Marine Banse recognised for excellence in bioacoustics research
PhD student Marine Banse is interested in sound communication in fish and its role in species evolution.
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One of the missions of the Faculty of Science is to prepare students to become self-reliant scientists imbued with the critical thinking and adaptability necessary to meet tomorrow's technological challenges.
At the forefront of research, the Faculty of Science develops a rigorous and innovative scientific approach that contributes to the quality of its teaching.
Although it satisfies the intellectual need and curiosity of the scientist, science is open to the world. In the service of men and women, it is closely linked to all aspects of human life.
Marine Banse a brillamment réussi son doctorat et a reçu la pleine reconnaissance de sa qualité au travers du Prix “Oceanography and Oceans Protection”.
Le vendredi 5 juillet 2024, Marine Banse a défendu publiquement sa thèse de doctorat intitulée « Patterns of Acoustic Communication in Holocentridae: An Evolutionary Perspective » pour laquelle elle a obtenu l'Oceanography and Oceans Protection Award de la Fondation du même nom. Ce prix est remis pour un travail Excellent dans la thématique de la fondation.
Marine Banse a reçu, à l’unanimité de jury, 1000 euros de cette fondation pour la qualité de sa thèse (document écrit, présentation, réponses aux questions , publications internationales…). Ses recherches menées sur la communication acoustique d'une famille de poissons marins, combinant des données issues de plusieurs disciplines (la phylogénie, la morphologie, l'acoustique et l'éthologie), contribuent à la protection des océans.
PhD student Marine Banse is interested in sound communication in fish and its role in species evolution.
A new European project on the downstream behavior of Atlantic salmon smolts on a long stretch of the Ourthe river basin is starting within the Management of Aquatic Resources and Aquaculture Unit.
The Biological Oceanography Laboratory is involved in the PIONEER project, which aims to identify and quantify the effects of noise and chemical pollution on cetacean hearing in the Arctic.