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identifier figures files
ec962e5c-9a6d-4a73-b608-5ae8b840738a -.2: Climate Change Indicators
ecc31730-00d9-4525-a00c-d19ef52b99e1
ed22ff2b-a88f-481b-992a-20e400241f0b 33.22: Projected Summertime Precipitation Changes
ed47e8fa-a486-4bd4-b2d0-b08c4969d62b
ed706b07-1ca4-4448-8629-a45ae311e3bd 25.8: Electricity Generation Capacity at Risk Under Continued Climate Change
edcecf52-1b51-4372-9dac-38fd4242f180 23.7: Residents of Low-lying Islands at Risk
ee0184ff-fb4c-4ad1-8b17-3a934efedbf6 21.2: Conservation Practices Reduce Impact of Heavy Rains
ee57687d-c73a-4282-a0f5-cb3a8228d929 -.5: Human and Natural Influences on Global Temperature
eeeb23a0-7f95-4f8d-9d7f-cb991006833d 10.3: Changes in the Ogallala Aquifer
eef445df-8354-4134-bd6c-ae9f37bf29c2 -.9: Published Climate Change Research Papers
eefec2ce-23c8-4b01-ba5c-62a287bba1a4 2.4: Atmospheric Concentrations of CO2, CH4 and N2O
ef0e475d-ef61-4da1-ad1c-1573bf593705 34.3: Indicators of Warming from Multiple Data Sets
ef3bbdea-8831-454c-9e47-6b2d24ef4d4c 4.1: Emissions, Concentrations, and Temperature Projections
ef56274e-e308-41bb-9c60-b67daa866a54 22.1: Climate Change Impacts and Adaptation Across the Northern Great Plains
ef594029-9a66-4564-8f1c-ec2852bb55ff 33.25: Increasing Model Resolution
ef839340-d43c-4aae-8c06-caa60c1368bd 33.42: Ice Loss from Greenland and Antarctica
f01b15d8-e006-4d75-8edc-ffa3d28712c7 23.6: Highlighting Seasonal-Scale Extreme Events in a Transboundary Setting
f027f778-16e9-418e-8c86-7301f1c83542 -.6: Extreme Precipitation Has Increased Across Much of the United States
f0790695-28f6-43d7-b95a-58df7608ef2e 19.5: Projected Change in Number of Consecutive Dry Days
f09358ad-4a0b-48de-bdd1-8f7fd01cacc0 6.3: Fire Damage in Gatlinburg, Tennessee