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#climateinteractive — Public Fediverse posts

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

  1. #ClimateInteractive and #ProbableFutures presented today about how the #EnROADS #climate scenario simulator can be used with PF's 22.5km-resolution maps of #GlobalWarming impacts for 0.5°C to 3.0°C (above 1850-1900 global avg surface #temperature).

    In short, you can use En-ROADS to simulate various mixes of climate/#energy/#EnvironmentalPolicy & see how much #ClimateChange you get, then use PF's maps to see how it affects a given place: temperature, #precipitation, #drought, #wildfire, etc.

  2. #ClimateInteractive and #ProbableFutures presented today about how the #EnROADS #climate scenario simulator can be used with PF's 22.5km-resolution maps of #GlobalWarming impacts for 0.5°C to 3.0°C (above 1850-1900 global avg surface #temperature).

    In short, you can use En-ROADS to simulate various mixes of climate/#energy/#EnvironmentalPolicy & see how much #ClimateChange you get, then use PF's maps to see how it affects a given place: temperature, #precipitation, #drought, #wildfire, etc.

  3. #ClimateInteractive and #ProbableFutures presented today about how the #EnROADS #climate scenario simulator can be used with PF's 22.5km-resolution maps of #GlobalWarming impacts for 0.5°C to 3.0°C (above 1850-1900 global avg surface #temperature).

    In short, you can use En-ROADS to simulate various mixes of climate/#energy/#EnvironmentalPolicy & see how much #ClimateChange you get, then use PF's maps to see how it affects a given place: temperature, #precipitation, #drought, #wildfire, etc.

  4. #ClimateInteractive and #ProbableFutures presented today about how the #EnROADS #climate scenario simulator can be used with PF's 22.5km-resolution maps of #GlobalWarming impacts for 0.5°C to 3.0°C (above 1850-1900 global avg surface #temperature).

    In short, you can use En-ROADS to simulate various mixes of climate/#energy/#EnvironmentalPolicy & see how much #ClimateChange you get, then use PF's maps to see how it affects a given place: temperature, #precipitation, #drought, #wildfire, etc.