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This is a new kind of ecology textbook: a straight-forward resource that teaches natural history and ecological content, and a way to instruct students that will nurture both Earth and self.
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This is a new kind of ecology textbook: a straight-forward resource that teaches natural history and ecological content, and a way to instruct students that will nurture both Earth and self.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Produktdetails
- Produktdetails
- Verlag: Taylor & Francis Ltd
- Seitenzahl: 354
- Erscheinungstermin: 16. Mai 2023
- Englisch
- Abmessung: 177mm x 254mm x 29mm
- Gewicht: 780g
- ISBN-13: 9781032222608
- ISBN-10: 1032222603
- Artikelnr.: 67258748
- Verlag: Taylor & Francis Ltd
- Seitenzahl: 354
- Erscheinungstermin: 16. Mai 2023
- Englisch
- Abmessung: 177mm x 254mm x 29mm
- Gewicht: 780g
- ISBN-13: 9781032222608
- ISBN-10: 1032222603
- Artikelnr.: 67258748
Louise M. Weber, PhD, is Full-time Professor in the Department of Biology and Environmental Science at University of Saint Francis, Fort Wayne, Indiana, USA, where she is also Interim Division Director of Sciences and Program Director of Biology. She teaches or has taught Ecology and Diversity, Ecology, Evolution, Conservation Biology, Wildlife Biology, Introduction to Environmental Studies, Ornithology, Vertebrate Zoology, Invertebrate Zoology, Entomology, Research Design, Principles of Biology, General Biology, Human Biology, Human Anatomy and Physiology I. For more information, visit her website at https://www.louiseweber.net
1. Introduction. 2. We Stand on Their Shoulders. 3. Biomes, Life Forms, and
Ecoregions. 4. Biomes: Tundra, and Tiaga. 5. Biomes: Grassland. 6. Biomes:
Shrubland, Thickets, and Desert. 7. Biomes: Savanna, and Forest. 8. Why are
Biomes Where They Are? 9. Why are Individual Species Where They Are?. 10.
Introduction to Evolution: The Modern Synthesis. 11. Advances in
Microevolution, Molecular Evolution, and Evo-devo. 12. An Autobiography of
the Earth. 13. Introduction to Statistics. 14. Population Ecology Basics.
15. Population Ecologys' Profound Questions. 16. Community Ecology Basics.
17.Theory in Community Ecology/Competition. 18. Predation. 19. Succession.
20. Ecosystem Ecology Basics. 21. Energy. 22. Matter. 23. Ecosystem
Regulation. 24. Landscape Ecology. 25. Wildlife Management and Habitat
Ecology. 26. Wildlife Management for Temperate Farms and Ranches. 27.
Wildlife Management in Temperate Forests. 28. Conservation Biology. 29.
Restoration Ecology. 30. Aquatic Ecology. 31. New Perspectives in
Biogeography. 32. Wicked Problems. 33. Epilogue: The Evolution of an Idea
Ecoregions. 4. Biomes: Tundra, and Tiaga. 5. Biomes: Grassland. 6. Biomes:
Shrubland, Thickets, and Desert. 7. Biomes: Savanna, and Forest. 8. Why are
Biomes Where They Are? 9. Why are Individual Species Where They Are?. 10.
Introduction to Evolution: The Modern Synthesis. 11. Advances in
Microevolution, Molecular Evolution, and Evo-devo. 12. An Autobiography of
the Earth. 13. Introduction to Statistics. 14. Population Ecology Basics.
15. Population Ecologys' Profound Questions. 16. Community Ecology Basics.
17.Theory in Community Ecology/Competition. 18. Predation. 19. Succession.
20. Ecosystem Ecology Basics. 21. Energy. 22. Matter. 23. Ecosystem
Regulation. 24. Landscape Ecology. 25. Wildlife Management and Habitat
Ecology. 26. Wildlife Management for Temperate Farms and Ranches. 27.
Wildlife Management in Temperate Forests. 28. Conservation Biology. 29.
Restoration Ecology. 30. Aquatic Ecology. 31. New Perspectives in
Biogeography. 32. Wicked Problems. 33. Epilogue: The Evolution of an Idea
1. Introduction. 2. We Stand on Their Shoulders. 3. Biomes, Life Forms, and
Ecoregions. 4. Biomes: Tundra, and Tiaga. 5. Biomes: Grassland. 6. Biomes:
Shrubland, Thickets, and Desert. 7. Biomes: Savanna, and Forest. 8. Why are
Biomes Where They Are? 9. Why are Individual Species Where They Are?. 10.
Introduction to Evolution: The Modern Synthesis. 11. Advances in
Microevolution, Molecular Evolution, and Evo-devo. 12. An Autobiography of
the Earth. 13. Introduction to Statistics. 14. Population Ecology Basics.
15. Population Ecologys' Profound Questions. 16. Community Ecology Basics.
17.Theory in Community Ecology/Competition. 18. Predation. 19. Succession.
20. Ecosystem Ecology Basics. 21. Energy. 22. Matter. 23. Ecosystem
Regulation. 24. Landscape Ecology. 25. Wildlife Management and Habitat
Ecology. 26. Wildlife Management for Temperate Farms and Ranches. 27.
Wildlife Management in Temperate Forests. 28. Conservation Biology. 29.
Restoration Ecology. 30. Aquatic Ecology. 31. New Perspectives in
Biogeography. 32. Wicked Problems. 33. Epilogue: The Evolution of an Idea
Ecoregions. 4. Biomes: Tundra, and Tiaga. 5. Biomes: Grassland. 6. Biomes:
Shrubland, Thickets, and Desert. 7. Biomes: Savanna, and Forest. 8. Why are
Biomes Where They Are? 9. Why are Individual Species Where They Are?. 10.
Introduction to Evolution: The Modern Synthesis. 11. Advances in
Microevolution, Molecular Evolution, and Evo-devo. 12. An Autobiography of
the Earth. 13. Introduction to Statistics. 14. Population Ecology Basics.
15. Population Ecologys' Profound Questions. 16. Community Ecology Basics.
17.Theory in Community Ecology/Competition. 18. Predation. 19. Succession.
20. Ecosystem Ecology Basics. 21. Energy. 22. Matter. 23. Ecosystem
Regulation. 24. Landscape Ecology. 25. Wildlife Management and Habitat
Ecology. 26. Wildlife Management for Temperate Farms and Ranches. 27.
Wildlife Management in Temperate Forests. 28. Conservation Biology. 29.
Restoration Ecology. 30. Aquatic Ecology. 31. New Perspectives in
Biogeography. 32. Wicked Problems. 33. Epilogue: The Evolution of an Idea