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An illustrated overview of the sustainability of natural resources and the social and environmental issues surrounding their distribution and demand.
An illustrated overview of the sustainability of natural resources and the social and environmental issues surrounding their distribution and demand.
Produktdetails
- Produktdetails
- Verlag: Cambridge University Press
- Seitenzahl: 548
- Erscheinungstermin: 22. März 2019
- Englisch
- Abmessung: 244mm x 170mm x 29mm
- Gewicht: 934g
- ISBN-13: 9781316625415
- ISBN-10: 1316625419
- Artikelnr.: 50012778
- Verlag: Cambridge University Press
- Seitenzahl: 548
- Erscheinungstermin: 22. März 2019
- Englisch
- Abmessung: 244mm x 170mm x 29mm
- Gewicht: 934g
- ISBN-13: 9781316625415
- ISBN-10: 1316625419
- Artikelnr.: 50012778
Chadwick Dearing Oliver is the Pinchot Professor of Forestry and Environmental Studies and Director of the Global Institute of Sustainable Forestry at Yale University, Connecticut. His research focuses on global issues of landscape management, and he has considerable experience advising public and private forest resource organizations in the United States and abroad. He is the author of the highly cited book Forest Stand Dynamics, now in its second edition (1996).
Preface
Part I. Introduction, Dynamic Systems, and Change: 1. Socio-environmental systems
2. A perspective on dynamic systems
3. Change, sustainability, and resilience
Part II. People: 4. Where people live, communicate, and interact
5. People, societies, populations, and changes
6. Resources, governments, and other social influences
Part III. Climates: 7. Global distribution of climates
8. Greenhouse gases, atmosphere, and climates
9. Past and future climate changes
Part IV. Landforms: 10. Landforms and soils
11. Bedrock landforms
12. Landforms of transported materials
Part V. Biodiversity: 13. Biodiversity: individual species
14. Biodiversity: communities and landscapes
15. Robust and threatened species, communities
16. Managing biodiversity
Part VI. Water: 17. The hydrologic cycle
18. The annual hydrograph and water use
19. Managing and mitigating the hydrologic system
Part VII. Agriculture: 20. Food groups and nutrition
21. Agriculture and the green revolution
22. Future agriculture production and distribution
Part VIII. Energy: 23. Energy sources, the energy cycle, exergy
24. Conserving energy and renewable energy
25. Future energy: reducing fossil fuel use
Part IX. Minerals: 26. Rocks and mineral properties, mining
27. Rocks and minerals: production, use, and distribution
Part X. Forests: 28. Forests, ecosystem services, and timber
29. Forest distribution, area, and volume changes
30. Silviculture, forest degradation, and landscape management
Part XI. Perspective: 31. Integrating the environment, resources, and people
Appendix I. Country groups used in analyses
Appendix II. Elements, chemical symbols, atomic numbers, and masses
Index.
Part I. Introduction, Dynamic Systems, and Change: 1. Socio-environmental systems
2. A perspective on dynamic systems
3. Change, sustainability, and resilience
Part II. People: 4. Where people live, communicate, and interact
5. People, societies, populations, and changes
6. Resources, governments, and other social influences
Part III. Climates: 7. Global distribution of climates
8. Greenhouse gases, atmosphere, and climates
9. Past and future climate changes
Part IV. Landforms: 10. Landforms and soils
11. Bedrock landforms
12. Landforms of transported materials
Part V. Biodiversity: 13. Biodiversity: individual species
14. Biodiversity: communities and landscapes
15. Robust and threatened species, communities
16. Managing biodiversity
Part VI. Water: 17. The hydrologic cycle
18. The annual hydrograph and water use
19. Managing and mitigating the hydrologic system
Part VII. Agriculture: 20. Food groups and nutrition
21. Agriculture and the green revolution
22. Future agriculture production and distribution
Part VIII. Energy: 23. Energy sources, the energy cycle, exergy
24. Conserving energy and renewable energy
25. Future energy: reducing fossil fuel use
Part IX. Minerals: 26. Rocks and mineral properties, mining
27. Rocks and minerals: production, use, and distribution
Part X. Forests: 28. Forests, ecosystem services, and timber
29. Forest distribution, area, and volume changes
30. Silviculture, forest degradation, and landscape management
Part XI. Perspective: 31. Integrating the environment, resources, and people
Appendix I. Country groups used in analyses
Appendix II. Elements, chemical symbols, atomic numbers, and masses
Index.
Preface
Part I. Introduction, Dynamic Systems, and Change: 1. Socio-environmental systems
2. A perspective on dynamic systems
3. Change, sustainability, and resilience
Part II. People: 4. Where people live, communicate, and interact
5. People, societies, populations, and changes
6. Resources, governments, and other social influences
Part III. Climates: 7. Global distribution of climates
8. Greenhouse gases, atmosphere, and climates
9. Past and future climate changes
Part IV. Landforms: 10. Landforms and soils
11. Bedrock landforms
12. Landforms of transported materials
Part V. Biodiversity: 13. Biodiversity: individual species
14. Biodiversity: communities and landscapes
15. Robust and threatened species, communities
16. Managing biodiversity
Part VI. Water: 17. The hydrologic cycle
18. The annual hydrograph and water use
19. Managing and mitigating the hydrologic system
Part VII. Agriculture: 20. Food groups and nutrition
21. Agriculture and the green revolution
22. Future agriculture production and distribution
Part VIII. Energy: 23. Energy sources, the energy cycle, exergy
24. Conserving energy and renewable energy
25. Future energy: reducing fossil fuel use
Part IX. Minerals: 26. Rocks and mineral properties, mining
27. Rocks and minerals: production, use, and distribution
Part X. Forests: 28. Forests, ecosystem services, and timber
29. Forest distribution, area, and volume changes
30. Silviculture, forest degradation, and landscape management
Part XI. Perspective: 31. Integrating the environment, resources, and people
Appendix I. Country groups used in analyses
Appendix II. Elements, chemical symbols, atomic numbers, and masses
Index.
Part I. Introduction, Dynamic Systems, and Change: 1. Socio-environmental systems
2. A perspective on dynamic systems
3. Change, sustainability, and resilience
Part II. People: 4. Where people live, communicate, and interact
5. People, societies, populations, and changes
6. Resources, governments, and other social influences
Part III. Climates: 7. Global distribution of climates
8. Greenhouse gases, atmosphere, and climates
9. Past and future climate changes
Part IV. Landforms: 10. Landforms and soils
11. Bedrock landforms
12. Landforms of transported materials
Part V. Biodiversity: 13. Biodiversity: individual species
14. Biodiversity: communities and landscapes
15. Robust and threatened species, communities
16. Managing biodiversity
Part VI. Water: 17. The hydrologic cycle
18. The annual hydrograph and water use
19. Managing and mitigating the hydrologic system
Part VII. Agriculture: 20. Food groups and nutrition
21. Agriculture and the green revolution
22. Future agriculture production and distribution
Part VIII. Energy: 23. Energy sources, the energy cycle, exergy
24. Conserving energy and renewable energy
25. Future energy: reducing fossil fuel use
Part IX. Minerals: 26. Rocks and mineral properties, mining
27. Rocks and minerals: production, use, and distribution
Part X. Forests: 28. Forests, ecosystem services, and timber
29. Forest distribution, area, and volume changes
30. Silviculture, forest degradation, and landscape management
Part XI. Perspective: 31. Integrating the environment, resources, and people
Appendix I. Country groups used in analyses
Appendix II. Elements, chemical symbols, atomic numbers, and masses
Index.