identifier figures files
1d1e3836-2f11-411d-a811-13b1f484453d 18.6: When it Rains, it Pours
1d38bce9-5dcc-4326-8823-09ecdc4e9051 9.5: Mapping Communities Vulnerable to Heat in Georgia
1d399364-f6e6-4d98-a35c-ee2259a0abc3 2.10: Sagebrush habitat restoration
1db2ae04-854f-43db-bfb0-31986263ce1e 26.3: Decision-Making Framework
1dc69f99-73e6-471f-84df-246d66b485f0 13.2: Ocean Heat Content
1ddfbbf4-183f-4421-891f-70850440562b -.32: Lyme Disease Cases Increase Under Warmer Conditions
1dfe7fb8-57bc-4083-ad46-9a24938944ac 2.5: Radiative Forcing of Well-Mixed Gases
1e725912-7bc2-418b-b0a5-2b43c78fce08 28.5: U.S. Drought Monitor August 14, 2012
1eb6f988-680b-45c9-b445-e358c70945f1 6.2: Agricultural Distribution
1f12aac2-52ad-41ec-88a4-f30062276b76 20.11: : Coral Farming Can Increase the Extent and Diversity of Coral Reefs
1f3328a2-12ce-4f58-8ccd-4befefbec769 3.25: Modeling energy sector risks and opportunities
1f4b28a9-5922-447d-bd7c-75cd6a507bcd -.1: NCA Regions
1f5a3cdd-fc45-403e-bf11-d1772005b430 2.7: Observed U.S. Temperature Change
1f843b1d-b1cb-453f-bd0c-e2634fc148e1 -.4: Projected Change in Temperature, Ozone, and Ozone-Related Premature Deaths in 2030
3.2: Projected Change in Temperature, Ozone, and Ozone-Related Premature Deaths in 2030
1fccc774-7c4a-4de5-b037-cb3192b9f923 24.3: Ocean Acidification Reduces Size of Clams
1ff03285-7b3a-49dc-9111-76eb7ab419e8 10.1: Energy, Water, Land, and Climate Interactions
2014ae94-1efa-434b-a0ba-645b428fce21 19.10: Projected Sea Level Rise for Charleston, SC
209aa605-e019-460a-903b-96de5a86750c 22.2: Projected Changes in Very Hot Days, Cool Days, and Heavy Precipitation
20c33807-47cd-4031-aebd-992583d56f18 25.9: Projected Shift in Agricultural Zones
20d57441-27b4-4d2e-92c1-f5e81a5599ab 33.26: Increasing Climate Model Components