Climate Change Impacts on the United States - Foundation Report: The Potential Consequences of Climate Variability and Change
Cambridge University Press, Apr 9, 2001 - Business & Economics - 612 pages
Climate Change Impacts on the United States is part of a national process of research analysis and dialogue about the coming changes in climate, their impacts, and what Americans can do to adapt to an uncertain and continuously changing climate. The report was called for by a 1990 law and was written by the National Assessment Synthesis Team (NAST), a committee of experts drawn from governments, universities, industry, and non-governmental organizations. The NAST produced two documents: the longer Foundation Report and the Overview Report, which is significantly more accessible and shorter. The two reports cover all areas of the United States and are peer-reviewed documents that synthesize results from studies. They identify key climatic vulnerabilities of particular regions and sectors in the context of other changes in the nation's environment, resources, and economy.
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About the Assessment Process
Scenarios for Climate Variability and Change
Vegetation and Biogeochemical Scenarios
The Socioeconomic Context for Climate Impact Assessment
Native Peoples and Homelands
Coastal Areas and Marine Resources
Conclusions Research Pathways
Color Figure Appendix
20th century 21st century adaptation agriculture Alaska American American Meteorological Society annual Arctic areas atmospheric average Canadian model carbon carbon dioxide climate change climate models climate scenarios climate variability coastal Color Plate Appendix crops decrease drought ecological economic ecosys ecosystems El Nino emissions ENSO environmental extreme Figure flooding forest future climate Global Change greenhouse groundwater habitat Hadley Centre heat index human hurricanes impacts of climate increase invasive species IPCC irrigation islands land million models project National Assessment Native natural Nino Northeast northern Northern Great Plains Northwest ocean Pacific permafrost Plains plant population potential precipitation production radiative forcing rainfall reduced region Research response runoff sea ice sea-level rise season sector Shrublands simulations socioeconomic Southeast species storm streamflow stresses summer temperature tion trends University urban variability and change vegetation VEMAP vulnerability warming water quality Water Resources weather wetlands winter