Salle 5, Site Marcelin Berthelot
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Abstract

Based on decades of scientific development in a highly collaborative environment, numerical climate models are essential tools for understanding and anticipating climate impacts and risks. Initially developed in a research context for large-scale modeling purposes and to improve understanding of climate evolution, they are now at the heart of climate projections. To feed climate action with relevant information and develop pertinent adaptation strategies, it is essential to continue to advance them scientifically and technically.

Masa Kageyama

Thesis on mid-latitude atmospheric circulation during glacial and interglacial periods (École Centrale Paris, LMCE, University of Reading). Recruited by CNRS, LSCE, in 2000. Specialist in the study of past climate change through modeling. Head of the " Climate and cycles: modeling their variability and interactions " themeat LSCE, and co-director of the IPSL Climate Modeling Center. Co-director of the TRACCS (TRAnsformer la modélisation du Climat pour les services ClimatiqueS) research program (PEPR).

Speaker(s)

Masa Kageyama

CNRS Research Director, Climate and Environmental Sciences Laboratory, Institut Pierre-Simon Laplace