Images


identifier figures files
f3565610-3a41-445f-a8d1-fa8230da8e8c 33.27: Trends in Maximum and Minimum Temperatures
f365cdd8-59e4-40dc-8f72-abefe45a228f -.26: Annual Minimum Sea Ice Extent Decreasing
f3b613eb-a74b-4d94-b9f8-677bef23ba6a 12.1: relative sea level
f3bca9f0-7172-4440-9868-80cd75de973e -.13: Key Uncertainties in Temperature Projections
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 -.6: Regional Engagement Workshops
f4d9fdc4-ce81-4225-b3f6-0339df6e35d6 1.2: Global Land and Ocean Temperature Anamolies