The Rough Guide to Climate ChangeThe Rough Guide to Climate Change gives the complete picture of the single biggest issue facing the planet. Cutting a swathe through scientific research and political debate, this completely updated 3rd edition lays out the facts and assesses the options-global and personal-for dealing with the threat of a warming world. The guide looks at the evolution of our atmosphere over the last 4.5 billion years and what computer simulations of climate change reveal about our past, present and future. This updated edition includes scientific findings that have emerged since the 2007 report from the Intergovernmental Panel on Climate Change (IPCC), as well as background on recent controversies and an updated politics section that reflects post-Copenhagen developments. Discover how rising temperatures and sea levels, plus changes to extreme weather patterns, are already affecting life around the world. The Rough Guide to Climate Change unravels how governments, scientists and engineers plan to tackle the problem and includes information on what you can do to help. |
Contents
Section 2 | |
Section 3 | |
Section 4 | |
Section 5 | |
Section 6 | |
Section 7 | |
Section 8 | |
Section 23 | |
Section 24 | |
Section 25 | |
Section 26 | |
Section 27 | |
Section 28 | |
Section 29 | |
Section 30 | |
Section 9 | |
Section 10 | |
Section 11 | |
Section 12 | |
Section 13 | |
Section 14 | |
Section 15 | |
Section 16 | |
Section 17 | |
Section 18 | |
Section 19 | |
Section 20 | |
Section 21 | |
Section 22 | |
Section 31 | |
Section 32 | |
Section 33 | |
Section 34 | |
Section 35 | |
Section 36 | |
Section 37 | |
Section 38 | |
Section 39 | |
Section 40 | |
Section 41 | |
Section 42 | |
Section 43 | |
Section 44 | |
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Common terms and phrases
2007 IPCC report amount Antarctica Arctic areas assessment atmosphere average boost carbon dioxide carbon footprint century climate change climate models climate scientists clouds coal computer models cooling countries crops decades drought Earth effect efficiency El Niņo energy environmental especially ethanol Europe factors flooding forests fossil fuels glaciers global climate Global dimming global models global temperature global warming greenhouse emissions greenhouse gases Greenland heat wave hurricanes ice age ice sheets impact increase intense IPCC Kyoto Kyoto Protocol land Little ice age long-term major melting Met Office methane monsoon National Niņo North America North Atlantic nuclear ocean offset ozone permafrost plants pollution produce Protocol rain rainfall recent reduce reefs regions risk satellite sceptics sea level sea-level rise shift snow solar storms summer sunlight surface targets there’s trees trend tropical cyclones typically University warmer water vapour weather wind