Authors: Thomas E. Lovejoy (Editor), Lee Hannah
ISBN-13: 9780300119800, ISBN-10: 0300119801
Format: Paperback
Publisher: Yale University Press
Date Published: August 2006
Edition: 1st Edition
Thomas E. Lovejoy is president of the H. John Heinz III Center for Science, Economics and the Environment. He coedited the groundbreaking and critically acclaimed Global Warming and Biological Diversity, published in 1992. Lee Hannah is senior climate change biologist, Center for Applied Biodiversity Science, Conservation International.
Leading researchers discuss what is now known about past climate changes in different areas of the world. They examine recent trends in and projections about climate change; ways that particular organisms are responding to climate change; conservation challenges, including social and policy issues; and more.
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1 | Biodiversity and climate change in context | 3 |
2 | What is climate change? | 15 |
3 | Recent climate trends | 31 |
4 | Biotic response : range and abundance changes | 41 |
Case study : detection at multiple levels : Euphydryas editha and climate change | 56 | |
5 | Present and future phenological changes in wild plants and animals | 61 |
Case study : responses of natural communities to climate change in a highland tropical forest | 70 | |
6 | Recent evolutionary effects of climate change | 75 |
7 | A "paleoperspective" on climate variability and change | 91 |
8 | North temperate responses | 109 |
9 | Tropical biotic responses to climate change | 125 |
Case study : a record of change from the high plain of Bogota | 138 | |
10 | Southern temperate ecosystem responses | 142 |
Case study : microrefugia and macroecology | 157 | |
11 | Responses of marine species and ecosystems to past climate change | 160 |
12 | Genetic and evolutionary impacts of climate change | 176 |
Case study : phylogeny and distribution of fishes of the Characidium lauroi group as indicators of climate change in Southeastern Brazil | 193 | |
13 | Climate change projections and models | 199 |
14 | Modeling distributional shifts of individual species and biomes | 211 |
Case study : modeling species range shifts in two biodiversity hotspots | 229 | |
15 | Dynamic ecosystem and earth system models | 232 |
Case study : migration of vegetation types in a greenhouse world | 252 | |
16 | Climate change and marine ecosystems | 256 |
17 | Climate change and freshwater ecosystems | 274 |
Case study : climate change impacts on soil biodiversity in a grassland ecosystem | 291 | |
18 | Synergistic effects | 296 |
Case study : avian malaria, climate change, and native birds of Hawaii | 317 | |
19 | Conservation with a changing climate | 325 |
20 | Designing landscapes and seascapes for change | 329 |
Case study : integrating climate change into Canada's national park system | 342 | |
21 | Managing the matrix | 346 |
Case study : managing for future change on the Albemarle Sound | 359 | |
22 | Protected areas management in a changing climate | 363 |
23 | Emissions reductions and alternative futures | 375 |
24 | Global greenhouse gas levels and the future of biodiversity | 387 |