Climate Change: Causes, Effects, and SolutionsJohn Wiley & Sons, 2003 M07 9 - 260 pages Human-induced climate change is a serious concern, drawing increasing attention from the media, policy makers and citizens around the world. This comprehensive and thought-provoking volume explains in easily understandable language the potential effects of climate change on our planet and our lives. Climate Change: Causes, Effects and Solutions examines the latest scientific findings without any advanced technical knowledge. It goes beyond a description of changes in the physical environment to consider the broader issues of ecological, economic and human effects of climate change. The book explains:
Essential reading for undergraduates and general readers who want to heighten their knowledge and understanding of this important problem. |
Contents
Lessons from History | 23 |
The Earth Responds | 39 |
The TwentyFirst Century and Beyond | 55 |
Effects on Freshwater Systems | 77 |
Effects on Terrestrial Ecosystems | 99 |
Climate Change and Agriculture | 117 |
Climate Change and the Marine Environment | 131 |
Impacts on Human Settlement and Infrastructure | 153 |
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Common terms and phrases
Adapted agriculture American anthropogenic areas atmo atmospheric CO2 Cambridge University Press carbon dioxide century Chapter climate models CO₂ CO2 emissions coastal coral cost countries crop cycle decrease developed diseases drought Earth's economic ecosystems eds Climate Change effects of climate electricity energy efficiency environmental evaporation example Figure forest fossil fossil fuel fossil-fuel fuel gases global climate change global climate models global warming greenhouse effect greenhouse gas greenhouse gas emissions greenhouse warming growth habitat Hadley Centre heat Houghton JT human health impacts of climate increase Intergovernmental Panel IPCC Kyoto Protocol lakes latitudes marine mate change million National Nature North ocean ozone Panel on Climate photosynthesis phytoplankton plankton plants population potential precipitation predict production radiation radiative forcing regions Reproduced by permission Research result runoff scenario Science sea level sea-level rise soil species stratosphere surface technologies temperature tion tropical tropospheric ozone United vegetation warmer wind