#mpim_scientists — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #mpim_scientists, aggregated by home.social.
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🌍 Call for Abstracts – Deadline Extended to 31 July 2025!
📢 The workshop on Climate Predictability & Integrated Attribution — co-organized by #MPIM_scientists Lara Wallberg & Wolfgang Müller — invites your contributions!🔍 Topics: climate variability, predictability, #extremes, #AI/#ML methods & more.
💡 Organized by ASPECT, EXPECT, I4C & WCRP.📄 Submit now: https://www.upcliv-workshop.eu
#ClimateScience #ClimatePrediction #ClimateExtremes #ScienceCollaboration -
🌍 Call for Abstracts – Deadline Extended to 31 July 2025!
📢 The workshop on Climate Predictability & Integrated Attribution — co-organized by #MPIM_scientists Lara Wallberg & Wolfgang Müller — invites your contributions!🔍 Topics: climate variability, predictability, #extremes, #AI/#ML methods & more.
💡 Organized by ASPECT, EXPECT, I4C & WCRP.📄 Submit now: https://www.upcliv-workshop.eu
#ClimateScience #ClimatePrediction #ClimateExtremes #ScienceCollaboration -
🌍 Call for Abstracts – Deadline Extended to 31 July 2025!
📢 The workshop on Climate Predictability & Integrated Attribution — co-organized by #MPIM_scientists Lara Wallberg & Wolfgang Müller — invites your contributions!🔍 Topics: climate variability, predictability, #extremes, #AI/#ML methods & more.
💡 Organized by ASPECT, EXPECT, I4C & WCRP.📄 Submit now: https://www.upcliv-workshop.eu
#ClimateScience #ClimatePrediction #ClimateExtremes #ScienceCollaboration -
🌍 Call for Abstracts – Deadline Extended to 31 July 2025!
📢 The workshop on Climate Predictability & Integrated Attribution — co-organized by #MPIM_scientists Lara Wallberg & Wolfgang Müller — invites your contributions!🔍 Topics: climate variability, predictability, #extremes, #AI/#ML methods & more.
💡 Organized by ASPECT, EXPECT, I4C & WCRP.📄 Submit now: https://www.upcliv-workshop.eu
#ClimateScience #ClimatePrediction #ClimateExtremes #ScienceCollaboration -
🌍 Call for Abstracts – Deadline Extended to 31 July 2025!
📢 The workshop on Climate Predictability & Integrated Attribution — co-organized by #MPIM_scientists Lara Wallberg & Wolfgang Müller — invites your contributions!🔍 Topics: climate variability, predictability, #extremes, #AI/#ML methods & more.
💡 Organized by ASPECT, EXPECT, I4C & WCRP.📄 Submit now: https://www.upcliv-workshop.eu
#ClimateScience #ClimatePrediction #ClimateExtremes #ScienceCollaboration -
Last week, participants of the European project “Destination Earth” (DestinE), in which #MPIM_scientists are involved, gathered in #Hamburg. During the #hackathon, they worked on the implementation of the Climate #digitaltwin 🌍 🌍 they are developing. This is supposed to help users design #climate adaptation plans & mitigation measures by providing accurate digital information 📊 on climate-related phenomena & hazards. Learn more: ➡️ https://destination-earth.eu @ECMWF #ESA @eumetsat Credit: MPI-M
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🌬 The quasi-biennial oscillation (QBO), a wind system in the tropical stratosphere, can influence the seasonal weather along many latitudes & could change in the course of global warming. The simulation of the QBO has been a weak point in many climate models. #MPIM_scientists Henning Franke & Marco Giorgetta have tested a new approach to simulating the QBO with the climate model ICON – with promising results. ➡️ https://mpimet.mpg.de/en/communication/detail-view-news-homepage?tx_news_pi1%5Baction%5D=detail&tx_news_pi1%5Bcontroller%5D=News&tx_news_pi1%5Bnews%5D=1156&cHash=6302e349caa5e90b1d18197b591111d3
🖼️ CC BY 4.0 Franke & Giorgetta 2024 https://doi.org/10.1029/2024MS004381
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🌍 Dive into the research by #MPIM_Scientists Elisa Manzini, Daniela Matei, et al.!
They explore how warm El Niño and cold La Niña events shape the extra-tropical troposphere and stratosphere during boreal winters. Using extensive climate model simulations, they reveal the evolving impacts as these events intensify, with stronger El Niños having a larger effect on the North Pacific region and the stratospheric polar vortex than La Niñas. 🌊❄️
#ClimateResearch
#ElNiñoLaNiña -
Our #MPIM_Scientists are enrolled in many different national 🇩🇪 and international 🌍 projects. One example is the European Union’s Horizon Europe project ASPECT 🇪🇺. End of May, ASPECT together with several other projects has co-organised a workshop on climate prediction and services over the Atlantic-Arctic region, which aimed to improve our understanding of Earth system processes and to improve prediction systems and climate services.
Curious to learn more about ASPECT? 👉 https://www.aspect-project.eu -
Here comes a colorful look at climate sensitivity 🌈 by #MPIM_scientists Bjorn Stevens and Lukas Kluft. They study the radiative response to warming and to changing CO2 concentrations in spectral space. This approach allows one to derive simple and yet, accurate expressions for clear-sky radiative forcing and the response to warming. With more transparently reasoned calculations, they offer an outline to quantify the uncertainties related to clouds 🌧️
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💥 Paper alert: #MPIM_Scientists have analysed the sensitivity of the oceanic Lorenz Energy Cycle — a standard tool for understanding how the ocean general circulation functions. They have established that the Lorenz Energy Cycle, which was previously pictured as a windmill, is insensitive to enhanced energy input and therefore an inefficient windmill regarding the large scale circulation.
📃 Check out for more details here: https://link.springer.com/article/10.1007/s10236-023-01568-6
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🌍 Yesterday the #GlobalCarbonBudget released its 2023 edition (complete data to 2022 and projections for 2023) with contributions of #MPIM_scientists. It estimates #CO2 emissions from fossil fuels and land use change, atmospheric CO2 increase, and CO2 uptake by land and sea. 📊
🔍 Read more: https://essd.copernicus.org/articles/15/5301/2023/
Or find the key messages here: https://globalcarbonbudget.org/fossil-co2-emissions-at-record-high-in-2023/ -
🧵 1/2 The sea surface warms up to several degrees during daytime known as diurnal warming. For decades, the question of coupling between the diurnal warming and convection on global scale remained unanswered. #MPIM_Scientists, for the very first time, answer this question using the coupled #ICON model.
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WarmWorld meets again! #MPIM_Scientists and their collaborators from across Germany are gathering this week to make our global storm resolving climate model #ICON even better!
Better at what I hear you ask? We have 4 key focuses: land-atmosphere interactions, turbulence, cloud microphysics and particles. Find out more on the #WarmWorld website: https://warmworld.de/
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Tropospheric warming is usually treated as uniform across the tropics. However, in a recent paper, #MPIM_scientists show that the projected upper tropospheric warming in #ClimateModels is not spatially uniform. Using the classical Gill model, they demonstrate that the pattern of tropospheric warming is coupled to circulation and convective heating changes.
Learn about this interesting paper: https://rmets.onlinelibrary.wiley.com/doi/10.1002/qj.4526
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As we emit CO2, changes to the relative humidity of the mid-troposphere will strongly affect the strength of gloabl warming. But why do models struggle to consistently simulate relative humidity?
In their most recent paper, #MPIM_Scientists probe this question based on a series of sensitivity experiments #ICON in its storm-resolving configuration and find a surprising role of the turbulence parameterisation.
Discover the fascinating details in their paper: https://doi.org/10.1029/2022MS003443 -
Paper alert ! 🚨
#MPIM_Scientists Philipp de Vrese et al. published a study on the importance of #permafrost hydrology in global climate simulations.
You have 3 options:1. You listen to an interview with the authors (only in German): http://bit.ly/3NFWx7C
2. You read the news on our website: http://bit.ly/3NK5cWA
3. or you just read the paper: http://bit.ly/44wuJJNAll highly recommended ! Check it out.
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In a new study our #MPIM_Scientists Thomas Kleinen and Victor Brovkin, together with Sergey Gromov and Benedikt Steil of the Max Planck Institute for Chemistry simulated for the first time the evolution of #climate and methane for the entire period from the last #IceAge to today. In their groundbreaking study, they were able to show that the changes in #methane concentration since the last ice age were caused primarily by tropical wetlands.
Learn more: https://doi.org/10.5194/cp-19-1081-2023 -
New publication 📄
How does #tropical rainfall get partitioned between #land and #ocean? We can measure this partitioning, but that doesn't mean we understand what controls it.
#MPIM_Scientists Luca Schmidt & Cathy Hohenegger built a conceptual #model to investigate just that. They find that the ratio between land and ocean #precipitation is mainly controlled by the efficiency of #moisture transport in the #atmosphere, and less so by land surface processes.
More here: https://journals.ametsoc.org/view/journals/hydr/aop/JHM-D-22-0162.1/JHM-D-22-0162.1.xml
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In their new publication #MPIM_Scientists Hans Segura @hans_msc90 and co-authors use the global-coupled storm-resolving model #ICON to study tropical #precipitation. Key findings are a robustness in the representation of the terrestrial rainbelt seasonality and a sensitivity of the ocean rainbelt to the sea surface temperature pattern. Read more here: https://doi.org/10.1029/2022GL101796
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The round-the-world racing event #TheOceanRace started in Alicante, Spain, yesterday. ⛵︎ Skippers will cross the North Atlantic in 5 legs over the next six months.
Skipper #BorisHerrmann is helping #MPIM_Scientists to gain a deeper understanding of the ocean 🌊 as a carbon sink by measuring #CO2 while competing in The Ocean Race. Godspeed! 🍀 #ARaceWeMustWin #Malizia #ClimateActionNow