- Includes case studies and interviews with prominent conservation scientists to help situate key concepts in a real world context
- Covers a broad range of topics including: the fate of the coral reefs; the impact of agriculture, urbanization, and logging on habitat depletion; and the effects of fire on plants and animal survival
- Highlights conservation successes in the region, and emphasizes the need to integrate social issues, such as human hunger, into a tangible conservation plan
- Documents the current state of the field as it looks for ways to predict future outcomes and lessen human impact
“Sodhi et al. have done a masterful job of compiling a great deal of literature from around the tropical realm, and they have laid out the book in a fruitful and straightforward manner…I plan to use it as a reference and as supplemental reading for several courses and I would encourage others to do the same.” Ecology, 90(4), 2009, pp. 1144–1145
Navjot S. Sodhi is Professor at the National University of Singapore. An associate/subject editor of Conservation Biology, the Auk, and Biotropica, Navjot received his PhD from the University of Saskatchewan, Canada. A recipient of National Geographic Society grants, he has also spent time as a Bullard Fellow at Harvard University, where he holds an adjunct associate position.
Barry W. Brook is Professor and Director of the Research Institute for Climate Change and Sustainability at the University of Adelaide, Australia. His research interests include climate change, global ecology and extinction dynamics. Barry serves on the editorial boards of Ecological Research and Raffles Bulletin of Zoology and is a member of the Australian Research Council College of Experts and F1000 Biology. In 2006 he was awarded the Fenner Medal by the Australian Academy of Sciences.
Corey J. A. Bradshaw is Associate Professor and Principal Research Fellow at Charles Darwin University, Australia. He earned a doctoral degree from the University of Otago, New Zealand and has extensively researched marine and terrestrial vertebrate populations, with an emphasis on extinction modelling and ecological theory. Corey is an Associate Editor for Journal of Animal Ecology.
Autorentext
Navjot S. Sodhi is Professor at the National University of Singapore. An associate/subject editor of Conservation Biology, the Auk, and Biotropica, Navjot received his PhD from the University of Saskatchewan, Canada. A recipient of National Geographic Society grants, he has also spent time as a Bullard Fellow at Harvard University, where he holds an adjunct associate position.
Barry W. Brook is Professor and Director of the Research Institute for Climate Change and Sustainability at the University of Adelaide, Australia. His research interests include climate change, global ecology and extinction dynamics. Barry serves on the editorial boards of Ecological Research and Raffles Bulletin of Zoology and is a member of the Australian Research Council College of Experts and F1000 Biology. In 2006 he was awarded the Fenner Medal by the Australian Academy of Sciences.
Corey J. A. Bradshaw is Associate Professor and Principal Research Fellow at Charles Darwin University, Australia. He earned a doctoral degree from the University of Otago, New Zealand and has extensively researched marine and terrestrial vertebrate populations, with an emphasis on extinction modelling and ecological theory. Corey is an Associate Editor for Journal of Animal Ecology.
Klappentext
Nowhere in the world is biodiversity conservation and management more critical than in the highly biodiverse tropical regions. Although the temperate regions of the Earth have suffered severely from human encroachments in the ancient and recent past, the present-day (and future) biodiversity crisis looms largest in the tropics. This is especially important because it is in the tropics that the largest tracts of still-pristine habitat, the greatest species diversity, and the richest centres of endemism are found. The mounting threats to tropical biodiversity require conservation practitioners to make urgent conservation decisions. As such, it is critical to document the current state of tropical biodiversity, determine possible ways to protect it, and synthesize the vast body of scientific research relevant to tropical regions in a concise, yet comprehensive format.
Tropical Conservation Biology is the first teaching textbook to examine the broad spectrum of conservation issues as they relate specifically to terrestrial and aquatic habitats of the tropics. The book has been written for senior undergraduate and graduate students, scientists, and managers with an interest in tropical habitat conservation and management.
The book also includes short biographies of some of the world's most eminent conservation scientists followed by a brief set of questions and answers that focus on some of the most pertinent and pressing issues in tropical conservation biology today. It is hoped that current students will benefit from the knowledge and be inspired by the passion of these renowned biologists.
Inhalt
Preface ix
Acknowledgements xii
1 Diminishing Habitats in Regions of High Biodiversity 1
1.1 Loss of native habitats 2
1.2 Drivers of habitat loss 16
1.3 Biodiversity hotspots 27
1.4 Summary 31
1.5 Further reading 32
2 Invaluable Losses 33
2.1 Environmental filters 33
2.2 Precipitation and temperature regulation 37
2.3 Water purification 37
2.4 Protecting catchments and soils 38
2.5 Forests and floods 38
2.6 Nitrogen flux 39
2.7 Eutrophication 40
2.8 Nature's pharmacy and goods 41
2.9 Human health and nature 41
2.10 Ecosystem services from nature 43
2.11 The direct economic value of nature 47
2.12 The role of nature in human culture 49
2.13 Loss of knowledge 49
2.14 Summary 52
2.15 Further reading 52
3 Broken Homes: Tropical Biotas in Fragmented Landscapes 53
3.1 Theoretical premises of fragmentation 53
3.2 Abiotic and geometric components of fragmentation 56
3.3 Biotic effects of fragmentation 56
3.4 Long-term fate of fragments 62
3.5 Edge effects 63
3.6 Vulnerability to fragmentation 66
3.7 Importance of matrix 69
3.8 Increasing fragment connectivity 69
3.9 Summary 71
3.10 Further reading 71
4 Burning Down the House 72
4.1 Forest fires 72
4.2 Burning savannas 82
4.3 Tropical fires in the global context 85
4.4 Fire modelling and mitigation 86
4.5 Summary 88
4.6 Further reading 88
5 Alien Invaders 89
5.1 What are invasive species? 89
5.2 Invasive species in tropical realms 94
5.3 Managing and controlling invasive species 104
5.4 Summary 110
5.5 Further reading 110
6 Human Uses and Abuses of Tropical Biodiversity 111
6.1 Bush meat crisis 111
6.2 Captivity trade 129
6.3 Medicinal and other uses 133
6.4 Commercial exploitation 137
6.5 Nuisance control 144
6.6 Summary 145
6.7 Further reading 145
7 Threats in Three Dimensions: Tropical Aquatic Conservation 146
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