#climateresearch — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #climateresearch, aggregated by home.social.
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The Versuchsanstalt Obernach marks 100 years of #WaterResearch since its founding by Oskar von Miller. 👏 The facility contributes to #hydropower, #ClimateResearch, and #FloodProtection: http://go.tum.de/481300
📷TUM ProLehre
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We are thrilled to host Prof. Dr. Jhoon Kim from Yonsei University, recipient of the prestigious Humboldt Research Award! 🏆
He’ll be working with #MPIM group leader, Guy Brasseur, and his research group for a year, combining satellite observations with our models to study air quality & climate change. We’re excited to see the insights this research will bring! 🛰️💨
Welcome to Germany and Hamburg, Jhoon! ⚓
#ClimateResearch #InternationalCollaboration
Credits: Humboldt-Stiftung/Matthias Merz
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🛫 New Research Campaign in the Arctic: Clouds over Sea Ice in Focus 🌫️
The international measurement campaign COMPEX (Clouds over complex environment) is investigating how clouds and sea ice interact – and how these interactions contribute to the rapid warming of the Arctic. Scientists from the #UniCologne, @unileipzig, and the @[email protected] are working together on this key climate research project.More Information▶️ https://ac3-tr.de/
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An analysis by the Potsdam Institute for Climate Impact Research (PIK) shows a statistically significant acceleration in global warming since 2015. The adjusted warming rate is around 0.35°C per decade, which is significantly higher than before. Natural influences such as El Niño and volcanoes have been factored out. Several global temperature data sets confirm the trend.
https://www.pik-potsdam.de/en/news/latest-news/significant-acceleration-of-global-warming-since-2015
#climatechange #climateresearch #CO2 #climatecrisis #climatechangemitigation #PIK
@tinoeberl -
🌊 Alaska’s Waters in the Climate Debate
Scientists and senators are looking to Alaska’s ocean for answers. What kind of research are they pushing and what could it mean for the state? 🌊🔬
Dive into the details.
👉🏿 https://tinyurl.com/ycx8emh8
#Alaska #MarineScience #ClimateResearch #OceanScience #Arctic #AlaskaNews #Science #ClimateChange #ClimateCrisis #LisaMurkowski -
Beneath Antarctica’s largest ice shelf, a hidden ocean is revealing its secrets
#Antarctica #ClimateChange #Environment #Science #IceShelves #SeaLevelRise #Oceans #ClimateResearch #GlobalWarming #PolarScience #EarthSystems #Ecology #Weather #MarineScience
https://the-14.com/beneath-antarcticas-largest-ice-shelf-a-hidden-ocean-is-revealing-its-secrets/ -
#AI4PEX postdoc position available at @unituebingen developing #MachineLearning approaches to improve #EarthSystemModels!
👉Join our team: https://uni-tuebingen.de/de/290466
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White House pushes to dismantle leading climate and weather research center
#HackerNews #WhiteHouse #ClimateResearch #Dismantle #WeatherScience #EnvironmentalPolicy
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In the 1960s and 1970s, Syukuro Manabe pioneered methods to model the Earth’s atmosphere. In 2021, he received the Nobel Prize in Physics for this work, which is often cited as foundational to modern climate science. Quanta Magazine
https://www.quantamagazine.org/how-climate-scientists-saw-the-future-before-it-arrived-20250915
#SyukuroManabe #ClimateScience #ClimateChange #GlobalWarming #AtmosphericModeling #NobelPrize #ClimateResearch #ClimateAction #EarthScience #EnvironmentalImpact #GreenhouseEffect #ClimateModeling #ClimateCrisis #Sustainability #EarthSystemScience #ClimateChangeAwareness #EnvironmentalScience #ClimateInnovation #IPCC #ClimateSolutions #ClimatePolicy #SustainableFuture #CarbonFootprint #GreenTech #EnvironmentalProtection #ScientificBreakthroughs #EarthObservations #ClimateSkeptics #FutureOfEarth #COP30
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🚀 Our #nextGEMS overview paper is out!
After three years of intense collaboration, we’re thrilled to share a comprehensive look at what the nextGEMS project has achieved: a milestone for #ClimateModelling 🌐
For the first time ever, nextGEMS has produced multidecadal #climate simulations with kilometer-scale resolution across the ocean, land, and atmosphere, using the ICON and IFS-FESOM Earth system models. 🌍
🔹 The project unfolded over four development cycles, each releasing new configurations of ICON and IFS-FESOM.
🔹 These were rigorously evaluated at our hackathons, bringing together climate scientists, software engineers, HPC experts, and users from sectors like energy and agriculture.
🔹 By the end of the fourth cycle, we successfully ran 30-year simulations (2020–2049) at an impressive ~500 simulated days per day on the Levante supercomputer at German Climate Computing Center | DKRZ |.
🔹 Simulations reached ~5 km resolution in the ocean and ~10 km on land and in the atmosphere, offering unprecedented detail.Furthermore, the simulations form a core building block for the Climate Change Adaptation Digital Twin in the Destination Earth (DestinE) initiative. In other words, nextGEMS' work paves the way for the next generation of European climate research. 🇪🇺
👉 Read the full overview paper here: https://gmd.copernicus.org/articles/18/7735/2025/
#HPC #EarthSystemScience #DestinationEarth #ClimateResearch #SciCom
#CINEA _EU -
🚀 Our #nextGEMS overview paper is out!
After three years of intense collaboration, we’re thrilled to share a comprehensive look at what the nextGEMS project has achieved: a milestone for #ClimateModelling 🌐
For the first time ever, nextGEMS has produced multidecadal #climate simulations with kilometer-scale resolution across the ocean, land, and atmosphere, using the ICON and IFS-FESOM Earth system models. 🌍
🔹 The project unfolded over four development cycles, each releasing new configurations of ICON and IFS-FESOM.
🔹 These were rigorously evaluated at our hackathons, bringing together climate scientists, software engineers, HPC experts, and users from sectors like energy and agriculture.
🔹 By the end of the fourth cycle, we successfully ran 30-year simulations (2020–2049) at an impressive ~500 simulated days per day on the Levante supercomputer at German Climate Computing Center | DKRZ |.
🔹 Simulations reached ~5 km resolution in the ocean and ~10 km on land and in the atmosphere, offering unprecedented detail.Furthermore, the simulations form a core building block for the Climate Change Adaptation Digital Twin in the Destination Earth (DestinE) initiative. In other words, nextGEMS' work paves the way for the next generation of European climate research. 🇪🇺
👉 Read the full overview paper here: https://gmd.copernicus.org/articles/18/7735/2025/
#HPC #EarthSystemScience #DestinationEarth #ClimateResearch #SciCom
#CINEA _EU -
🚀 Our #nextGEMS overview paper is out!
After three years of intense collaboration, we’re thrilled to share a comprehensive look at what the nextGEMS project has achieved: a milestone for #ClimateModelling 🌐
For the first time ever, nextGEMS has produced multidecadal #climate simulations with kilometer-scale resolution across the ocean, land, and atmosphere, using the ICON and IFS-FESOM Earth system models. 🌍
🔹 The project unfolded over four development cycles, each releasing new configurations of ICON and IFS-FESOM.
🔹 These were rigorously evaluated at our hackathons, bringing together climate scientists, software engineers, HPC experts, and users from sectors like energy and agriculture.
🔹 By the end of the fourth cycle, we successfully ran 30-year simulations (2020–2049) at an impressive ~500 simulated days per day on the Levante supercomputer at German Climate Computing Center | DKRZ |.
🔹 Simulations reached ~5 km resolution in the ocean and ~10 km on land and in the atmosphere, offering unprecedented detail.Furthermore, the simulations form a core building block for the Climate Change Adaptation Digital Twin in the Destination Earth (DestinE) initiative. In other words, nextGEMS' work paves the way for the next generation of European climate research. 🇪🇺
👉 Read the full overview paper here: https://gmd.copernicus.org/articles/18/7735/2025/
#HPC #EarthSystemScience #DestinationEarth #ClimateResearch #SciCom
#CINEA _EU -
🚀 Our #nextGEMS overview paper is out!
After three years of intense collaboration, we’re thrilled to share a comprehensive look at what the nextGEMS project has achieved: a milestone for #ClimateModelling 🌐
For the first time ever, nextGEMS has produced multidecadal #climate simulations with kilometer-scale resolution across the ocean, land, and atmosphere, using the ICON and IFS-FESOM Earth system models. 🌍
🔹 The project unfolded over four development cycles, each releasing new configurations of ICON and IFS-FESOM.
🔹 These were rigorously evaluated at our hackathons, bringing together climate scientists, software engineers, HPC experts, and users from sectors like energy and agriculture.
🔹 By the end of the fourth cycle, we successfully ran 30-year simulations (2020–2049) at an impressive ~500 simulated days per day on the Levante supercomputer at German Climate Computing Center | DKRZ |.
🔹 Simulations reached ~5 km resolution in the ocean and ~10 km on land and in the atmosphere, offering unprecedented detail.Furthermore, the simulations form a core building block for the Climate Change Adaptation Digital Twin in the Destination Earth (DestinE) initiative. In other words, nextGEMS' work paves the way for the next generation of European climate research. 🇪🇺
👉 Read the full overview paper here: https://gmd.copernicus.org/articles/18/7735/2025/
#HPC #EarthSystemScience #DestinationEarth #ClimateResearch #SciCom
#CINEA _EU -
🧠 How Hackathons Build Better #ClimateResearch Communities – A New #PolicyBrief
Our final #nextGEMS Policy Brief is here—and it brings a fresh perspective: “Building User Communities around Next-Generation Earth System Models.”
While our first brief focused on bridging science and society, this one looks inward: How do we design research projects that foster #collaboration, creativity, and real-world #impact
Drawing on experiences from the series of nextGEMS #hackathons, the brief shows how these spaces:
- Enable peer learning across disciplines and expertise levels
- Spark new scientific collaborations and networks
- Offer #CoCreation formats that build trust and shared ownership of climate model development🏛️ Aimed at the EU’s research and innovation community—especially those who design, fund, or manage large projects—this brief offers practical recommendations:
- Embed collaborative events into project design
- Create intentional structures that support long-term #community-building
- Focus on the societal relevance of scientific outputs from day oneThese insights go beyond nextGEMS: they speak to the future of climate research itself.
📥 Read and download both briefs from the media library now.
#SciencePolicy #ResearchInnovation #ClimateAction #CommunityScience #H2020 #Cinea
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Dinosaur teeth as time capsules of climate data: New method to reconstruct carbon dioxide concentrations and global primary production from fossilized tooth enamel 👉 https://press.uni-mainz.de/dinosaur-teeth-as-time-capsules-of-climate-data/
#ClimateResearch #climate #palaeontology #dinosaur #TyrannosaurusRex #vertebrates #fossils #dinosaurs #paleontology #geochemistry #IsotopeGeology #OxygenIsotopes
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#ClimateResearch, #ClimateMitigation and #ClimateAdaption are experiencing hurricane conditions in some parts of the world today (hello USA) but... play the long game. Here's a review and perspective with a touch of #LongNow thinking:
"All possible—but currently unknown—worlds in 2050, with a larger global population, unprecedented climate conditions with higher temperatures, more frequent extreme weather events, sea level rise, disrupted ecosystems, changes in habitability and increased climate-induced displacement and migration, and the emergence of new geopolitical tensions, will require limiting society’s vulnerability both through mitigation measures to minimize further warming and through the implementation of innovative adaptation initiatives. The development of a skillful climate information system, based on the most advanced Earth system science, will be required to inform decision-makers and the public around the world about the local and remote impacts of climate change, and guide them in optimizing their adaptation and mitigation agendas. This information will also help manage renewable resources in a warmer world and strengthen resilience to the expected interconnected impacts of climate change. "
https://www.frontiersin.org/journals/climate/articles/10.3389/fclim.2025.1554685/full
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#ClimateResearch, #ClimateMitigation and #ClimateAdaption are experiencing hurricane conditions in some parts of the world today (hello USA) but... play the long game. Here's a review and perspective with a touch of #LongNow thinking:
"All possible—but currently unknown—worlds in 2050, with a larger global population, unprecedented climate conditions with higher temperatures, more frequent extreme weather events, sea level rise, disrupted ecosystems, changes in habitability and increased climate-induced displacement and migration, and the emergence of new geopolitical tensions, will require limiting society’s vulnerability both through mitigation measures to minimize further warming and through the implementation of innovative adaptation initiatives. The development of a skillful climate information system, based on the most advanced Earth system science, will be required to inform decision-makers and the public around the world about the local and remote impacts of climate change, and guide them in optimizing their adaptation and mitigation agendas. This information will also help manage renewable resources in a warmer world and strengthen resilience to the expected interconnected impacts of climate change. "
https://www.frontiersin.org/journals/climate/articles/10.3389/fclim.2025.1554685/full
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#ClimateResearch, #ClimateMitigation and #ClimateAdaption are experiencing hurricane conditions in some parts of the world today (hello USA) but... play the long game. Here's a review and perspective with a touch of #LongNow thinking:
"All possible—but currently unknown—worlds in 2050, with a larger global population, unprecedented climate conditions with higher temperatures, more frequent extreme weather events, sea level rise, disrupted ecosystems, changes in habitability and increased climate-induced displacement and migration, and the emergence of new geopolitical tensions, will require limiting society’s vulnerability both through mitigation measures to minimize further warming and through the implementation of innovative adaptation initiatives. The development of a skillful climate information system, based on the most advanced Earth system science, will be required to inform decision-makers and the public around the world about the local and remote impacts of climate change, and guide them in optimizing their adaptation and mitigation agendas. This information will also help manage renewable resources in a warmer world and strengthen resilience to the expected interconnected impacts of climate change. "
https://www.frontiersin.org/journals/climate/articles/10.3389/fclim.2025.1554685/full
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#ClimateResearch, #ClimateMitigation and #ClimateAdaption are experiencing hurricane conditions in some parts of the world today (hello USA) but... play the long game. Here's a review and perspective with a touch of #LongNow thinking:
"All possible—but currently unknown—worlds in 2050, with a larger global population, unprecedented climate conditions with higher temperatures, more frequent extreme weather events, sea level rise, disrupted ecosystems, changes in habitability and increased climate-induced displacement and migration, and the emergence of new geopolitical tensions, will require limiting society’s vulnerability both through mitigation measures to minimize further warming and through the implementation of innovative adaptation initiatives. The development of a skillful climate information system, based on the most advanced Earth system science, will be required to inform decision-makers and the public around the world about the local and remote impacts of climate change, and guide them in optimizing their adaptation and mitigation agendas. This information will also help manage renewable resources in a warmer world and strengthen resilience to the expected interconnected impacts of climate change. "
https://www.frontiersin.org/journals/climate/articles/10.3389/fclim.2025.1554685/full
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#ClimateResearch, #ClimateMitigation and #ClimateAdaption are experiencing hurricane conditions in some parts of the world today (hello USA) but... play the long game. Here's a review and perspective with a touch of #LongNow thinking:
"All possible—but currently unknown—worlds in 2050, with a larger global population, unprecedented climate conditions with higher temperatures, more frequent extreme weather events, sea level rise, disrupted ecosystems, changes in habitability and increased climate-induced displacement and migration, and the emergence of new geopolitical tensions, will require limiting society’s vulnerability both through mitigation measures to minimize further warming and through the implementation of innovative adaptation initiatives. The development of a skillful climate information system, based on the most advanced Earth system science, will be required to inform decision-makers and the public around the world about the local and remote impacts of climate change, and guide them in optimizing their adaptation and mitigation agendas. This information will also help manage renewable resources in a warmer world and strengthen resilience to the expected interconnected impacts of climate change. "
https://www.frontiersin.org/journals/climate/articles/10.3389/fclim.2025.1554685/full
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All for the chop. #PMEL is already sliced to rags.
We have to be dangerously ignorant, to satisfy certain peoples' needs.
"Reports from western U.S. firefighters that nighttime fire activity has been increasing during the spans of many of their careers have recently been confirmed by satellite measurements over the 2003–20 period. The hypothesis that increasing nighttime fire activity has been caused by increased nighttime vapor pressure deficit (VPD) is consistent with recent documentation of positive, 40-yr trends in nighttime VPD over the western United States...
This study investigates the extent to which each of these factors has been changing over recent decades and, thereby, may have contributed to the perceived changes in nighttime fire activity. Results quantify the extent to which the summer nighttime distributions of equilibrium dead woody fuel moisture content, planetary boundary layer height, and near-surface wind speed have changed over the western United States based on hourly ERA5 data, considering changes between the most recent decade and the 1980s and 1990s, when many present firefighters began their careers...
This work was supported through funding from the U.S. National Fire Plan with additional support for A. M. Chiodi by the Cooperative Institute for Climate, Ocean, and Ecosystem Studies (CICOES) under NOAA Cooperative Agreement NA20OAR4320271, Contribution 2024-1376, and NOAA’s Global Ocean Monitoring and Observing (GOMO) Program (http://data.crossref.org/fundingdata/funder/10.13039/100018302). This is NOAA PMEL Publication 5951."
#ClimateResearch
https://journals.ametsoc.org/view/journals/clim/38/10/JCLI-D-24-0473.1.xml -
All for the chop. #PMEL is already sliced to rags.
We have to be dangerously ignorant, to satisfy certain peoples' needs.
"Reports from western U.S. firefighters that nighttime fire activity has been increasing during the spans of many of their careers have recently been confirmed by satellite measurements over the 2003–20 period. The hypothesis that increasing nighttime fire activity has been caused by increased nighttime vapor pressure deficit (VPD) is consistent with recent documentation of positive, 40-yr trends in nighttime VPD over the western United States...
This study investigates the extent to which each of these factors has been changing over recent decades and, thereby, may have contributed to the perceived changes in nighttime fire activity. Results quantify the extent to which the summer nighttime distributions of equilibrium dead woody fuel moisture content, planetary boundary layer height, and near-surface wind speed have changed over the western United States based on hourly ERA5 data, considering changes between the most recent decade and the 1980s and 1990s, when many present firefighters began their careers...
This work was supported through funding from the U.S. National Fire Plan with additional support for A. M. Chiodi by the Cooperative Institute for Climate, Ocean, and Ecosystem Studies (CICOES) under NOAA Cooperative Agreement NA20OAR4320271, Contribution 2024-1376, and NOAA’s Global Ocean Monitoring and Observing (GOMO) Program (http://data.crossref.org/fundingdata/funder/10.13039/100018302). This is NOAA PMEL Publication 5951."
#ClimateResearch
https://journals.ametsoc.org/view/journals/clim/38/10/JCLI-D-24-0473.1.xml -
All for the chop. #PMEL is already sliced to rags.
We have to be dangerously ignorant, to satisfy certain peoples' needs.
"Reports from western U.S. firefighters that nighttime fire activity has been increasing during the spans of many of their careers have recently been confirmed by satellite measurements over the 2003–20 period. The hypothesis that increasing nighttime fire activity has been caused by increased nighttime vapor pressure deficit (VPD) is consistent with recent documentation of positive, 40-yr trends in nighttime VPD over the western United States...
This study investigates the extent to which each of these factors has been changing over recent decades and, thereby, may have contributed to the perceived changes in nighttime fire activity. Results quantify the extent to which the summer nighttime distributions of equilibrium dead woody fuel moisture content, planetary boundary layer height, and near-surface wind speed have changed over the western United States based on hourly ERA5 data, considering changes between the most recent decade and the 1980s and 1990s, when many present firefighters began their careers...
This work was supported through funding from the U.S. National Fire Plan with additional support for A. M. Chiodi by the Cooperative Institute for Climate, Ocean, and Ecosystem Studies (CICOES) under NOAA Cooperative Agreement NA20OAR4320271, Contribution 2024-1376, and NOAA’s Global Ocean Monitoring and Observing (GOMO) Program (http://data.crossref.org/fundingdata/funder/10.13039/100018302). This is NOAA PMEL Publication 5951."
#ClimateResearch
https://journals.ametsoc.org/view/journals/clim/38/10/JCLI-D-24-0473.1.xml -
All for the chop. #PMEL is already sliced to rags.
We have to be dangerously ignorant, to satisfy certain peoples' needs.
"Reports from western U.S. firefighters that nighttime fire activity has been increasing during the spans of many of their careers have recently been confirmed by satellite measurements over the 2003–20 period. The hypothesis that increasing nighttime fire activity has been caused by increased nighttime vapor pressure deficit (VPD) is consistent with recent documentation of positive, 40-yr trends in nighttime VPD over the western United States...
This study investigates the extent to which each of these factors has been changing over recent decades and, thereby, may have contributed to the perceived changes in nighttime fire activity. Results quantify the extent to which the summer nighttime distributions of equilibrium dead woody fuel moisture content, planetary boundary layer height, and near-surface wind speed have changed over the western United States based on hourly ERA5 data, considering changes between the most recent decade and the 1980s and 1990s, when many present firefighters began their careers...
This work was supported through funding from the U.S. National Fire Plan with additional support for A. M. Chiodi by the Cooperative Institute for Climate, Ocean, and Ecosystem Studies (CICOES) under NOAA Cooperative Agreement NA20OAR4320271, Contribution 2024-1376, and NOAA’s Global Ocean Monitoring and Observing (GOMO) Program (http://data.crossref.org/fundingdata/funder/10.13039/100018302). This is NOAA PMEL Publication 5951."
#ClimateResearch
https://journals.ametsoc.org/view/journals/clim/38/10/JCLI-D-24-0473.1.xml -
All for the chop. #PMEL is already sliced to rags.
We have to be dangerously ignorant, to satisfy certain peoples' needs.
"Reports from western U.S. firefighters that nighttime fire activity has been increasing during the spans of many of their careers have recently been confirmed by satellite measurements over the 2003–20 period. The hypothesis that increasing nighttime fire activity has been caused by increased nighttime vapor pressure deficit (VPD) is consistent with recent documentation of positive, 40-yr trends in nighttime VPD over the western United States...
This study investigates the extent to which each of these factors has been changing over recent decades and, thereby, may have contributed to the perceived changes in nighttime fire activity. Results quantify the extent to which the summer nighttime distributions of equilibrium dead woody fuel moisture content, planetary boundary layer height, and near-surface wind speed have changed over the western United States based on hourly ERA5 data, considering changes between the most recent decade and the 1980s and 1990s, when many present firefighters began their careers...
This work was supported through funding from the U.S. National Fire Plan with additional support for A. M. Chiodi by the Cooperative Institute for Climate, Ocean, and Ecosystem Studies (CICOES) under NOAA Cooperative Agreement NA20OAR4320271, Contribution 2024-1376, and NOAA’s Global Ocean Monitoring and Observing (GOMO) Program (http://data.crossref.org/fundingdata/funder/10.13039/100018302). This is NOAA PMEL Publication 5951."
#ClimateResearch
https://journals.ametsoc.org/view/journals/clim/38/10/JCLI-D-24-0473.1.xml -
AI4PEX @ #EGU25
We started the week in Vienna with talks on heatwaves, wildfires and extreme evaporation by Dominik Schumacher, Lars Nieradzki & Yannis Markonis. On Day 2 we dived deeper into ocean modeling with Hongmei Li and model evaluation using the ESMValTool by Valeriu Predoi. -
🏂➡️🌍 From the slopes of the Winter Olympics to the forefront of climate research: Simona Meiler has been awarded one of the four Swiss Academy of Sciences’ Prix Schläfli for her research at @ethzurich into tropical cyclones. Congratulations! 🏅🌟
#PrixSchlaefli #Geosciences #ClimateResearch #DoctoralResearch
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🏂➡️🌍 From the slopes of the Winter Olympics to the forefront of climate research: Simona Meiler has been awarded one of the four Swiss Academy of Sciences’ Prix Schläfli for her research at @ethzurich into tropical cyclones. Congratulations! 🏅🌟
#PrixSchlaefli #Geosciences #ClimateResearch #DoctoralResearch
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🏂➡️🌍 From the slopes of the Winter Olympics to the forefront of climate research: Simona Meiler has been awarded one of the four Swiss Academy of Sciences’ Prix Schläfli for her research at @ethzurich into tropical cyclones. Congratulations! 🏅🌟
#PrixSchlaefli #Geosciences #ClimateResearch #DoctoralResearch
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🏂➡️🌍 From the slopes of the Winter Olympics to the forefront of climate research: Simona Meiler has been awarded one of the four Swiss Academy of Sciences’ Prix Schläfli for her research at @ethzurich into tropical cyclones. Congratulations! 🏅🌟
#PrixSchlaefli #Geosciences #ClimateResearch #DoctoralResearch
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🏂➡️🌍 From the slopes of the Winter Olympics to the forefront of climate research: Simona Meiler has been awarded one of the four Swiss Academy of Sciences’ Prix Schläfli for her research at @ethzurich into tropical cyclones. Congratulations! 🏅🌟
#PrixSchlaefli #Geosciences #ClimateResearch #DoctoralResearch
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📢Exciting news! #AI4PEX is now on Bluesky!
👉Connect with us at ai4pex.bsky.social for the latest project news and stay up to date with our research.
#ClimateResearch #HorizonEU #Bluesky #EarthObservation #EarthSystemModels
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Due to upstream database lag the freshest edition of our weekly #ClimateResearch compendium includes 218 reports by 1,516 investigators.
What's the most important finding of this omnibus collection?
How about "Climate policies that achieved major emission reductions: Global evidence from two decades," Stechemesser et al.
If we pay attention and act on evidence, we'll more likely fix our problem.
#ClimateMitigation policy research: we know plenty. Learn and #vote.
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🗓️ Since 2022, #nextGEMS research has been featured in 23 peer-reviewed publications. We're excited to share our Peer-Reviewed Publications section on our website with you all. Dive into the fascinating science made possible by nextGEMS! 🌐
👀 Explore our peer-reviewed publications section here: https://nextgems-h2020.eu/peer-reviewed-publications/
#ClimateResearch #ScienceCommunication #PeerReviewed #ClimateScience #ClimateModelling #SciComm #H2020
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We need a deep integration of #EarthObservations, #ESMs and #MachineLearning to make progress in our ability to simulate the main uncertain Earth system processes: (i) cloud feedbacks, (ii) ocean heat and C uptake, and (iii) land C uptake.
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#AI4PEX is a transnational #ClimateResearch project funded by #Horizon2EU #CINEA. We will deliver enhanced knowledge on the Earth System by integrating #EarthObservation, #ArtificialIntelligence and #MachineLearning into Earth System modelling.
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Have you ever heard of a #participative poster?
To explain what the Pathways Initiative is working on we created a participative poster that was designed for the annual conference organized by Future Earth France. Our poster wished to engage researchers in what we at Pathways are doing and invited them to reflect on their positionality and the role of science within #transformative processes.
#SustainabilityScience #Transdisciplinary #AcademicActivism #climateresearch #sustainablefuture
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The GRCGM have been pioneers of studying ocean sediment records from dense water overflows in the #MediterraneanSea
With this study, they aim to explore for the 1st time historical variability of DSO in the last thousands of years & its link to #GlobalClimate6/x
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Today's crop of articles to scan for this week's edition of @SkepticalScience new research.
The job isn't done until eyeballs hurt. Millions of ideas and boundless curiosity turn into a mighty river of publications, even looking at a single connecting theme.
Promote, whinge & celebrate in one message: A reel, B reel, C reel. 🙂
#ClimateScience
#ClimateResearch
#SkepticalScience
#ClimateSkepticism
#ClimateDenial
#ClimateDeniers -
Hello, #GEOMAR is #newhere on Mastodon.
We are the Helmholtz Centre for #OceanResearch based in #Kiel, Germany.
We study the global #ocean from the #seafloor to the #atmosphere, covering a spectrum of physical, chemical, biological and geological processes in the ocean.Follow us for the latest news from #oceanscience and #climateresearch and feel free to check out our website:
www.geomar.de/enMember of the #Helmholtz community @helmholtz