identifier |
figures |
files |
5807cc2b-2391-4c92-ac13-704d00ef1264
|
27.6: Hawai‘i Rainfall Trends
|
|
5844e6c9-d65e-458e-8a6a-482c4180ae1d
|
23.2: “High” and “Low” Pacific Islands Face Different Threats
|
|
5859d2b2-b8fa-4d8c-99f0-ca73c87a8f64
|
2.12: Observed U.S. Precipitation Change
|
|
58738272-c788-4f86-b7b6-00cf002e9388
|
A5.6: Water Vapor and the Greenhouse Effect
|
|
58b22086-044e-4783-b03e-18b440c1803e
|
6.6: Reduced Winter Chilling Projected for California
|
|
58c43b5a-6ae4-46cf-bd95-56319a542c85
|
11.8: Projected Change in Annual Precipitation
|
|
58cef90c-f47a-48eb-a340-f4b91977a193
|
1.7: Annually-Averaged Precipitation Trends
|
|
58f85b9b-91b1-479a-9dcc-6a899aeebbcb
|
6.8: Projected Change in Coldest and Warmest Daily Temperatures
|
|
58ff5c48-e543-44f7-96d9-88414e360b64
|
20.12: Critical Infrastructure at Risk, San Juan Metro Area
|
|
598fc444-e18f-4f0c-8d08-3d68f4885181
|
1.2: Indicators of Change
|
|
599e7082-3759-4e5e-87b1-4a447cf99eb6
|
1: Billion Dollar Disasters
|
|
59a7a130-8059-4ffd-b579-d7767efc41bc
|
2.11: U.S. Climate Resilience Toolkit
|
|
59cb391b-2f2d-440d-bc7b-5a61e43141ab
|
33.21: Projected Wintertime Precipitation Changes
|
|
59ed5a00-4051-4ff0-8074-810513f15724
|
4.14: Flood Inundation Mapper
|
|
59f87cfb-d370-4929-ace3-fbd0b874597e
|
11.2: Projected Change in the Number of Very Hot Days
|
|
5a078a03-28f5-4f7b-8be9-fba3a10c42ae
|
33.19: Emissions, Concentrations, and Temperature Projections
|
|
5a55f885-c504-4aef-a7f4-851ab45ac67f
|
3.3: Estimates of Forcings Contributions to Temperature Change
|
|
5a8944ff-477b-4497-a619-3107daa63af5
|
4.4: Projected Changes in Seasonal Precipitation
|
|
5aca5c6b-c7e7-4726-a028-d382421934be
|
21.8: The Changing Great Lakes
|
|
5ae16256-c1f8-4f2e-8f00-40df341d755c
|
7.4: Projected Range Expansion of Invasive Lionfish
|
|
5ae3d8d8-64d1-4dab-a08a-4ec46a58e3da
|
4.4: Projected Changes in Seasonal Precipitation
|
|
5b2b7bd4-ee3e-46fd-b06e-0a42a3f14940
|
11.6: Cascading Consequences of Heavy Rainfall for Urban Systems
|
|
5b36ebce-fbe6-461a-911d-9991d5bf03b9
|
21.2: Conservation Practices Reduce Impact of Heavy Rains
|
|
5b3bd853-f614-4f40-a8d3-1365c7cbd6f3
|
A5.20: Extreme Temperature and Precipitation Events
|
|
5b3fa219-84ac-4101-9910-e61f1b279034
|
19.3: Historical Change in Heavy Precipitation
|
|
5b4b5583-ba9a-44ec-b99f-f1370a4c7da7
|
33.18: Only Human Influence Can Explain Recent Warming
|
|
5b5abe44-e10e-48bc-bf09-9def1179de04
|
33.3d: Total Hurricane Events in North Carolina
|
|
5b6d1e1a-66a0-44aa-bb76-021ad57b2bb2
|
1: Sea Surface Temperatures
|
|
5b8fe1f8-3242-47f7-8cf3-d36cde47859f
|
20.17: Maximum Extent of Drought
|
|
5b9d5420-8393-429a-a975-cf956d08d79b
|
6.2: Agricultural Distribution
|
|
5ba56ca2-5cb2-4b53-b4f5-1dcad8307e39
|
6.6: Projected Changes in Caribbean Gambierdiscus Species
|
|
5bb762da-ab67-48f0-9b0c-45dedc818ff1
|
1.3: Observed Number of Extreme Precipitation Events
|
|
5bc66c76-edc2-4f54-8936-b0090c5eb0ce
|
35.1: Observed and Projected Temperature Change
|
|
5bd64870-4e8e-45cb-9b2c-83c52f5af397
|
2.15: Newer Simulations for Projected Precipitation Change (CMIP5 models)
|
|
5c257f38-98c8-415f-a151-cadab2c62c2e
|
24.3: Ocean Acidification Reduces Size of Clams
|
|
5c3c4263-348a-46ab-a293-835afdc09048
|
3.8: U.S. Freshwater Withdrawal, Consumptive Use, and Population Trends
|
|
5c4c5ee7-43c2-4569-b7a6-1ae51a8f9d2c
|
34.3: Indicators of Warming from Multiple Data Sets
|
|
5c7df753-19ee-40bc-9147-01ad4e423b0e
|
11.8: The Effects of Two Climate Scenarios and Two Management Scenarios for a Subregion of Alaska
|
|
5c988fe2-def0-4ad6-9e7a-bb5e5b69b579
|
11.1: Current and Projected U.S. Population
|
|
5ca51b26-eef2-44d2-baf3-86f52c74375d
|
2.5: Observed and Projected Change in Seasonal Precipitation
|
|
5cb81d1a-3122-4a24-ae15-5ebc080cae2a
|
1: Indicator Vibrio Infections
|
|
5ce56a64-e1ac-4a71-8fef-5faa04c3a04c
|
2.12: NCA evaluation workshop
|
|
5cf71079-41ec-4c40-b9fe-a0b598868423
|
18.2: Projected Mid-Century Temperature Changes in the Midwest
|
|
5d031cdb-2de3-4b74-b4ca-fcdb8d9c1396
|
33.19: Emissions, Concentrations, and Temperature Projections
|
|
5d1545df-a8aa-4a1a-aacb-aab07244fe47
|
2.12: Observed U.S. Precipitation Change
|
|
5d2ce3e8-b6e1-4929-8af8-c42d6b07725e
|
6.3: Observed Changes in the Coldest and Warmest Temperatures
|
|
5d41eb1b-38d0-4f4e-84c3-89bd73973452
|
8.1: Projected Change in Soil Moisture, End of Century, Higher Emissions
|
|
5d552a36-23dd-4f4a-a813-6a6d3c4c0d4a
|
7.2: Observed Change in Daily, 20-year Return Level Precipitation
|
|
5d5754fe-ccce-4471-9758-4ea46f84a38c
|
16.3: U.S. Military Relief Efforts in Response to Typhoon Haiyan
|
|
5d6a5b53-cefb-4de8-b3e6-94580264eaa4
|
19.5: Projected Change in Winter Precipitation
|
|
5d767963-2ea3-464b-a469-69c407fcb055
|
8.3: Trends in the Annual Number of Large Fires in the Western United States
|
|
5d9933bd-3644-4bea-85ec-cca3cfe4363b
|
34.18: Published Climate Change Research Papers
|
|
5dae9f5b-f375-4e3e-bc87-9cc8e5eeb0fe
|
1.4: Projected Global Temperatures
|
|
5dd4c1cb-d532-4b25-94c9-608ea0740aa2
|
6.8: Reintroducing Beavers to Build Climate Resilience
|
|
5e01949f-618c-421f-acfa-9b420619353a
|
7.3: Seasonality of Human Illnesses Associated With Foodborne Pathogens
|
|
5ea41bc3-ecc0-415d-a8c7-b3b626186746
|
17.5: Projected Change in Number of Nights Below 32°F
|
|
5ede0281-0a5c-4c63-9b85-4f041c8072c1
|
6.9: Projected Changes in Maximum and Minimum Temperatures
|
|
5eefe6b4-3dbc-4104-b4a9-8faeaee52f98
|
7.1: Native American Tribal and Cultural Territories of North America
|
|
5f113794-fc88-41f6-92e9-c48685621002
|
2.1: Human and Natural Influences on Global Temperature
|
|
5f568608-34dd-44fe-8e06-364623c5e4a3
|
11.8: Greenway in Dubuque, Iowa
|
|
5f5920f2-799a-4bca-984c-44578eb63b9b
|
17.5: Northeast Blackout
|
|
5f5cd75f-4efb-4162-ae0f-b456269f08c3
|
33.33: Percent of West in Summer Drought
|
|
5fb42687-7ab2-4fe0-a4cb-d51f1dfb90b0
|
4.1: Emissions, Concentrations, and Temperature Projections
|
|
5fc027b5-b6d9-41fa-82cf-f78ac93f3025
|
17.5: Northeast Blackout
|
|
5fd5749a-7578-4b84-80d0-a126c0b98415
|
15.1: Conceptual Model of Coastal Tidal Wetlands and Estuaries and Their Linkages with Adjacent Terrestrial and Oceanic Systems
|
|
6027e65b-459c-4dbe-b742-8f2f32753060
|
26.4: Changes to North Pacific Marine Ecosystems in a Warming Climate
|
|
60460b50-dd16-4fd5-8026-e3468d76be48
|
23.2: “High” and “Low” Pacific Islands Face Different Threats
|
|
606c87b6-62b8-4dfb-9be0-d87599fcfac5
|
26.6: Variable Weather Affects Harvest Levels
|
|
60cbc452-ffcd-4e06-b9fe-b4061237fec2
|
5.1: Land-Use and Land-Cover Composition
|
|
6117a01a-da09-48ef-8754-c631bfe3a99c
|
A5.4: 800,000 Years of CO2 and Temperature Change
|
|
61ff7088-2750-4dbb-a8ce-2f9a74ccbec5
|
3.6: NMME Forecasts March 2012
|
|
6245c03f-0373-41ec-b608-a9d7b0e46f94
|
18.11: Observed and Projected Impacts of Excess Heat on Emergency Room Visits in Rhode Island
|
|
62877514-caab-47fb-bc85-b81b1e14a877
|
22.1: Alaska Will Continue to Warm Rapidly
|
|
62fc431a-bb6e-4267-a1eb-b79f9bd1d3e6
|
3.2: Depletion of Groundwater in Major U.S. Regional Aquifers
|
|
631c35de-15a8-43c4-a903-8e44ea4e380e
|
21.6: Forest mortality
|
|
634e544b-c191-4a5d-83f2-bfd8bf888329
|
1.14: Overview_severe coral bleaching_v4
|
|
63730e87-7e5b-4a0d-a9ae-d8a512535def
|
1.16: Projected Change in Very Hot Days by 2100 in Phoenix, Arizona
|
|
6382e242-046d-4429-9a0d-a5a147ee4492
|
2.5: Radiative Forcing of Well-Mixed Gases
|
|
638da507-7e32-49d1-ad3e-bd5033ba4523
|
3.3: Seasonal Surface Soil Moisture Trends
|
|
63c30716-1a84-4d4f-9537-ad807f730d5d
|
10.4: The Great Plains Ecoregion: Land Cover, Grassland Flux Towers, and Carbon Flux in 2005
|
|
64189d3e-db9a-463b-a64f-6b47472b8acb
|
2.4: Observed and Projected Changes in Annual Average Temperature
|
|
648ac83f-46f3-4c20-b1ba-99b64cbdc26a
|
35.2d: Observed Winter Precipitation
|
|
6492590c-6ebc-49ec-a9b5-9032e7acc18b
|
13.4: Ocean Carbonate Chemistry
|
|
64aa81c9-aefd-4b15-96bb-0fb6bb0705bb
|
12.4: Sea Ice Cover Reaches Record Low
|
|
64f7884f-5c8b-4ced-87c0-0d9e7d0e4adb
|
12.2: Annual Vehicle-Hours of Delay Due to High Tide Flooding
|
|
65212426-edcb-4a26-aeca-4a8bcf03c26f
|
47.7: Projected Change in Winter Precipitation
|
|
653384e5-0a8e-44b2-b786-e4801ec1a403
|
20.4: Projected Precipitation Change for Puerto Rico
|
|
6549c71f-616f-46f2-adc4-91385b58b582
|
9.3: Satellite-Derived Distribution of Major Forest Disturbances by Type for Canada (a) and the United States (b).
|
|
654fe9a4-61f9-47f4-857f-371b3eb88e48
|
20.8: Cloud Forests Are Vulnerable to Climate Change
|
|
65565f51-8d2a-455d-b1a0-d9366d0a153a
|
9.3: Extreme Events in U.S. Waters Since 2012
|
|
65732f2f-56a2-43f2-b291-d38273fc717c
|
6.3: Observed Changes in the Coldest and Warmest Temperatures
|
|
65878d6c-3117-427c-b9ed-e09032980d97
|
1: Indicator Arctic Sea Ice Extent
|
|
6587ca1e-db87-421c-ac20-2c05b0dd657e
|
6.1: Observed Changes in Annual, Winter, and Summer Temperature
|
|
65c0f2c2-bef2-4781-bf02-d5868c9f75aa
|
10.1: Agricultural Jobs and Revenue
|
|
65d4f539-e250-45fe-b9f9-e3753e6e81bf
|
33.16: Detection and Attribution as Forensics
|
|
65faface-f3ef-4de8-8fd0-b1d9fd32870a
|
20.15: Hurricane Impacts in 2017
|
|
660796bf-e2eb-41d9-bc9e-2cd9114f1b55
|
4.3: Increasing Numbers of Cooling Degree Days
|
|
6608a162-8b98-43e6-a5f9-12d5a2e6aa18
|
3.10: U.S. Water Withdrawal Distribution
|
|
661a7ddd-7daf-4871-9957-d5bbac384f33
|
18.5: Reducing Emissions, Improving Health
|
|
6625bdc8-e15e-4390-9239-f68b43c08fad
|
A5.16: Record Warm Years
|
|