Yeray Santana-Falcón (@yeraysf) header
Yeray Santana-Falcón (@yeraysf) profile picture

Oceanographer at #CNRM, @meteofrance, currently looking at how global warming alters life in the ocean

Toulouse, France
Joined April 2011
📢We’re excited to share that two of our members are organizing a session on physical-biogeochemical interactions at the highest resolutions for the 2026 Ocean Sciences Meeting in Glasgow, UK. 🌊 Fascinating topic! Spread the word! @AGU_OS #OceanScience agu.confex.com/agu/osm26/pre…
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By employing historical (1850–2014) and a high-emission scenario (2015–2100) as simulated by an #ESM, the authors uncover that global warming has already begun to drive abrupt alterations in ocean habitability. 5/6
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These findings provide further evidence that ocean biodiversity is poised to undergo major changes during this century.6/6
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📣Modelling the ocean heat-carbon nexus in Simple Climate Models results in inconsistencies, which could impact future climate projections and emission-to-concentration translation. @RolandSeferian @thomas_bossyy @NichollsZeb @krdorheim @yeraysf 🔗nature.com/articles/s43247-0…
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Unavoidable melting of the West Antarctique shelf
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Yeray Santana-Falcón explains how with co-authors they predict a 4-5% decline in the volume of global oceans that can support aerobic habitats, even if global temperature targets are only temporarily exceeded. earthenvironmentcommunity.na…
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Yeray Santana-Falcón retweeted
Changes in ocean temperature and oxygen could drive a centuries-long irreversible loss in the habitable volume of the upper 1000 m of the world ocean due the impact on organisms’ metabolic functioning, reports a study published in @CommsEarth. go.nature.com/3ZZZuFR
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Yeray Santana-Falcón retweeted
Are climate impacts on marine ecosystems reversible? Good question! And answered by a cool new study by @yeraysf nature.com/articles/s43247-0… @esm2025_eu
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Very proud of our work just published in @CommsEarth! We investigate the persistence of the combined effects of changes in ocean temperature and oxygen to #MarineEcosystems after hypothetical global temperature oveshoots 🧵 1/9 nature.com/articles/s43247-0…
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These lagged effects of #ClimateChange on #MarineEcosystems after CO2 levels recover from #overshoot underline that any delay in stabilising climate is highly likely to have an irreversible impact on marine ecosystems and the vital ecosystem services they provide. 8/9
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Many thanks to my wonderful co-authors A. Yamamoto, A. Lenton, @chrisd_jones, F.A. Burger, J.G. John, J. Tjiputra, J. Schwinger, @froeltho, T. Ziehn and @RolandSeferian #CNRM, @BjerknesBCCR, @NORCEresearch, @OceanNETs_EU, @PROVIDE4CLIMATE @esm2025_eu @COMFORTH2020 9/9
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