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#climatedata — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #climatedata, aggregated by home.social.

  1. Because I'm a glutton for punishment, I'm resurrecting (trying for a third time) {getCRUCLdata}. I'm not even sure that anyone uses it, but since I still have it sitting around, I've overhauled it and rewritten it to remove any caching, using {rappdirs} got me in trouble the first time, using R's own user cache directory got me in trouble the second time. So twice archived, now going back with no caching aside from in-session via {httr2}. codeberg.org/ropensci/getCRUCL #RStats #ClimateData

  2. Because I'm a glutton for punishment, I'm resurrecting (trying for a third time) {getCRUCLdata}. I'm not even sure that anyone uses it, but since I still have it sitting around, I've overhauled it and rewritten it to remove any caching, using {rappdirs} got me in trouble the first time, using R's own user cache directory got me in trouble the second time. So twice archived, now going back with no caching aside from in-session via {httr2}. codeberg.org/ropensci/getCRUCL #RStats #ClimateData

  3. Because I'm a glutton for punishment, I'm resurrecting (trying for a third time) {getCRUCLdata}. I'm not even sure that anyone uses it, but since I still have it sitting around, I've overhauled it and rewritten it to remove any caching, using {rappdirs} got me in trouble the first time, using R's own user cache directory got me in trouble the second time. So twice archived, now going back with no caching aside from in-session via {httr2}. codeberg.org/ropensci/getCRUCL #RStats #ClimateData

  4. Because I'm a glutton for punishment, I'm resurrecting (trying for a third time) {getCRUCLdata}. I'm not even sure that anyone uses it, but since I still have it sitting around, I've overhauled it and rewritten it to remove any caching, using {rappdirs} got me in trouble the first time, using R's own user cache directory got me in trouble the second time. So twice archived, now going back with no caching aside from in-session via {httr2}. codeberg.org/ropensci/getCRUCL #RStats #ClimateData

  5. Because I'm a glutton for punishment, I'm resurrecting (trying for a third time) {getCRUCLdata}. I'm not even sure that anyone uses it, but since I still have it sitting around, I've overhauled it and rewritten it to remove any caching, using {rappdirs} got me in trouble the first time, using R's own user cache directory got me in trouble the second time. So twice archived, now going back with no caching aside from in-session via {httr2}. codeberg.org/ropensci/getCRUCL #RStats #ClimateData

  6. 🌳📈 For all those at the intersection of and – join us at the next conversation.

    We will explore approaches to building a responsible climate chatbot with experts and practitioners.

    🗓️ May 18
    🕛 12:00 UTC
    ✍️ Register: blog.okfn.org/ai-learning-labs

  7. 🌳📈 For all those at the intersection of #AI and #climatedata – join us at the next #AILearningLabs conversation.

    We will explore approaches to building a responsible climate chatbot with experts and practitioners.

    🗓️ May 18
    🕛 12:00 UTC
    ✍️ Register: blog.okfn.org/ai-learning-labs

  8. 🌳📈 For all those at the intersection of #AI and #climatedata – join us at the next #AILearningLabs conversation.

    We will explore approaches to building a responsible climate chatbot with experts and practitioners.

    🗓️ May 18
    🕛 12:00 UTC
    ✍️ Register: blog.okfn.org/ai-learning-labs

  9. 🌳📈 For all those at the intersection of #AI and #climatedata – join us at the next #AILearningLabs conversation.

    We will explore approaches to building a responsible climate chatbot with experts and practitioners.

    🗓️ May 18
    🕛 12:00 UTC
    ✍️ Register: blog.okfn.org/ai-learning-labs

  10. 🌳📈 For all those at the intersection of #AI and #climatedata – join us at the next #AILearningLabs conversation.

    We will explore approaches to building a responsible climate chatbot with experts and practitioners.

    🗓️ May 18
    🕛 12:00 UTC
    ✍️ Register: blog.okfn.org/ai-learning-labs

  11. In 2025, all European glacier regions saw a net mass loss, with Iceland recording its 2nd‑largest loss since 1976. It was the 4th year in a row that all 19 global glacier regions lost mass. Get more insight in the #ESOTC2025 from #Copernicus Climate @ECMWF and WMO climate.copernicus.eu/esotc/20

    #ClimateData

  12. In 2025, all European glacier regions saw a net mass loss, with Iceland recording its 2nd‑largest loss since 1976. It was the 4th year in a row that all 19 global glacier regions lost mass. Get more insight in the #ESOTC2025 from #Copernicus Climate @ECMWF and WMO climate.copernicus.eu/esotc/20

    #ClimateData

  13. In 2025, all European glacier regions saw a net mass loss, with Iceland recording its 2nd‑largest loss since 1976. It was the 4th year in a row that all 19 global glacier regions lost mass. Get more insight in the #ESOTC2025 from #Copernicus Climate @ECMWF and WMO climate.copernicus.eu/esotc/20

    #ClimateData

  14. In 2025, all European glacier regions saw a net mass loss, with Iceland recording its 2nd‑largest loss since 1976. It was the 4th year in a row that all 19 global glacier regions lost mass. Get more insight in the #ESOTC2025 from #Copernicus Climate @ECMWF and WMO climate.copernicus.eu/esotc/20

    #ClimateData

  15. In 2025, all European glacier regions saw a net mass loss, with Iceland recording its 2nd‑largest loss since 1976. It was the 4th year in a row that all 19 global glacier regions lost mass. Get more insight in the #ESOTC2025 from #Copernicus Climate @ECMWF and WMO climate.copernicus.eu/esotc/20

    #ClimateData

  16. Data Accumulates: An Ancient Observatory's Enduring Task

    Blue Hill Observatory near Boston has logged weather data for 141 years straight since 1885. This data helps the National Weather Service and climate researchers.

    #BlueHillObservatory, #BostonWeather, #ClimateData, #WeatherHistory, #LongTermRecord

    newsletter.tf/blue-hill-observ

  17. Explore the #ESOTC2025 key events map, showing major climate and weather events across Europe. From heatwaves, wildfires & droughts to cold waves, heavy rain, flooding & more, the map highlights where major events unfolded across the continent in 2025.

    Go to the map 👉 climate.copernicus.eu/esotc/20

    @ECMWF

    #CopernicusClimate #ClimateData

  18. Explore the #ESOTC2025 key events map, showing major climate and weather events across Europe. From heatwaves, wildfires & droughts to cold waves, heavy rain, flooding & more, the map highlights where major events unfolded across the continent in 2025.

    Go to the map 👉 climate.copernicus.eu/esotc/20

    @ECMWF

    #CopernicusClimate #ClimateData

  19. Explore the #ESOTC2025 key events map, showing major climate and weather events across Europe. From heatwaves, wildfires & droughts to cold waves, heavy rain, flooding & more, the map highlights where major events unfolded across the continent in 2025.

    Go to the map 👉 climate.copernicus.eu/esotc/20

    @ECMWF

    #CopernicusClimate #ClimateData

  20. Explore the #ESOTC2025 key events map, showing major climate and weather events across Europe. From heatwaves, wildfires & droughts to cold waves, heavy rain, flooding & more, the map highlights where major events unfolded across the continent in 2025.

    Go to the map 👉 climate.copernicus.eu/esotc/20

    @ECMWF

    #CopernicusClimate #ClimateData

  21. Explore the #ESOTC2025 key events map, showing major climate and weather events across Europe. From heatwaves, wildfires & droughts to cold waves, heavy rain, flooding & more, the map highlights where major events unfolded across the continent in 2025.

    Go to the map 👉 climate.copernicus.eu/esotc/20

    @ECMWF

    #CopernicusClimate #ClimateData

  22. Climate Extremes: A Divergent Picture Emerges

    Are hot and cold extremes declining in the US? See regional data and scientific debate on temperature changes since 1899.

    #ClimateData, #USWeather, #ExtremeHeat, #ColdSnap, #ClimateScience

    newsletter.tf/us-heat-cold-ext

  23. New data shows mixed trends for US temperature extremes. While some regions see fewer heatwaves, others experience more, and cold snaps are less frequent than in the past.

    #ClimateData, #USWeather, #ExtremeHeat, #ColdSnap, #ClimateScience
    newsletter.tf/us-heat-cold-ext

  24. RE: fediscience.org/@ZLabe/1163154

    Why do politicians of democratic parties no longer react to #climatedata by #climatescientists in any rational way? Why do they not take any fast measures to cut down human climate-hazardous emissions to mitigate the #climatecrisis, in a socially fair way? Why do they not cooperate to combat #disinformation on the #climatecrisis, even in Parliaments, by far-right politicians?

  25. RE: fediscience.org/@ZLabe/1163154

    Why do politicians of democratic parties no longer react to #climatedata by #climatescientists in any rational way? Why do they not take any fast measures to cut down human climate-hazardous emissions to mitigate the #climatecrisis, in a socially fair way? Why do they not cooperate to combat #disinformation on the #climatecrisis, even in Parliaments, by far-right politicians?

  26. RE: fediscience.org/@ZLabe/1163154

    Why do politicians of democratic parties no longer react to #climatedata by #climatescientists in any rational way? Why do they not take any fast measures to cut down human climate-hazardous emissions to mitigate the #climatecrisis, in a socially fair way? Why do they not cooperate to combat #disinformation on the #climatecrisis, even in Parliaments, by far-right politicians?

  27. RE: fediscience.org/@ZLabe/1163154

    Why do politicians of democratic parties no longer react to #climatedata by #climatescientists in any rational way? Why do they not take any fast measures to cut down human climate-hazardous emissions to mitigate the #climatecrisis, in a socially fair way? Why do they not cooperate to combat #disinformation on the #climatecrisis, even in Parliaments, by far-right politicians?

  28. RE: fediscience.org/@ZLabe/1163154

    Why do politicians of democratic parties no longer react to #climatedata by #climatescientists in any rational way? Why do they not take any fast measures to cut down human climate-hazardous emissions to mitigate the #climatecrisis, in a socially fair way? Why do they not cooperate to combat #disinformation on the #climatecrisis, even in Parliaments, by far-right politicians?

  29. @tc.copernicus.org.articles

    A recent result from the Climate Change Initiative (CCI) #SeaIce project I happen to co-lead for the European #Space Agency.

    Stefan Kern (University of Hamburg) investigated the accuracy of #SeaIce Concentration data obtained from an old US satellite: Nimbus-5 (1972 - 1977). This gives some confidence in sea-ice data from before most #ClimateData starts (1979).

    You can read a bit more about the ESMR data itself here:

    climate.esa.int/en/news-events

    ping @seaice @ZLabe @AlaskaWx @signeaaboe.bsky.social

  30. @tc.copernicus.org.articles

    A recent result from the Climate Change Initiative (CCI) #SeaIce project I happen to co-lead for the European #Space Agency.

    Stefan Kern (University of Hamburg) investigated the accuracy of #SeaIce Concentration data obtained from an old US satellite: Nimbus-5 (1972 - 1977). This gives some confidence in sea-ice data from before most #ClimateData starts (1979).

    You can read a bit more about the ESMR data itself here:

    climate.esa.int/en/news-events

    ping @seaice @ZLabe @AlaskaWx @signeaaboe.bsky.social

  31. @tc.copernicus.org.articles

    A recent result from the Climate Change Initiative (CCI) #SeaIce project I happen to co-lead for the European #Space Agency.

    Stefan Kern (University of Hamburg) investigated the accuracy of #SeaIce Concentration data obtained from an old US satellite: Nimbus-5 (1972 - 1977). This gives some confidence in sea-ice data from before most #ClimateData starts (1979).

    You can read a bit more about the ESMR data itself here:

    climate.esa.int/en/news-events

    ping @seaice @ZLabe @AlaskaWx @signeaaboe.bsky.social

  32. @tc.copernicus.org.articles

    A recent result from the Climate Change Initiative (CCI) #SeaIce project I happen to co-lead for the European #Space Agency.

    Stefan Kern (University of Hamburg) investigated the accuracy of #SeaIce Concentration data obtained from an old US satellite: Nimbus-5 (1972 - 1977). This gives some confidence in sea-ice data from before most #ClimateData starts (1979).

    You can read a bit more about the ESMR data itself here:

    climate.esa.int/en/news-events

    ping @seaice @ZLabe @AlaskaWx @signeaaboe.bsky.social

  33. @tc.copernicus.org.articles

    A recent result from the Climate Change Initiative (CCI) #SeaIce project I happen to co-lead for the European #Space Agency.

    Stefan Kern (University of Hamburg) investigated the accuracy of #SeaIce Concentration data obtained from an old US satellite: Nimbus-5 (1972 - 1977). This gives some confidence in sea-ice data from before most #ClimateData starts (1979).

    You can read a bit more about the ESMR data itself here:

    climate.esa.int/en/news-events

    ping @seaice @ZLabe @AlaskaWx @signeaaboe.bsky.social

  34. even when there is a lot of vegetation. We looked at how water availability changed over time and space by combining #WIMI with long-term records of precipitation & #climatedata. The results show that surface water is slowly disappearing across the study area, even in years with normal rainfall. This suggests that the water retention capacity is changing & the stress on groundwater is rising. The annual WIMI values were somewhat related to rainfall, but they have been becoming less and less

  35. even when there is a lot of vegetation. We looked at how water availability changed over time and space by combining #WIMI with long-term records of precipitation & #climatedata. The results show that surface water is slowly disappearing across the study area, even in years with normal rainfall. This suggests that the water retention capacity is changing & the stress on groundwater is rising. The annual WIMI values were somewhat related to rainfall, but they have been becoming less and less

  36. even when there is a lot of vegetation. We looked at how water availability changed over time and space by combining #WIMI with long-term records of precipitation & #climatedata. The results show that surface water is slowly disappearing across the study area, even in years with normal rainfall. This suggests that the water retention capacity is changing & the stress on groundwater is rising. The annual WIMI values were somewhat related to rainfall, but they have been becoming less and less

  37. even when there is a lot of vegetation. We looked at how water availability changed over time and space by combining #WIMI with long-term records of precipitation & #climatedata. The results show that surface water is slowly disappearing across the study area, even in years with normal rainfall. This suggests that the water retention capacity is changing & the stress on groundwater is rising. The annual WIMI values were somewhat related to rainfall, but they have been becoming less and less