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identifier figures files
82f5674a-57d6-41a7-a343-eaf47ee9565c 20.1: Projected Temperature Increases
832a9f43-8d90-4e63-b73b-2469ed95fc8e 19.14: Warm Waters Contribute to the Formation of Hurricane Irma
83411bc1-c5df-46f8-a553-772e7ba06e0d 6.2: Insufficient Improvement of Existing Technologies to Meet Environmental Goals
834f7624-40de-4a09-9ced-faaca30d4d6d 2.27: Ice Cover in the Great Lakes
18.7: Ice Cover in the Great Lakes
83ef5674-8aa8-40fe-8c7e-4f0ac3d140d8 2.15: Newer Simulations for Projected Precipitation Change (CMIP5 models)
83f975af-ad98-4911-b540-9c2d3f49293e 3.7: Observed Changes in Lake Stratification and Ice Covered Area
847d9e4f-aab5-4522-89b6-1840454fa286 1.1: Indicators of Warming from Multiple Datasets
84b76259-2025-4de0-9ed1-ec91541d2fee 33.35: Extreme Drought in the U.S. and Mexico, Past and Future
84daccd7-c988-41f4-958e-6a4434acd11e 26.5: Land-use Planning Tool for the Upper Santa Cruz Watershed.
85150333-06fe-4e6b-aba9-be3cdc89a91f 1: Frost Free Season
85203109-eda0-42c2-b55e-00460ca9f06b 2.2: Annual North American Fossil Fuel Emissions from 1959 to 2014
85a6f263-b359-4edf-bc84-7d0e534881bb 21.10: Historical and Projected Annual Number of Days Above 100°F for Chicago
85b43833-83ec-4f56-8aa9-807f8529c8bd 6.2: Agricultural Distribution
85d2457e-1c16-4aad-b682-9151955d884a 11.5: Permafrost Temperature
86040d40-ffd1-40fe-b7b6-f8c28d3abae8 6.9: Increasing Heavy Downpours in Iowa
861acf5e-56ea-4007-ab8c-c187e07b2506 12.2: Annual Vehicle-Hours of Delay Due to High Tide Flooding
86644913-bf34-47bd-8c7d-96e7ba7fe62d 1.5: Observed and Projected Change in Global Sea Level
866e6d05-1217-4e21-aa0e-e2d83431a477 2.8: 2017 Tropical Cyclone Tracks
8675a83d-8565-40c4-818a-f5bf26953ab4 2.4: Observed and Projected Changes in Annual Average Temperature
8685c218-1db2-4b81-93d2-8caa570f3848 26.3: Projected Changes in Arctic Ocean Acidity
86b9a748-f378-42ff-9ff9-8ef4a2b7ed09 22.7: Drying Lakes and Changing Habitat
870114a8-dd66-4c0d-9cfa-d302fa74c29d 1.8: Norfolk Naval Base
871c31b1-025b-4612-96cc-47e407754cb5 A1.7: First Chapter Leadership Meeting
8722245c-6cca-4b2c-b944-2952f5099e21 33.20: Projected Annually-Averaged Temperature C hange
87622e9d-eca7-450a-9970-c9d79035b442 1.3: Projected Changes in U.S. Annual Average Temperatures
8777854d-a712-4e6a-b557-47f07f91c043 1.20: Five Adaptation Stages and Progress
879ca3ab-4006-4a39-be8c-189fc0cad981 7.4: Observed Change in Heavy Precipitation
87a02b9b-caf6-4b4e-b135-ed2a83c572a2 1: Ocean Chlorophyll Concentrations
87a2fb4e-91f8-414e-bd61-f4560c4fcb09 2.1: Human and Natural Influences on Global Temperature
87c8bc3f-eab7-4580-b415-84a36f2bd418 20.5: Projected Change in Annual Precipitation
87f18ba2-03a3-49fe-9736-9a8ac687eb50 13.1: Forested Peatland in Northern Minnesota
87f591da-30e7-4afb-8efe-a2d15aad1a74 8.4: Examples of Natural and Nature-Based Infrastructure Habitats
8815c7d4-6c4c-4463-ac4c-0a23792520b6 A5.26: Annual Minimum Sea Ice Extent Decreasing
8826381e-7c75-4f62-bb9a-8644cf4e3e36 21.9: Projected Changes in Ozone-Related Premature Deaths
88c7f43b-db37-4b37-8d9c-559c550e6aa2 5.1: Atmospheric Circulation
88dc5278-1d5d-42ed-9e27-70e83f0850d5 12.2: Sea Level Rise, CO2, and Historical Global Mean Sea Level
891e348b-a588-4269-abc9-b5cc378cd612 18.14: Plover Case Study
89206867-5a6b-4614-9b0a-a36916791d76 A5.14: Temperature Change Varies by Region
893d7cdb-c703-4c95-968d-ef138211e3f3 7.5: Projected Change (%) in Seasonal Precipitation
8948a0dc-9939-4a1e-8927-3b8aaaa67a4d 29.2: Projected Damages and Potential for Risk Reduction by Sector
896c64cb-d286-4ea5-8880-e9f50d52a06b 4.5: Assessments of Lock-In Related to Different Types of Infrastructure Emitting Carbon Dioxide
89b658b2-2ef1-4a3f-90bd-ebf113ecf0ab A3.2: Climate Change Indicators
89fa5233-6d81-43d1-9cba-925030a40043 2.5: Observed and Projected Change in Seasonal Precipitation
89feb348-411d-493d-b31c-2f87c8ccc897 24.2b: Observed Number of Days Below Freezing
8a09ce00-d47b-4e0a-bc40-db9ccf191172 15.5: U.S. Carbon Sinks Absorb a Fraction of CO 2 Emissions
8a39c8d9-5233-4885-b33f-4a7ea212137d 18.14: Plover Case Study
8a62c2bb-49e4-4690-9266-b041d4652df2 1: Indicator: Atmospheric Carbon Dioxide
8a65c396-7e0c-499e-a60c-87196566a841 2.2: Sea Ice Off Eastern Greenland
8aa7b13c-3b0f-4218-8a9f-499b76afe3fc 6.27: Structure of the U.S. Global Change Research Program
8ab4da9d-b54c-4f31-b131-2dd2e230f464 10.3: Observed and Projected Changes in Frost-Free Season
8ac13636-d1f6-46cc-a62a-0b39177b428b 6.26: Relationship of USGCRP strategic goals
8ac756e2-e000-44b6-87d4-b97b78350933 7.4: Effects of Carbon Dioxide on Protein and Minerals
8b0204ba-5a32-43c8-8c31-9ea5f2d2f61a 3.6: NMME Forecasts March 2012
8b551ea9-2fa6-44d9-8958-da8404dbf08a 19.7: Historical and Current Range of Sage Grouse Habitat
8b6adf17-1d08-49fc-9817-f2a394957919 33.4: Observed Number of Very Warm Nights
8b6e2ad5-b28e-4e53-ad3d-3411db27e73f 18.2e: Observed Number of Extreme Precipitation Events
8bc97a43-824a-4918-9b15-d5924db1d23c 23.8: Texas Desalination Plants
8c166891-8fbc-4aca-977f-a1db1610e989 8.1: Global Monthly Mean Concentrations of Methane (CH4; red line) and Carbon Dioxide (CO2; blue line) and Global Annual Emissions of CH4 (red bars) and Nonfossil Fuel Annual Emissions of CO2 (blue bars)
8c1f74ec-5856-4feb-9237-02af6f81a30c 33.20: Projected Annually-Averaged Temperature C hange
8c20f158-11d1-4e40-a08d-bbb705c8ad04 14.5: Many Rural Areas are Losing Population
8c21d827-bbc5-4405-8824-eaa51a48892a 19.22: Projected Changes in Cooling Degree Days
8c3eca16-50ff-4ec7-b225-17e603d0d3e5 33.7: Development of Observing Capabilities
8c679de0-4a6c-4fc9-bbd1-59251ffe3d7f 1.5: Shells Dissolve in Acidifed Ocean Water
2.31: Shells Dissolve in Acidified Ocean Water
34.21: Ocean Acidification and the Food Web
8c728c3f-b0f2-48f9-8b88-865d8fb01083 27.10: Projected Onset of Annual Severe Coral Reef Bleaching
8cf84603-180e-48dc-86da-897d8f701632 17.1: Study Sites Examining Terrestrial Ecosystem Responses to Elevated Carbon Dioxide (CO2).
8d0470b1-b493-4ba7-9dd6-8d95b9e0a35b 2.1: Land-Ocean Temperature Anomalies Jan-Dec 2013
8d26e84e-0742-4e8d-aec0-e1cfc6948dde 20.17: Maximum Extent of Drought
8d2a3277-36e2-4008-92b5-d8691872ae26 6.5: Changes in Suitable Coastal Vibrio Habitat in Alaska
8d98887c-50ef-481c-b938-cf56e826e8f5 2.10: Climate Change Interpretation in Informal Education Settings
8dcdc2ea-cee6-4cec-8841-c7c370f420f5 23.4: Observed Changes in Annual Rainfall in the Western North Pacific
8dec2605-8f34-449d-926f-e6ac2ad9dda4 19.15: Projected Changes in Plant Hardiness Zones
8e05767e-55d8-4817-9ac3-d0695ade6cae 16.2: Famine Early Warning Systems Network
8e2d830f-2ed6-4e6e-ab99-8b7885244f81 6.5: Changes in Suitable Coastal Vibrio Habitat in Alaska
8e2f0d0c-fae6-43c0-8017-b564cb99ab71 13.3: Projected Land Covers (2010-2050)
8e3c35ce-fc2a-4b41-8b40-79e1ad71527c 22.8: Projected Expansion of Russian Olive Habitat
8e5e433e-a7e2-4e7e-86f5-8d6c15e19f06 17.9: Local Planning
8e7071df-5434-4e02-9960-09e7e7ea655d 25.4: Climate Change Has Increased Wildfire
8e74f576-a5af-46c0-b33a-f30072118b86 2.7: Observed U.S. Temperature Change
8ea5099f-5380-4bab-82b3-13b17b3b24e7 19.5: Projected Change in Number of Consecutive Dry Days
8eaf06ef-c089-4945-bcd3-46a6c7841887 13.3: Projected Land Covers (2010-2050)
8f02ec36-b544-410c-9382-bfad1863e039 3.3: Estimates of Forcings Contributions to Temperature Change
8f0eba22-984f-44b7-8967-e0532c9ef3b0 33.5: Atmospheric Carbon Dioxide Levels
8f102138-2dfd-4a52-b018-2b46046190fc 20.1: Projected Temperature Increases
8f1031e7-0b91-47e2-a574-940f19b98e14 1: Annual Greenhouse Gas Index
8f4e9b31-9678-4553-a1c6-00cc85012410 23.1: U.S. Pacific Islands Region
8f748658-56d4-494b-acd9-fcc8508ab3d0 1: U.S. Surface Temperatures
8f8035a5-98ef-444d-954d-7c8796d56292 B.3: Precipitation Projections
8fdaad30-fd9a-4998-bc27-333782632a15 33.28: U.S. Seasonal Temperatures
8fffcb9c-053b-4574-9196-f88450d3389d 15.1: Major North American Carbon Dioxide Sources and Sinks
9015558c-b1ad-4eb2-afe8-c7ea2caee2cd 2.20: Projected Temperature Change of Hottest and Coldest Days
9.4: Projected Temperature Change of Hottest Days
901a21e2-d451-4d80-ab01-f3754e2fe44d 33.22: Projected Summertime Precipitation Changes
901ea2eb-1c02-4669-9063-fefcc3e6a2ed 8.3: Trends in the Annual Number of Large Fires in the Western United States
905679df-80c8-4e61-9f72-5a1f16f588a2 9.4: Atmospheric Rivers
90ba5ffd-a042-47ef-a2a9-6e70a013cedf 16.4: Transboundary Climate-Related Impacts
90ddcb79-00bc-48c4-88e7-3c502dbeed5d 33.5: Projected Change in Annual Precipitation
90e15e9d-4fd0-43e0-b807-8f472dfdd1d1 4.2: Key Components of Urban Carbon Cycling
913eb9cf-f604-4aff-ab3e-14c67348042b 18.3: Example of Results from a Global Integrated Assessment Model
914a6c86-e8a1-4923-961f-be0f49606688 33.21: Projected Wintertime Precipitation Changes
916035b1-b0a6-4e6d-9ab7-de95e0fde5fe 1.2b: Observed Number of Very Warm Nights
9174f662-af68-4777-bcd5-1b2f071266e5 1.17: Isle de Jean Charles Community Relocation