Constraints and Adaptations to Global Change at the Land-Sea Interface: For a Shared Ecological and Energy Transition

Patrick Prouzet is a specialist in the biology and dynamics of diadromous species like European eel and Atlantic salmon. He holds a PhD in biological oceanography and a post-graduate qualification in research. His research focuses on the impact of global change on the management and restoration of diadromous species. He advises fisheries bodies in France and Japan within the Satoumi and Satoyama framework.Professor Emeritus Jean-Claude Dauvin is a distinguished Professor Emeritus and Officer of Maritime Merit. He serves on the editorial boards of the Marine Pollution Bulletin and the Journal of Marine Science and Engineering. His research at Caen Normandy University focuses on benthic and suprabenthic communities, marine ecosystem conservation, marine invertebrates, Marine Renewable Energy, and taxonomy of amphipods and polychaetes. He has authored or co-authored around 350 international peer-reviewed papers.Teruhisa Komatsu specializes in coastal marine ecology, particularly seagrass and seaweed beds. He has conducted ecological studies on Caulerpa taxifolia and Posidonia oceanica. He leads the “Ocean Remote Sensing Project for Coastal Habitat Mapping” and conducts satoumi research on the recovery of the Sanriku region after the 2011 tsunami. He is the president of the SFJO Japan Chapter.Eric Feunteun is a Professor of Marine Ecology at the French Museum National d’Histoire Naturelle (MNHN) and EPHE. He specializes in the conservation ecology of marine ecosystems and migratory fish, particularly the eel. His research includes the cumulative effects of offshore wind power on coastal ecosystems. He has been involved in the designation and management of Marine Protected Areas and acts as an expert in European framework directives.Anne-Claire Bennis is a Full Professor of Marine Physics at the University of Caen Normandy. She specializes in the coastal environment and its interactions between hydrodynamics, sediments, and biology/ecology. She is a numerical modeler and chaired the scientific committee for the COAST 2023 event.Osamu Matsuda is a Professor Emeritus of Hiroshima University and President of the Satoumi Research Institute, Japan. He specializes in the environmental management of enclosed coastal seas, nutrient cycles, eutrophication, environmental restoration, and Satoumi creation. He has worked extensively in field research, including Japanese Antarctic Research Expedition and projects in arctic and tropical areas. He has been involved in various international environmental initiatives and projects.

• Part 1 - Vulnerability and Resilience of Coastal Ecosystems to Global Change.- Exploring extreme wave propagation in coastal zones: A combined physical and numerical modeling study.- Spatial and temporal monitoring of a dune system evolution using drone-based lasergrammetry: the case study of Anse Du Guesclin (Brittany).- Monitoring the submersion using monthly time-series at high spatial resolution: PlanetScope’s five-year-old Beaussais’ marsh restoration.- Spatial variation of sea-air CO fluxes in the Seto Inland Sea and analysis of contributed parameters.- Multidisciplinary study of the population dynamics of the Non-Indigenous Manila Clam Ruditapes philippinarum along the western coast of Cotentin, France.- Spatio-temporal distribution of intertidal shrimps, P. serratus and P. elegans from two western and eastern Cotentin sites (Normandy, France).- Current Status, Causes and Countermeasures for the Change from Seaweed Beds to Barren Grounds in Japan Based on the Reports of the Project Promoting the Multifunctional Roles of Fisheries.- Resilience of marine benthic communities in an area highly impacted by human activities: the case of the English Channel.- The Eel Paradox. Holistic management of migratory fishes. Impossible mission ?.- Innovations in Coastal management from unconventional origins: In the pursuit of exploring and managing coastal zones, unconventional approaches and methodologies can act as catalysts for fostering research and innovation..- Part 2 - Development of Marine Renewable Energies and impact on Socio-Ecosystems.- Variation of fish communities on two artificial structures along the French Atlantic coast.- Methods for modeling marine food webs and studying the cumulative impact of climate change and offshore wind turbines on ecosystem functioning.- Field data acquisition strategy for an ecosystem approach to studying the reef and reserved effects of offshore wind farms: the Fécamp measuring mast.- Co-Existence Between Offshore Wind Farm and Fisheries: Experiences in Japan.- Co-existence of offshore wind and other users of the sea:  years of learning what to do (and not do!).- Contributing to scientific knowledge in the context of industrial project: the GIS Eolien en Mer.- The Scientific Interest Group ECUME: a multidisciplinary consortium challenging to assess cumulated impacts of human activities in the eastern part of the English Channel.- Part 3 - The Satoumi Concept and the Management of Commons: An Integrated Approach, a link between Land and Sea, between Nature and Culture..- SDG as a local integrated management tool.- Concept of Satoumi and its related activities in coastal areas of Japan.- Coral Reef Satoumi in Okinawa, Japan.- Restoring the European eel (Anguilla anguilla) and its habitats in France: a social, economic and environmental dynamic similar to the Sato-umi concept.- Positive effects of seagrass beds on sanitary conditions in oyster aquaculture.- Junior and senior high school students' challenge to solve the problem of marine garbage in the Seto Inland Sea -Through the practice of citizen collaboration through “Civic Tech”-.-  “Satoumi” created by eelgrass beds and oyster farming, Hinase Town, the Seto Inland Sea, Japan.- The culture’s interface between human’s economy and ecosphere’s integrity - The EcoSensible Sphere, a new concept to study an art-mediated salt marsh restoration.- History and prospects of French-Japanese collaboration and friendship in oyster farming.