identifier figures files
ceef4068-8691-4dd6-af99-dc13e308a496 4.13: U.S. Drought Monitor July 2012
cf6d4cd0-7b93-4e4b-8c48-5f8450784455 A1.4: Report Process
cf77f73e-5fc8-411a-9b9c-467e4cbb40ea 24.4: Warming Seas Are a Double-blow to Corals
cf96f689-c419-42e1-9f50-bdbbbaafd572 7.4: Projected Range Expansion of Invasive Lionfish
cfaeff5a-7295-4049-935a-6f659da61572 20.11: : Coral Farming Can Increase the Extent and Diversity of Coral Reefs
cfafefc7-f04f-4cb3-8e7e-2978c92e2ae4 2.15: Newer Simulations for Projected Precipitation Change (CMIP5 models)
cfb908a8-02de-45e4-b82d-98b4472106e3 33.3c: Observed Number of Extreme Precipitation Events
cfe0088a-0157-43e0-90f3-f6b13b4b92db 19.10: Days Above 100ºF in Summer 2011
d0071e72-aa66-402d-aa5b-d17e1001e96f 9.6: Projected Change in Summer Precipitation
d0439a16-59ff-4735-94e2-d4ae1db66703 26.8: Energy Needed for Heating Decreases Across Much of Alaska
d079a4f6-b0d8-4ef3-b946-33ee4a6ef824 6.7: Projected Changes in Annual Average Temperatures
d0d768f5-5999-4bb0-bce6-2ff2859b73dd 6.6: Reduced Winter Chilling Projected for California
d10fe9c3-170e-4953-afe7-38b727bdf81f 17.6: Vulnerability to Sea Level Rise
d1a798a8-6c5b-45f9-9113-e41344aae356 -.1: Global Temperatures Continue to Rise
d1adab37-d981-4a4c-af3c-a555f03d8554 16.8: Storm Surge Barrier
d21ef937-1e90-4600-9fb2-a03b4328a963 2.22: Projected Changes in Soil Moisture for the Western U.S.
d2407102-d687-4547-80f9-2829d180af32 2.5: Observed and Projected Change in Seasonal Precipitation
d249d867-3f6a-470d-8250-0d8f4891cab7 3.6: Climate Impacts in the Caribbean
d253dee3-5c4e-4100-8229-7b8024b93f44 19.5: Projected Number of Warm Nights
d2a80f14-3c1d-47c6-b0cb-0f4efc145def 20.1: Projected Temperature Increases
d311f1d4-1c50-4f18-b992-e017e2cdad44 1.6: Global Mean Temperature Change
d31c0973-41c5-4b66-be6b-7eff0c78b659 6.2: Agricultural Distribution
d34bd262-c5a0-45a8-ae31-2812f178b6aa 34.3: Indicators of Warming from Multiple Data Sets
d350e245-6742-43c4-8b21-3ea417a4f88c 13.3: Projected Changes in SST
d36dd13b-dbce-4b89-b1df-cd2f86b39bc0 1: Indicator: Heat Waves
d3f1da1c-9939-4039-bb70-47c4acf72ba3 1.21: New Economic Impact Studies
d418a2b7-e604-4dc0-b87b-f8d74aa6e838 A4.1: Selected National Climate Assessments
d4407535-a0b0-4301-83fe-2c25fe3b0d4f 21.6: Coldwater Fish at Risk
d474a3b6-03ef-42a9-a335-ada29bfcd9ff A5.5: Human and Natural Influences on Global Temperature
d49143e6-9358-4e60-a468-087dbc1e04bc 2.5: Radiative Forcing of Well-Mixed Gases
d4d1f4b6-ac5d-492e-b643-a25b190f8224 A3.3: Traceability and Provenance in GCIS
d4dc1763-a5d8-429d-bc09-dbc19e48474d 12.2: Annual Vehicle-Hours of Delay Due to High Tide Flooding
d4fce003-91fa-4e54-a1f6-5ff9621879ba 1: Arctic Sea Ice Extent
d524b1f6-d35c-490b-81e3-1df805b67efe 5.1: Atmospheric Circulation
d550f9c1-4a12-488b-aa57-a002ecb10ace 31.6: Projected Change in Spring Precipitation
d551433f-e24c-4046-9501-da1088544f77 1.5: Global Energy-Related Carbon Dioxide (CO2) Emissions
d55ab6ba-6d19-4880-aed4-c51b382bcd31 7.2: Native American Land Use in North America
d57059b9-668f-4fe7-b4cb-b8de0133ab66 1.1: Indicators of Warming from Multiple Datasets
d5b04115-93fc-4351-a2dd-276c9318f0ba A1.8: All Author Meeting
d5db38cb-12fc-4b93-b485-a58a2d9584b9 9.4: Teragrams (Tg) of Carbon in Western U.S. Trees Killed by Disturbances
d63ffa5f-2ee3-4c9b-8deb-e8e34305843e 20.1: U.S. Caribbean Region
d66c9cc3-d961-4144-9854-e93266fe20cd 11.7: Urban Adaptation Strategies and Stakeholders
d681f23c-4775-4211-8a10-5e9c5e19ff0d 8.3: Trends in the Annual Number of Large Fires in the Western United States
d6a45633-65ab-4318-9a06-8071ffc8c47a 2.2: Measuring carbon dioxide storage by the ocean
d6b03280-7a3e-47ab-b109-caffc4bee634 2.20: Projected Temperature Change of Hottest and Coldest Days
9.4: Projected Temperature Change of Hottest Days
d7240194-d8ba-4729-ade6-be732eeb03ee 21.5: Projected Change in Spring Precipitation
d742a575-a162-4363-ae13-16eada433453 A1.7: First Chapter Leadership Meeting
d762521c-04b5-413a-91c5-f7c831a9981b 10.1: Management Activities and Their Effects on Grassland Carbon Cycling
d770bacd-44ec-4be8-873e-bbb44058d780 2.7: Observed U.S. Temperature Change
d78336a7-cbee-4e48-b4b4-6a8435bf4f46 1: Atmospheric Carbon Dioxide
d7a4b18c-4609-4420-b7fb-59e2c2eb9801 23.9: Climate Winners and Losers (Gray Snapper and Southern Flounder)
d7bd5e9e-d6f1-48cc-bf45-0c1bffc14fe9 -.4: Significantly More Warming Occurs Under Higher Greenhouse Gas Concentration Scenarios
d7ce5597-2726-4cc7-8a1d-f7c9f88a7e08 20.6: Observed and Projected Sea Level Rise
d7f2c49b-fefa-4a86-b390-4b1451d5b506 22.1: Climate Change Impacts and Adaptation Across the Northern Great Plains
d8405dd4-b0c2-43e6-9ea6-401a077ae03f 3.4: Ragweed Pollen Season Lengthens
d85c1cb4-041b-4ddb-a4dc-ab7c6804f0f2 7.2: Genetic Diversity and Climate Exposure
d8685f80-21fa-4e37-8c86-bf1829376f8a 2.8: Projected Temperature Change
d86a14f9-d26b-4366-9632-646a8b3f5aca 3.19: Thunderstorm clouds in regional climate models
d8ba042a-8419-4e2e-adfb-4f13d60914ac 2.15: Science on a Sphere
d8cca422-db20-4bb2-83a0-d65da8b1872b 8.4: Examples of Natural and Nature-Based Infrastructure Habitats
d917bcbf-f7b8-4ad7-bba3-7089bedf1aae 4.3: A Climate Modeling Timeline
d9a5eae0-6fe4-4fb8-a2bf-5076690f8a38 21.2: Future Shift in Timing of Stream Flows Reduced Summer Flows
d9aaa6ef-8759-421b-8a20-d1d4ce0b7c7a 6.2: Agricultural Distribution
d9af2eb6-a77f-46f7-91b8-87aa9affa74c 3.3: Flows of U.S. Energy Use and Carbon Emissions, 2013
d9bf22ea-33e5-4d07-9c87-2862d2290dfd A5.2: 1,700 Years of Global Temperature Change
da6d9b2e-51d8-4fe0-ab14-b57c32202346 18.11: Observed and Projected Impacts of Excess Heat on Emergency Room Visits in Rhode Island
da9074ed-9f95-4eb2-95c0-f167f60cd9f4 2.6: Projected Change in Average Annual Precipitation
da9c8181-5b6f-455c-8405-83a04e51172e 6.3: U.S. Agricultural Trade
dad03735-31e5-4603-a07c-31a1e2f970ea 34.17: Ice Loss from the Two Polar Ice Sheets
daed8535-d9fb-4d10-a6d2-668aac785b37 33.32: Extreme Precipitation
daf87913-29e2-4332-a150-f8b3a0581837 5.2: El Niño and La Niña Winters
db129c5f-6aed-4f88-a71a-3a0d59849731 9.5: Projected Changes in Tick Habitat
db4d291d-17c5-4e10-b760-6c8799a8d709 2.7: Observed U.S. Temperature Change
db543046-8ec4-4e7f-87f6-aa82723c28d8 3.10: U.S. Water Withdrawal Distribution
db7dd48c-63de-497e-967d-46e6bb02f8e6 34.10: Early Scientists who Established the Scientific Basis for Climate Change
dba35de2-428a-41f4-ad19-019fda66bd6b 14.3: Global Emission Pathways for Greenhouse Gases
dba484e7-7636-44fa-98ae-1ee568c964e7 1: Indicator: Heat Waves
dba89812-2dfa-421c-84e4-2eadca421d67 44.4a: Observed Number of Very Cold Nights
dbafbd15-a2e2-43f7-bf3c-1a98a4e302e0 12.4: Projected Global Mean and Relative Sea Level
dbd039ba-7291-49a8-958c-4bc5cae96b5c 11.3: Projected Change in Number of Days with Heavy Precipitation
dbde7a68-fc55-4883-9de7-cbaf1f7e4954 15.2: Infrastructure and Economic Vulnerabilities
dc185e00-278e-42e8-babd-d8aba4faf1ee 26.2: Boundary Processes Linking Decision-Makers and Scientific/Technical Experts
dc2cdeca-2423-4f5a-a547-857f180a6005 27.4: Emergency Drought Action for Island Residents
dc3367e4-3fb9-448a-83fd-e27edbf019f3 1: Indicator Annual Greenhouse Gas Index
dc7a3c42-e103-4773-bf88-35ce46327652 9.2: Flow Diagram of Active Carbon Exchanges and Stores Between the Atmosphere and the Forest Sector
dcbe9536-1f49-449b-9cbe-6fabe5adcd78 27.17: A Marshall Islands Storm
dd1e22cd-d098-4052-a291-c6188ae24c8b 7.3: Seasonality of Human Illnesses Associated With Foodborne Pathogens
dd7081ef-abb7-4701-9bb1-9a4163c131cb A5.3: The Greenhouse Effect
dd7ed547-7dda-48f1-b8e4-ec1135f155b4 -.5: Record Warm Daily Temperatures Are Occurring More Often
dddd358e-4a8c-4f6e-b90f-42814502afa8 18.2: Projected Mid-Century Temperature Changes in the Midwest
de457a7b-b3c6-4490-a39c-13ff287758e4 2.9: Notable 2017 Hurricanes
de545ab0-fa04-4b85-a19a-72a113171510 8.4: Examples of Natural and Nature-Based Infrastructure Habitats
de642922-7396-453b-b35a-d5482849eee5 8.5: Societal Options for Resource Allocation in a Changing Climate
de700ffc-68d5-40e9-a2a1-b162f8909b0c 12.2: Annual Vehicle-Hours of Delay Due to High Tide Flooding
de96e638-d234-4f35-a653-e0258cca11ed 1.2: Global Land and Ocean Temperature Anamolies
defd52b7-e93b-4496-b5f3-bd5955c515df 18.1: Observed and Projected Temperature Change
deffc782-d292-43e3-b616-3ad8fdd05cfe 12.1: relative sea level
df0c4e67-1dbf-4ca0-a728-c99960d0d751 14.1: Carbon Flux Pathways in Aquatic Environments
df34a4d3-0f03-4ea6-914b-d60fc7c30ff8 22.8: Projected Expansion of Russian Olive Habitat
df56c8cb-120e-4814-bef6-efd91b19ccca 19.13: October 2015 Charleston Flood