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1. Heat Flow, Azerbaijan

Point Stanford University Public content Heat Flow, Azerbaijan. Shapefile. International Heat Flow Commission. stanford-cj149vc4113. 9999. International Heat Flow Commission, International Association of Seismology and Physics of the Earth's Interior, and Oklahoma State University. Department of Geography. Cartography Service. This point shapefile contains heat flow data for Azerbaijan compiled from sources with an unknown date. Heat flow is a measure of heat loss across ...

2. Extreme Heat Event, High Emissions Scenario(RCP 8.5): State of Indiana

Public content Extreme Heat Event, High Emissions Scenario(RCP 8.5): State of Indiana. Shapefile. 3e25928907a04b1ca79ce8f61d402ee6. 2050. Environmental Resilience Institute. Total projected annual average number of hot days and uncomfortable nights per Indiana county for year 2050, high emissions scenario (RCP 8.5).

3. Extreme Heat Events, Medium Emissions Scenario(RCP 4.5): State of Indiana

Public content Extreme Heat Events, Medium Emissions Scenario(RCP 4.5): State of Indiana. Shapefile. 6c6692a2e9d541579317e15968223e7a. 2050. Environmental Resilience Institute. Total projected annual average number of hot days and uncomfortable nights per Indiana county for year 2050, medium emissions scenario (RCP 4.5).

6. Net-Zero America carbon dioxide storage basins for net-zero scenarios, 2050

Princeton University Public content Net-Zero America carbon dioxide storage basins for net-zero scenarios, 2050. Shapefile. princeton-k930c5421. 2050. Claire Wayner, Civil and Environmental Engineering Department, Princeton University, Undergraduate, Class of 2022. This dataset displays the carbon dioxide (CO2) storage basins in the contiguous United States considered viable in 2050 for all net-zero-emissions ...

7. Net-Zero America land-use exclusions for solar projects under net-zero scenarios (base land use), 2050

Princeton University Public content Net-Zero America land-use exclusions for solar projects under net-zero scenarios (base land use), 2050. Shapefile. princeton-t148fs60q. 2050. Andrew Pascale, Andlinger Center, Princeton University, Post-Doctoral Research Associate. This dataset shows land excluded from the siting of solar photovoltaic candidate project areas (CPAs) in the contiguous United States to 2050 under...

8. Net-Zero America land-use exclusions for wind projects under net-zero scenarios (base land use), 2050

Polygon Princeton University Public content Net-Zero America land-use exclusions for wind projects under net-zero scenarios (base land use), 2050. Shapefile. princeton-xs55mn54h. 2050. Andrew Pascale, Andlinger Center, Princeton University, Post-Doctoral Research Associate. This dataset shows land excluded from the siting of wind energy candidate project areas (CPAs) in the contiguous United States to 2050 under all ne...

9. Net-Zero America renewable energy candidate project areas for net-zero scenarios, 2050

Polygon Princeton University Public content Net-Zero America renewable energy candidate project areas for net-zero scenarios, 2050. Shapefile. princeton-qr46r928s. 2050. Emily Leslie, Energy Reflections, LLC, Principal. This dataset shows candidate project areas (CPAs) for potential wind and solar development in the contiguous United States that will be required by...

10. Land Use (Future) Walworth County, WI 2035

Polygon Public content Land Use (Future) Walworth County, WI 2035. Shapefile. 41E0C8A6-FEE1-416C-BB6A-653A5BCBAE48. 2035. Walworth County. This data layer represents future land use for Walworth County, Wisconsin, to the year 2035.