Brice ANSELME

Brice ANSELME serves as a Lecturer at University of Paris 1 (Panthéon-Sorbonne) within the PRODIG Research Center (UMR 8586), specializing in geographic information sciences. Based at Campus Condorcet's South Research Building in Aubervilliers, he leads the Master's program in Remote Sensing and Geomatics Applied to the Environment (M2 Pro TGAE) since 2011 and teaches specialized courses in remote sensing, GIS applications, and environmental modeling across multiple universities including Paris 1 and Paris 7.

His research focuses on coastal risks, environmental dynamics, and geospatial technologies, with particular expertise in marine submersion risks, coastal vulnerability assessment, and multi-agent modeling for environmental management. His work spans multiple continents including France, Pacific islands, West Africa, and Brazil, addressing critical issues related to climate change impacts on coastal zones and environmental resources.

Analysis of his publication record (2004-2011) reveals a strong focus on coastal hazard mapping, environmental monitoring through remote sensing, and spatial modeling of territorial dynamics. His research consistently bridges technical geospatial methods with practical environmental management applications, particularly in vulnerable coastal regions facing climate change impacts. Much of his work involves collaborative international research addressing real-world environmental challenges through innovative geospatial approaches.

Dr. ANSELME has participated in numerous research programs including AGEPAR (Brazilian wetlands), BARCASUB (Arcachon basin), PREPARTOI (tsunami risk), and SAVARID (biodiversity in savannah ecosystems). His administrative responsibilities include heading the Master's program in Remote Sensing and Geomatics Applied to the Environment, reviewing for scientific journals (Vertigo, EchoGéo), and serving on the Paris Doctoral School of Geography committee since 2007.

His laboratory work centers on geomatics applications for environmental monitoring, particularly utilizing satellite remote sensing, GIS, and multi-agent modeling to study coastal risks and environmental dynamics. His research frequently involves field studies in coastal regions across multiple continents, collaborating with international research teams to address pressing environmental challenges through advanced spatial analysis techniques.