Basics of Environmental Science / Michael Allaby
Material type: TextPublication details: Abingdon, Oxon : Routledge : Taylor and Francis, 2000.Edition: 2nd EditionDescription: xv, 323 pISBN:- 041521176x (pbk)
- 363.7 Al518
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363.6906 H4251 Heritage visitor attractions : an operations management perspective | 363.7 A11 A national review of environmental education and its contribution to sustainability in Australia : volume 2 : school education. | 363.7 Al518 Basics of Environmental Science | 363.7 Al518 Basics of Environmental Science | 363.7 Al518 Basics of Environmental Science | 363.7 C5415 Environmental science : | 363.7 C9731 Environmental science : |
Contents
1. Introduction
1. What is environmental science?
2. Environmental interactions, cycles and systems
3. Ecology and environmentalism
4. History of environmental science
5. Changing attitudes to the natural world
Further reading
Notes
References
2. Earth Sciences
6. Formation and structure of the Earth
7. The formation of rocks, minerals and geological structures
8. Weathering
9. The evolution of landforms
10. Coasts, estuaries, sea levels
11. Energy from the Sun
12. Albedo and heat capacity
13. The greenhouse effect
14. The evolution, composition, and the structure of atmosphere
15. General circulation of the atmosphere
16. Oceans, Gyres and currents
17. Weather and climate
18. Glacials, interglacials and interstadials
19. Dating methods
20. Climate change
21. Climate regions and floristic regions
Further reading
Notes
References
3. Physical Resources
22. Fresh water and the hydrologic cycle
23. Eutrophication and the cycle of lakes
24. Salt water, brackish water, and desalination
25. Irrigation, waterlogging, and salinization
26. Soil formation, ageing and taxonomy
27. Transport by water and wind
28. Soil climate and land use
29. Soil erosion and its control
30. Mining, and processing of fuels
31. Mining and processing of minerals
Further reading
Note
References
4. Biosphere
32. Biosphere, Biomes, biogeography
33. Major biomass
34. Nutrient cycles
35. Respiration and photosynthesis
36. Trophic relationships
37. Energy, numbers, biomass
38. Ecosystems
39. Succession and climax
40. Arrested successions
41. Colonization
42. Stability, instability and reproductive strategies
43. Simplicity and diversity
44. Homoeostasis, feedback and reproductive strategies
45. Limits of tolerance
Further reading
References
5. Biological Resources
46. Evolution
47. Evolutionary Strategies and game theory
48. Adaptation
49. Dispersal mechanisms
50. Wildlife species and habitats
51. Biodiversity
52. Fisheries
53. Forests
54. Farming for food and fibre
55. Human populations and demographic change
56. Genetic engineering
Further reading
Notes
References
6. Environmental Management
57. Wildlife conservation
58. Zoos, nature reserves, wilderness
59. Pest control
60. Restoration ecology
61. World conservation strategies
62. Pollution control
63. Hazardous waste
64. Transnational Pollution
Further reading
References
End of book summary
Glossary
Bibliography
Index
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