Alexandre POHL
CNRS Researcher @ UMR 6282 BiogΓ©osciences (Dijon, France)
As a paleoclimate modeler, I try to understand how and why Earthβs climate changed in the past, especially in the deep time during pre-Cenozoic times, using a wide variety of numerical models. I currently focus on the co-evolution of marine Life and the physical environment at the geological timescale. My primary tool is the cGENIE Earth System Model, which I sometimes couple with marine biodiversity models.
news
Dec 16, 2025 | π Want to know more about redox gradients at the T-J boundary? [here]. |
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Oct 31, 2024 | β οΈ Special issue on pre-Cenozoic anoxic events and extinctions open for submissions. |
Jul 21, 2024 | π Slow Triassic rediversification due to geography: in EPSL. |
May 2, 2024 | π€ Fully-funded PhD thesis opportunity in Earh system modeling in Dijon ! here |
Jan 12, 2024 | π€ 2-year post-doc position to work with cGENIE opening in Dijon! here |
Jan 12, 2024 | π New insights into Cambrian redox: out here!. |
Nov 29, 2023 | π Nature News and Views relative to the great study by Salles et al. |
Oct 10, 2023 | π Cooling oceans did trigger Ordovician Biodiversification: just out in NatCom. |
Aug 21, 2023 | π Cambrian-Ordovician extinctions due to paleogeopgraphy and climate β in Science Advances: here. |
Jun 14, 2023 | π€ 3-year post-doc position in deep-time climate modeling opening at Univ. Leicester (UK): more info here. |
May 10, 2023 | π Looking forward to the Life and Planet meeting in July in London. |
Apr 23, 2023 | βοΈ Co-convening two promising sessions at EGU 2023 β more info here and there. |
Aug 17, 2022 | π Continental configuration controls ocean oxygenation during the Phanerozoic β in Nature. |
Jul 20, 2022 | π Explaining the long-term Ordovician cooling is not easy β new EPSL paper here! |
Jul 12, 2022 | π Revisiting Sepkoskiβs curve with a spatial-temporal biodiversity model β available in Nature! |