Images


identifier figures files
eb324190-3d23-472e-92c7-a5c54c1afe39 18.3: Lengthening of the Freeze-Free Period
eb542896-5ba3-4333-aa4f-e44a71f28317 7.1: Forest Ecosystem Disturbances
eb68821e-bade-4769-8a77-bdb4409c5bb9 -.10: Multiyear Sea Ice Has Declined Dramatically
eb93b770-b31e-42ad-b0e5-d0149faf3475 5.3: Cold Season Relationship between Climate Indices and Precipitation/Temperature Anomalies
eb9bd7dc-3e3a-4001-9a64-f2a0763b3f64 1.5: Shells Dissolve in Acidifed Ocean Water
2.31: Shells Dissolve in Acidified Ocean Water
34.21: Ocean Acidification and the Food Web
ebaf548a-8192-4c9a-b358-fe401a3f27ed 1.15: Promoting Reef Recovery
ebb0d357-bba7-4883-9852-ae1862b84dd9 ES.5: ES.5. Annual North American Fossil Fuel Emissions from 1959 to 2014
ebc4e8fb-f987-40da-9bbf-e36802241556 33.3: Carbon Emissions in the Industrial Age
ebf4af75-dcde-45c5-96ff-e8308a9818eb 33.22: Projected Summertime Precipitation Changes
ec16ce9d-37e6-4e4a-bdb1-9d4eb632c754 2.7: Radar Observations of the Madden-Julian Oscillation
ec962e5c-9a6d-4a73-b608-5ae8b840738a A3.2: Climate Change Indicators
ecc31730-00d9-4525-a00c-d19ef52b99e1
ed188f6c-9be4-460f-b0ca-7e7132c5c534 37.6: Projected Change in Winter Precipitation
ed22ff2b-a88f-481b-992a-20e400241f0b 33.22: Projected Summertime Precipitation Changes
ed47e8fa-a486-4bd4-b2d0-b08c4969d62b
ed76cb46-45aa-45a0-b59b-9c556e36924c 3.11: North American Energy System Carbon Emissions Scenarios in Teragrams (Tg)
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
ee542df9-3531-4b11-8a1b-f38d666f9680 1.4: Projected Change in Spring Precipitation
ee57687d-c73a-4282-a0f5-cb3a8228d929 A5.5: Human and Natural Influences on Global Temperature
eeeb23a0-7f95-4f8d-9d7f-cb991006833d 10.3: Changes in the Ogallala Aquifer
eef445df-8354-4134-bd6c-ae9f37bf29c2 A5.9: 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
f060ef9e-e232-4dda-8ffd-646c080700f8 22.5: Projected Change in Winter Precipitation
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
f0eec5da-dff8-4b38-8a3f-57973d6c4ab2 18.2: Projected Mid-Century Temperature Changes in the Midwest
f11b411b-6920-47b5-b903-e8be02800a63 3.11: Projected Changes in Water Withdrawals
f16bffd7-212e-4d04-aac5-271447ff2cf1 6.6: Forest Disturbances Across the United States
f1c0a798-14fd-4cf0-9257-b66d46592922 19.1: Historical Changes in Hot Days and Warm Nights
f22a5f95-549d-4a2e-9e08-0e5671e8800a 33.28: U.S. Seasonal Temperatures
f26bbda7-21a8-404d-921a-f311c74a133c -.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
f27374a2-d4ef-479c-8f96-9de23fedfc3e 16.5: Urban Heat Island
f293c24c-b1da-4f05-b578-2a86f9621729 20.1: Projected Temperature Increases
f2964575-7891-4cc8-85d0-92f9518b72f6 1: Indicator: Ocean Chlorophyll Concentrations
f330f351-64fd-4486-809b-be3573bc0f53 9.4: Atmospheric Rivers
f3527094-aec4-4498-a388-15bc608de836 2.17: Citizen science
f3565610-3a41-445f-a8d1-fa8230da8e8c 33.27: Trends in Maximum and Minimum Temperatures
f365cdd8-59e4-40dc-8f72-abefe45a228f A5.26: Annual Minimum Sea Ice Extent Decreasing
f3b613eb-a74b-4d94-b9f8-677bef23ba6a 12.1: relative sea level
f3bca9f0-7172-4440-9868-80cd75de973e A5.13: Key Uncertainties in Temperature Projections
f3da9bfe-bb1d-4060-9669-ee9f2a6b68ad 44.3: Observed Number of Very Warm Nights
f3dd8b46-4c3e-4d09-8f1d-36bbcc5c7f29 33.20: Projected Annually-Averaged Temperature C hange
f3e3f5be-07fe-4f94-ad77-67131ad5426b 2.23: Observed Trends in Hurricane Power Dissipation
f3e41e3d-7e8c-4f3a-a3e7-09c4e612e57e 20.5: Coastal Risks Posed by Sea Level Rise and High Tides
f3f25c78-03d2-4cb5-a646-699c053979a2 2.17: Observed Change in Very Heavy Precipitation
f405d4df-5551-4f83-949d-4039dd685441 5.3: Cold Season Relationship between Climate Indices and Precipitation/Temperature Anomalies
f4192fd4-e394-47ab-86c6-6075f736e421 24.5: PHOTO: Adaptive Agriculture
f4242bc6-6877-483b-8136-420f902968bd 18.5: Total Hurricane Events in Louisiana
f42c43dd-73d0-4b22-b479-690d3fd96812 2.20: Projected Temperature Change of Hottest and Coldest Days
f430332d-7ca5-4bcf-a0a1-4d0fdd91093d 24.3: Ocean Acidification Reduces Size of Clams
f45bb90a-2ad0-443e-ad0e-958c9be6b62d 27.3: Sources and Sinks in U.S. Agriculture and Forests
f47e5671-39af-4232-ab8b-21e3e525ed8d 13.3: Projected Land Covers (2010-2050)
f497d761-0393-48ab-9636-7fadfd16ec7b 14.4: Projected Change in Annual Extreme Temperature Mortality
f4a70c64-5e37-4c1b-bb96-59546e1e731c 24.13: PHOTO: Health box
f4ba66f5-2cc8-4251-afa1-3cbafeac1089 24.3: Natural Resource Industry Jobs and Sales Revenues
f4c34dce-46d4-4961-aec9-4e896f54a3ce A1.6: Regional Engagement Workshops
f4d9fdc4-ce81-4225-b3f6-0339df6e35d6 1.2: Global Land and Ocean Temperature Anamolies
f4f31fd6-3345-42fb-b7c0-675dd98f3397 18.6: When it Rains, it Pours
f502692e-8947-41d2-a733-652dcdfb4947 3.10: U.S. Water Withdrawal Distribution
f50b4b66-4708-4d3e-a3d5-df5a6e2a3103 16.2: Major Coastal Carbon Pools and Fluxes
f5134adc-85a2-481b-9eba-51e33c76d7a0 22.3: Hydrologic Changes Across the Northern Great Plains
f56f70ee-01d3-4b14-929e-68829aad656e 3.3: Preparing for the GPM Mission
f57c8e14-a95e-40c1-9cb5-a34cb8d24dab 4.1: Emissions, Concentrations, and Temperature Projections
f59cc645-db2a-40ca-8779-731594fad77c 1: Indicator: Heat Waves
f59eaf27-d60c-45fe-8b2e-46860e3d8007 3.5: Supporting recovery from the 2017 hurricane season
f5e87802-08dd-4908-927b-a9b3d99f16f9 3.23: Water mass change during 2010-11 La Nina
f606592f-44a1-46b1-b672-24ac9201ade9 -.10: Multiyear Sea Ice Has Declined Dramatically
f61bb438-f964-4291-a169-0c2e8face97b 25.5: Adapting Coastal Infrastructure to Sea Level Rise and Land Loss
f6212ec5-6c4f-412f-bcc5-cf0b4024b9d7 24.7: Projected Change in Summer Precipitation
f642d7ed-155d-47dc-8f50-ca7fe6726025 A5.22: Americans Respond to the Impacts of Climate Change
f669d25d-dc15-459d-b524-c25fd82d7608 5.5: Role of Adaptive Strategies and Tactics in Reducing Impacts and Consequences
f689a77d-2fa5-411b-88f6-43d2a2823d2e 1: Ocean Chlorophyll Concentrations
f69194e8-397d-4f9c-836c-335d259ee09c 2.7: Observed U.S. Temperature Change
f69e0ac9-18ae-46c0-a869-600aa7489766 7.5: Projected Change (%) in Seasonal Precipitation
f6c30431-5b15-439c-a078-3fd431c7c160 12.2: Rapid Carbon Assessment (RaCA) of Soil Organic Carbon (SOC) Stock Values
f6db3545-873b-4c9e-b857-c3bb5671aea4 4.3: Increasing Numbers of Cooling Degree Days
f7285300-4309-4427-825e-37e246b8e188 19.9: Charleston Flooding & Tunnel
f7401d12-7088-44dd-b40f-a64f01e90b4d 1.5: Hiatus Box
f7b10d1b-3d43-4e95-95ef-dcd17ca12e56 33.30: Streamflow from Snowmelt Coming Earlier in the Year
f7c19a1d-ad87-4c54-a501-610aec0978bc 2.6: Observed and Projected Change in Heavy Precipitation
f7e687d8-947e-42df-9dc1-36944c080d67 30.5: Projected Change in Spring Precipitation
f80012cc-8779-49af-922d-ffaa8fa01c60 3.5: Ice Core Analysis
f8258223-c1a5-4279-95cd-89c36a48311a 19.4: Projected Change in Number of Heavy Precipitation Days
f856761c-33fe-4618-87b3-11ca54441092 2.4: Observed and Projected Changes in Annual Average Temperature
f871f6f0-8748-4a66-ab21-3a52bc8b82cd 1.1: Indicators of Warming from Multiple Datasets
f87e5d8c-7a1c-4601-a3d9-5a365a2fcb90 17.4: Wildfire at the Wildland–Urban Interface
f884c971-18f4-4213-b372-2276360d85d7 27.10: Projected Onset of Annual Severe Coral Reef Bleaching
f88e4502-e860-4aa2-abcd-785d634b9451 18.4: Illustration of Basic Hypothetical Carbon Accounting Scenario
f899cb8a-9ee6-47b0-a6eb-25150f6b5d87 1.1: Indicators of Warming from Multiple Datasets
f8ed0de4-1ddb-4bf9-a6ed-e52a464c6be7 11.5: Mechanisms of Soil Carbon Stabilization Associated with Different Soil Orders in the Northern Circumpolar Permafrost Zone
f8f02fe3-12de-4e0b-bcbb-68621db5c3ff 8.4: Examples of Natural and Nature-Based Infrastructure Habitats
f8f8fb77-e8e7-406a-ad55-a325f06a4639 20.6: Observed and Projected Sea Level Rise