur environnement (MIAME) – Bilan d'activité 2019-2024 Association LOGRAMI http://zotero.org/users/237438 http://zotero.org/users/237438/items/S7XA3QEH 2025-10-31T13:40:27Z 2025-10-31T13:40:27Z S7XA3QEH 24436 journalArticle Roussel et al. 2025-05-22 1
Item Type Journal Article
Author Jean-Marc Roussel
Author Marie-Laure Acolas
Author Anthony Acou
Author Guillaume Evanno
Author Quentin Josset
Author Karl Kreutzenberger
Author Frédéric Marchand
Author Étienne Prévost
Author Étienne Rivot
Author Laurent Beaulaton
URL https://revue-set.fr/article/view/9420
Rights Copyright (c) 2025 Jean-Marc ROUSSEL, Marie-Laure ACOLAS, Anthony ACOU, Guillaume EVANNO, Quentin JOSSET, Karl KREUTZENBERGER , Frédéric MARCHAND, Étienne PRÉVOST, Étienne RIVOT, Laurent BEAULATON
Issue 47
Pages 9420-9420
Publication Sciences Eaux & Territoires
ISSN 1775-3783
Date 2025-05-22
DOI 10.20870/Revue-SET.2025.47.9420
Accessed 2025-10-31 13:40:27
Library Catalog revue-set.fr
Language fr
Abstract Diadromous species are aquatic animals that complete their biological cycle between marine and freshwater habitats. They are particularly impacted by various anthropogenic pressures from land use planning to climate change. Many of them have poor or even critical conservation status. They are listed in the annexes of international biodiversity conventions and they are subject to specific regulations at the national and EU levels. The centre for the management of diadromous species and their environment (MIAME) is a unique group of scientific and technical expertise in France. About fifty permanent staff members of four research institutes and universities contribute to it. Their work has an operational vocation for the management of this remarkable biodiversity, as well as the continental, estuarine, and marine ecosystems that host it. Missions are research and development, expertise and knowledge synthesis, management of national observatories, development of pilot sites, innovation and training. The main advances realized over the period 2019-2024 and their implications for the management of diadromous species and their habitats are presented in this special issue.

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