#copernicusclimate — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #copernicusclimate, aggregated by home.social.
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📣 Do you use ERA5 data from #CopernicusClimate for research, operations, decision making or commercial use? Tell us which datasets & parameters are most important for your work, and how evaluation and quality control information can better support you.
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📣 Do you use ERA5 data from #CopernicusClimate for research, operations, decision making or commercial use? Tell us which datasets & parameters are most important for your work, and how evaluation and quality control information can better support you.
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The #CopernicusClimate is ramping up its National Collaboration Programme with 17 new projects and prototypes, boosting transboundary cooperation, national use of climate data, resilience and education.
Find out more in our latest article: https://climate.copernicus.eu/global-climate-data-local-solutions-17-new-projects-c3s-national-collaboration-program-kick
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The #CopernicusClimate is ramping up its National Collaboration Programme with 17 new projects and prototypes, boosting transboundary cooperation, national use of climate data, resilience and education.
Find out more in our latest article: https://climate.copernicus.eu/global-climate-data-local-solutions-17-new-projects-c3s-national-collaboration-program-kick
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❗️Last call - Invitation to tender: Support targeted communication campaigns and media partnerships. The contract will support campaign delivery and media partnership activities under the coordination and leadership of @ECMWF
📅 Deadline: 4 August 2026
Info:
🔴 https://climate.copernicus.eu/cjs2130bcommunication-campaigns-and-media-partnerships
🔵 https://atmosphere.copernicus.eu/cjs2130bcommunication-campaigns-and-media-partnerships -
❗️Last call - Invitation to tender: Support targeted communication campaigns and media partnerships. The contract will support campaign delivery and media partnership activities under the coordination and leadership of @ECMWF
📅 Deadline: 4 August 2026
Info:
🔴 https://climate.copernicus.eu/cjs2130bcommunication-campaigns-and-media-partnerships
🔵 https://atmosphere.copernicus.eu/cjs2130bcommunication-campaigns-and-media-partnerships -
❗️Last call - Invitation to tender: Support targeted communication campaigns and media partnerships. The contract will support campaign delivery and media partnership activities under the coordination and leadership of @ECMWF
📅 Deadline: 4 August 2026
Info:
🔴 https://climate.copernicus.eu/cjs2130bcommunication-campaigns-and-media-partnerships
🔵 https://atmosphere.copernicus.eu/cjs2130bcommunication-campaigns-and-media-partnerships -
❗️Last call - Invitation to tender: Support targeted communication campaigns and media partnerships. The contract will support campaign delivery and media partnership activities under the coordination and leadership of @ECMWF
📅 Deadline: 4 August 2026
Info:
🔴 https://climate.copernicus.eu/cjs2130bcommunication-campaigns-and-media-partnerships
🔵 https://atmosphere.copernicus.eu/cjs2130bcommunication-campaigns-and-media-partnerships -
❗️Last call - Invitation to tender: Support targeted communication campaigns and media partnerships. The contract will support campaign delivery and media partnership activities under the coordination and leadership of @ECMWF
📅 Deadline: 4 August 2026
Info:
🔴 https://climate.copernicus.eu/cjs2130bcommunication-campaigns-and-media-partnerships
🔵 https://atmosphere.copernicus.eu/cjs2130bcommunication-campaigns-and-media-partnerships -
🌡️ An intense June 2026 heatwave brought new June &, in some cases, all‑time temperature records in parts of Europe. Discover how Thermal Trace from #CopernicusClimate puts such events into context with 80+ years of global heat & cold stress data.
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🌡️ An intense June 2026 heatwave brought new June &, in some cases, all‑time temperature records in parts of Europe. Discover how Thermal Trace from #CopernicusClimate puts such events into context with 80+ years of global heat & cold stress data.
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🌡️ An intense June 2026 heatwave brought new June &, in some cases, all‑time temperature records in parts of Europe. Discover how Thermal Trace from #CopernicusClimate puts such events into context with 80+ years of global heat & cold stress data.
-
🌡️ An intense June 2026 heatwave brought new June &, in some cases, all‑time temperature records in parts of Europe. Discover how Thermal Trace from #CopernicusClimate puts such events into context with 80+ years of global heat & cold stress data.
-
🌡️ An intense June 2026 heatwave brought new June &, in some cases, all‑time temperature records in parts of Europe. Discover how Thermal Trace from #CopernicusClimate puts such events into context with 80+ years of global heat & cold stress data.
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Invitation to tender: Support targeted communication campaigns and media partnerships. The contract will support campaign delivery and media partnership activities under the coordination and leadership of @ECMWF.
📅 Deadline: 4 August 2026
Info:
🔴 https://climate.copernicus.eu/cjs2130bcommunication-campaigns-and-media-partnerships
🔵 https://atmosphere.copernicus.eu/cjs2130bcommunication-campaigns-and-media-partnerships -
Invitation to tender: Support targeted communication campaigns and media partnerships. The contract will support campaign delivery and media partnership activities under the coordination and leadership of @ECMWF.
📅 Deadline: 4 August 2026
Info:
🔴 https://climate.copernicus.eu/cjs2130bcommunication-campaigns-and-media-partnerships
🔵 https://atmosphere.copernicus.eu/cjs2130bcommunication-campaigns-and-media-partnerships -
Invitation to tender: Support targeted communication campaigns and media partnerships. The contract will support campaign delivery and media partnership activities under the coordination and leadership of @ECMWF.
📅 Deadline: 4 August 2026
Info:
🔴 https://climate.copernicus.eu/cjs2130bcommunication-campaigns-and-media-partnerships
🔵 https://atmosphere.copernicus.eu/cjs2130bcommunication-campaigns-and-media-partnerships -
Invitation to tender: Support targeted communication campaigns and media partnerships. The contract will support campaign delivery and media partnership activities under the coordination and leadership of @ECMWF.
📅 Deadline: 4 August 2026
Info:
🔴 https://climate.copernicus.eu/cjs2130bcommunication-campaigns-and-media-partnerships
🔵 https://atmosphere.copernicus.eu/cjs2130bcommunication-campaigns-and-media-partnerships -
Invitation to tender: Support targeted communication campaigns and media partnerships. The contract will support campaign delivery and media partnership activities under the coordination and leadership of @ECMWF.
📅 Deadline: 4 August 2026
Info:
🔴 https://climate.copernicus.eu/cjs2130bcommunication-campaigns-and-media-partnerships
🔵 https://atmosphere.copernicus.eu/cjs2130bcommunication-campaigns-and-media-partnerships -
A new study published in Nature Climate Change, authored by scientists from #CopernicusClimate, shows global heat stress is not only intensifying, but also persisting for longer and affecting previously untouched regions.
Find out more: https://climate.copernicus.eu/global-study-reveals-how-heat-stress-intensifying-worldwide
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A new study published in Nature Climate Change, authored by scientists from #CopernicusClimate, shows global heat stress is not only intensifying, but also persisting for longer and affecting previously untouched regions.
Find out more: https://climate.copernicus.eu/global-study-reveals-how-heat-stress-intensifying-worldwide
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A new study published in Nature Climate Change, authored by scientists from #CopernicusClimate, shows global heat stress is not only intensifying, but also persisting for longer and affecting previously untouched regions.
Find out more: https://climate.copernicus.eu/global-study-reveals-how-heat-stress-intensifying-worldwide
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A new study published in Nature Climate Change, authored by scientists from #CopernicusClimate, shows global heat stress is not only intensifying, but also persisting for longer and affecting previously untouched regions.
Find out more: https://climate.copernicus.eu/global-study-reveals-how-heat-stress-intensifying-worldwide
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A new study published in Nature Climate Change, authored by scientists from #CopernicusClimate, shows global heat stress is not only intensifying, but also persisting for longer and affecting previously untouched regions.
Find out more: https://climate.copernicus.eu/global-study-reveals-how-heat-stress-intensifying-worldwide
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As the 2026 wildfire season intensifies, #CopernicusAtmosphere and #CopernicusClimate use satellite observations to provide datasets for tracking wildfire intensity, burned area, emissions and smoke worldwide. Learn how CAMS turns these measurements into daily five-day forecasts of atmospheric composition to track the impacts of wildfire emissions and smoke.
Read more: https://atmosphere.copernicus.eu/wildfire-impact-how-it-monitored-measured
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As the 2026 wildfire season intensifies, #CopernicusAtmosphere and #CopernicusClimate use satellite observations to provide datasets for tracking wildfire intensity, burned area, emissions and smoke worldwide. Learn how CAMS turns these measurements into daily five-day forecasts of atmospheric composition to track the impacts of wildfire emissions and smoke.
Read more: https://atmosphere.copernicus.eu/wildfire-impact-how-it-monitored-measured
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As the 2026 wildfire season intensifies, #CopernicusAtmosphere and #CopernicusClimate use satellite observations to provide datasets for tracking wildfire intensity, burned area, emissions and smoke worldwide. Learn how CAMS turns these measurements into daily five-day forecasts of atmospheric composition to track the impacts of wildfire emissions and smoke.
Read more: https://atmosphere.copernicus.eu/wildfire-impact-how-it-monitored-measured
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As the 2026 wildfire season intensifies, #CopernicusAtmosphere and #CopernicusClimate use satellite observations to provide datasets for tracking wildfire intensity, burned area, emissions and smoke worldwide. Learn how CAMS turns these measurements into daily five-day forecasts of atmospheric composition to track the impacts of wildfire emissions and smoke.
Read more: https://atmosphere.copernicus.eu/wildfire-impact-how-it-monitored-measured
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As the 2026 wildfire season intensifies, #CopernicusAtmosphere and #CopernicusClimate use satellite observations to provide datasets for tracking wildfire intensity, burned area, emissions and smoke worldwide. Learn how CAMS turns these measurements into daily five-day forecasts of atmospheric composition to track the impacts of wildfire emissions and smoke.
Read more: https://atmosphere.copernicus.eu/wildfire-impact-how-it-monitored-measured
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📊 The July 2026 #CopernicusClimate seasonal forecast is out. Relative Niño indices in the graphical products now monitor equatorial Pacific sea‑surface temperatures linked to Niño–Southern Oscillation (ENSO) events.
🔗 https://climate.copernicus.eu/seasonal-forecasts
The team has included information about the effects of ENSO globally derived from the ERA5 dataset historical records. Read the documentation: https://confluence.ecmwf.int/x/xwdHFg
Read Tim Stockdale Science Blog post on ECMWF website: https://forum.ecmwf.int/t/relative-index-in-enso-forecasts-from-c3s-seasonal-forecast-systems/15110
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📊 The July 2026 #CopernicusClimate seasonal forecast is out. Relative Niño indices in the graphical products now monitor equatorial Pacific sea‑surface temperatures linked to Niño–Southern Oscillation (ENSO) events.
🔗 https://climate.copernicus.eu/seasonal-forecasts
The team has included information about the effects of ENSO globally derived from the ERA5 dataset historical records. Read the documentation: https://confluence.ecmwf.int/x/xwdHFg
Read Tim Stockdale Science Blog post on ECMWF website: https://forum.ecmwf.int/t/relative-index-in-enso-forecasts-from-c3s-seasonal-forecast-systems/15110
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📊 The July 2026 #CopernicusClimate seasonal forecast is out. Relative Niño indices in the graphical products now monitor equatorial Pacific sea‑surface temperatures linked to Niño–Southern Oscillation (ENSO) events.
🔗 https://climate.copernicus.eu/seasonal-forecasts
The team has included information about the effects of ENSO globally derived from the ERA5 dataset historical records. Read the documentation: https://confluence.ecmwf.int/x/xwdHFg
Read Tim Stockdale Science Blog post on ECMWF website: https://forum.ecmwf.int/t/relative-index-in-enso-forecasts-from-c3s-seasonal-forecast-systems/15110
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📊 The July 2026 #CopernicusClimate seasonal forecast is out. Relative Niño indices in the graphical products now monitor equatorial Pacific sea‑surface temperatures linked to Niño–Southern Oscillation (ENSO) events.
🔗 https://climate.copernicus.eu/seasonal-forecasts
The team has included information about the effects of ENSO globally derived from the ERA5 dataset historical records. Read the documentation: https://confluence.ecmwf.int/x/xwdHFg
Read Tim Stockdale Science Blog post on ECMWF website: https://forum.ecmwf.int/t/relative-index-in-enso-forecasts-from-c3s-seasonal-forecast-systems/15110
-
📊 The July 2026 #CopernicusClimate seasonal forecast is out. Relative Niño indices in the graphical products now monitor equatorial Pacific sea‑surface temperatures linked to Niño–Southern Oscillation (ENSO) events.
🔗 https://climate.copernicus.eu/seasonal-forecasts
The team has included information about the effects of ENSO globally derived from the ERA5 dataset historical records. Read the documentation: https://confluence.ecmwf.int/x/xwdHFg
Read Tim Stockdale Science Blog post on ECMWF website: https://forum.ecmwf.int/t/relative-index-in-enso-forecasts-from-c3s-seasonal-forecast-systems/15110
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@ECMWF invites tenders to develop a European reference framework for climate scenarios under #CopernicusClimate, improving the consistency and usability of climate risk information in Europe.
Deadline: 3 September 2026
🔗 https://climate.copernicus.eu/c3s2424-european-reference-framework-climate-scenarios -
@ECMWF invites tenders to develop a European reference framework for climate scenarios under #CopernicusClimate, improving the consistency and usability of climate risk information in Europe.
Deadline: 3 September 2026
🔗 https://climate.copernicus.eu/c3s2424-european-reference-framework-climate-scenarios -
@ECMWF invites tenders to develop a European reference framework for climate scenarios under #CopernicusClimate, improving the consistency and usability of climate risk information in Europe.
Deadline: 3 September 2026
🔗 https://climate.copernicus.eu/c3s2424-european-reference-framework-climate-scenarios -
@ECMWF invites tenders to develop a European reference framework for climate scenarios under #CopernicusClimate, improving the consistency and usability of climate risk information in Europe.
Deadline: 3 September 2026
🔗 https://climate.copernicus.eu/c3s2424-european-reference-framework-climate-scenarios -
@ECMWF invites tenders to develop a European reference framework for climate scenarios under #CopernicusClimate, improving the consistency and usability of climate risk information in Europe.
Deadline: 3 September 2026
🔗 https://climate.copernicus.eu/c3s2424-european-reference-framework-climate-scenarios -
💧 The #C3S Climate Bulletin reports drier‑than‑average conditions in June across much of western & central Europe and parts of eastern Europe, while Iceland & Ireland were wetter than average. River flow was below average across central, eastern & north‑eastern Europe.
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💧 The #C3S Climate Bulletin reports drier‑than‑average conditions in June across much of western & central Europe and parts of eastern Europe, while Iceland & Ireland were wetter than average. River flow was below average across central, eastern & north‑eastern Europe.
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💧 The #C3S Climate Bulletin reports drier‑than‑average conditions in June across much of western & central Europe and parts of eastern Europe, while Iceland & Ireland were wetter than average. River flow was below average across central, eastern & north‑eastern Europe.
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💧 The #C3S Climate Bulletin reports drier‑than‑average conditions in June across much of western & central Europe and parts of eastern Europe, while Iceland & Ireland were wetter than average. River flow was below average across central, eastern & north‑eastern Europe.
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💧 The #C3S Climate Bulletin reports drier‑than‑average conditions in June across much of western & central Europe and parts of eastern Europe, while Iceland & Ireland were wetter than average. River flow was below average across central, eastern & north‑eastern Europe.
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❄ In June 2026, Arctic sea ice extent was 5% below the 1991–2020 average for June, the sixth-lowest June extent in the 48-year satellite record, as reported in the latest #C3S Climate Bulletin. In the Antarctic, sea ice extent was 8% below the 1991–2020 average for June, also ranking sixth-lowest June extent in the satellite record.
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❄ In June 2026, Arctic sea ice extent was 5% below the 1991–2020 average for June, the sixth-lowest June extent in the 48-year satellite record, as reported in the latest #C3S Climate Bulletin. In the Antarctic, sea ice extent was 8% below the 1991–2020 average for June, also ranking sixth-lowest June extent in the satellite record.
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❄ In June 2026, Arctic sea ice extent was 5% below the 1991–2020 average for June, the sixth-lowest June extent in the 48-year satellite record, as reported in the latest #C3S Climate Bulletin. In the Antarctic, sea ice extent was 8% below the 1991–2020 average for June, also ranking sixth-lowest June extent in the satellite record.
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❄ In June 2026, Arctic sea ice extent was 5% below the 1991–2020 average for June, the sixth-lowest June extent in the 48-year satellite record, as reported in the latest #C3S Climate Bulletin. In the Antarctic, sea ice extent was 8% below the 1991–2020 average for June, also ranking sixth-lowest June extent in the satellite record.
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❄ In June 2026, Arctic sea ice extent was 5% below the 1991–2020 average for June, the sixth-lowest June extent in the 48-year satellite record, as reported in the latest #C3S Climate Bulletin. In the Antarctic, sea ice extent was 8% below the 1991–2020 average for June, also ranking sixth-lowest June extent in the satellite record.
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What role can AI play in making climate data easier to use? Jonas Solvsteen of Development Seed explains how AI and LLM tools can help users discover & navigate #CopernicusClimate data more easily.
Explore the Climate Data Store (CDS): https://cds.climate.copernicus.eu/