The Institut Pierre-Simon Laplace (IPSL) is a federation of research laboratories devoted to study the climate system and the global environment. Since 1995, the IPSL Climate Modelling Centre (IPSL-CMC) develops and uses climate models in order to improve our understanding and knowledge of the climate system, its current characteristics and its past and future changes.

Many aspects of the climate system are studied at IPSL and IPSL-CMC is one of the few climate modelling centres worldwide that develop most aspects of its Earth System Model (ESM). Such a model represent the different components of the climate system and their interactions. The IPSL Earth System Model comprises of the LMDz model for the atmosphere, the INCA and REPROBUS models for atmospheric composition, the NEMO model for the ocean, including ocean dynamics (NEMO-OCE), sea-ice (NEMO-LIM) and ocean biogeochemistry (NEMO-PISCES), and the ORCHIDEE model for terrestrial surfaces. The IPSL climate model uses the OASIS coupler and the powerful XIOS input/output server. A new dynamical core for the atmosphere, known as DYNAMICO, is now coupled to the atmospheric physics and forms our next generation model.

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New license for IPSL CMIP6 data

IPSL is pleased to announce that its CMIP6 data are now licensed under a Creative Commons Attribution 4.0 International Public License (CC BY 4.0). This license allows potential users of the data to adapt the material for any purpose, even commercially, and share the resulting material in any medium and format, as long as they […]

Open positions on isotope modelling

IPSL is recruiting two new positions in relation to the Climate Modelling Centre: Postdoc/Research engineer in water isotope modelling in the NEMO ocean model Postdoc/research engineer in water isotope modelling in the ORCHIDEE land surface and vegetation model

Webinar by Olivier Marti on the Schwarz method to couple ocean-atmosphere models

The recording of the webinar given by Olivier Marti (LSCE-IPSL), entitled « Quantifying errors in coupling schemes at the ocean-atmosphere interface in Earth system models, using a mathematically consistent Schwarz iterative method » is available here. The webinar is in French.