The Climate Web
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The Climate Web 10/5/2026
Physical Impacts and Risks TOC
E - Impacts by Type
Parents
E - Impacts Top Level
Physical Impacts and Risks TOC
Children
2008 GHG releases by permafrost
2010 Potential distances species will have to cover to stay at the same temperature
2014 Average summer temperatures across the U.S.
2020-2100 (2014) Changes in NYC 100-year flood zones
2021 Key climate hazards to European sectors and examples of potential options for NBS to address hazards
Area of U.S. Suffering from Drought
Change in maximum catch potential 2050s
Climate change will impact coastal communities in various ways
Days over 110 degrees in Phoenix by 2100
Differences in model forecasts of tropical cyclone frequency expressed as a percent of present day levels
E - Agriculture Impacts
E - Biodiversity Impacts
E - Carbon Sink Impacts
E - Ecosystem Impacts
E - Extreme Event Impacts
E - Food Security Impacts
E - Glacier Loss Impacts
E - Human Conflict Impacts
E - Human Health Impacts
E - Impacts of SLR
E - Infrastructure Impacts
E - Ocean Ice Impacts
E - Ocean Impacts
E - Permafrost Impacts
E - Precipitation Impacts
E - Security and Climate
E - Socioeconomic Impacts
E - Species Impacts
E - Temperature Impacts
E - Timeline Impacts
E - Water Stress Impacts
Estimates of effects of global warming way off
Extent of drought as of 2014
Fewer Freezing Nights by 2100
Figure SPM.4b
Figure SPM.4c
Figure SPM.8
Forecasted US temp changes
K - Energy Impacts
Low river flows will get a lot lower
Marine species ability to shift range
People estimates of likely warming tend to be way off
Per capita water use in the U.s.
Per degree change in runoff globally
Some wine-growing regions will decline dramatically
Understanding of causes of global warming way off
Wine-making areas will expand