Climate Change Impacts to the United States: Hearing Before the Committee on Commerce, Science, and Transportation, United States Senate, One Hundred Sixth Congress, Second Session, July 18, 2000, Volume 4U.S. Government Printing Office, 2003 - 58 pages |
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Page 27
... Ice Age . First , the ice melted in North America and Northern Europe , and that caused a very rapid rise in sea level . We can actually measure it . It is about 80 inches per century , as measured . Once that ice was gone , the melting ...
... Ice Age . First , the ice melted in North America and Northern Europe , and that caused a very rapid rise in sea level . We can actually measure it . It is about 80 inches per century , as measured . Once that ice was gone , the melting ...
Page 28
... Ice Age . The initial rapid rise of about 200 cm ( 80 inches ) per century gradually changed to a slower rise of 15-20 cm ( 6– 8 in ) / cy about 7500 years ago , once the large ice masses covering North America and North Europe had ...
... Ice Age . The initial rapid rise of about 200 cm ( 80 inches ) per century gradually changed to a slower rise of 15-20 cm ( 6– 8 in ) / cy about 7500 years ago , once the large ice masses covering North America and North Europe had ...
Page 37
... ice age . The total rise has been about 400 feet . Sea levels are continuing to rise at a rate of about 7 inches per century , and will continue at about that rate for sev- eral millennia more as slow melting continues in the Antarctic ...
... ice age . The total rise has been about 400 feet . Sea levels are continuing to rise at a rate of about 7 inches per century , and will continue at about that rate for sev- eral millennia more as slow melting continues in the Antarctic ...
Page 43
... age voluntary actions to reduce greenhouse gases and use energy more efficiently . We should also invest in a new ... ice in the ocean . The related equations are so complex , however , that they can only be solved for specific ...
... age voluntary actions to reduce greenhouse gases and use energy more efficiently . We should also invest in a new ... ice in the ocean . The related equations are so complex , however , that they can only be solved for specific ...
Page 44
... Ice Age of 1400-1850 . To understand climate change , sci- entists must understand the detailed nature of the extremely complex climate sys- tem . While we have learned a great deal , there is still much we do not know . Čli- mate ...
... Ice Age of 1400-1850 . To understand climate change , sci- entists must understand the detailed nature of the extremely complex climate sys- tem . While we have learned a great deal , there is still much we do not know . Čli- mate ...
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21st Century adaptation agriculture appreciable warming areas Assessment Synthesis Team atmosphere Chairman climate change impacts climate scenarios climate system cold Committee computer models decades deep convection discuss draft Earth's economic ecosystems effects El Niño emissions energy environmental estuaries forest FRED SINGER future gases GCMs Global Change global climate models global warming greenhouse gas heat hurricane Ice Age impacts of climate important increase IPCC issues Janetos JOHN MCCAIN KARL Kyoto Protocol melting ment NACC NAST National Assessment Report National Assessment Synthesis natural niña Niño North Atlantic Oscillation nutrient Ocean Observing oversight panel Pacific Pacific Decadal Oscillation peer review phenomena policies precipitation predictions PREPARED STATEMENT processes projected Question rainfall regional salinity satellites SCHMITT Science scientific scientists sea level rise sector simulations stresses studies surface Technology temperature thermohaline circulation tion tropical U.S. SENATOR uncertainty understanding United variability vulnerability water cycle weather workshops