Environmental Biology
Herausgeber: Calver, Mike; McComb, Jennifer; Lymbery, Alan
Environmental Biology
Herausgeber: Calver, Mike; McComb, Jennifer; Lymbery, Alan
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Environmental Biology offers a fresh approach to the topic in demonstrating how biological principles are applied to solve environmental problems.
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Environmental Biology offers a fresh approach to the topic in demonstrating how biological principles are applied to solve environmental problems.
Produktdetails
- Produktdetails
- Verlag: Cambridge University Press
- Seitenzahl: 744
- Erscheinungstermin: 23. Mai 2016
- Englisch
- Abmessung: 254mm x 203mm x 40mm
- Gewicht: 1566g
- ISBN-13: 9780521679824
- ISBN-10: 0521679826
- Artikelnr.: 26009069
- Verlag: Cambridge University Press
- Seitenzahl: 744
- Erscheinungstermin: 23. Mai 2016
- Englisch
- Abmessung: 254mm x 203mm x 40mm
- Gewicht: 1566g
- ISBN-13: 9780521679824
- ISBN-10: 0521679826
- Artikelnr.: 26009069
List of contributors; Preface; Acknowledgements; Part I. What is
Environmental Biology?: 1. Environmental biology and our time Mike Calver,
Alan Lymbery and Jen McComb; Part II. The Scientific Method and the
Unifying Theories of Modern Biology: 2. Science and the environment Chris
Dickman and Mathew Crowther; 3. Cell theory I - the cellular basis of life
Carolyn Jones and Mike Calver; 4. Cell theory II - cellular processes and
the environment Carolyn Jones and Mike Calver; 5. Cell theory III - the
cell cycle Annette Koenders; 6. Evolutionary theory - the origin and fate
of genetic variation Alan Lymbery and David Ayre; 7. The history of life on
Earth Stephen Hopper; Part III. Applying Scientific Method - Understanding
Biodiversity: 8. Coping with cornucopia - classifying and naming
biodiversity Alan Lymbery and Howard Gill; 9. Microscopic diversity - the
prokaryotes and viruses Graham O'Hara; 10. Mysterious diversity - the
protists and the fungi Treena Burgess and Luke Twomey; 11. The greening of
the land - plant diversity I Barbara Bowen, Mike van Keulen and Jen McComb;
12. The greening of the land - plant diversity II Bernie Dell, Mike van
Keulen, Jen McComb and Barbara Bowen; 13. Life on the move: introducing
animal diversity Mike Calver and Alan Lymbery; 14. Life on the move - the
spineless majority Alan Lymbery and Mike Calver; 15. Life on the move -
vertebrates and other chordates Mike Bamford; 16. Boom and bust -
population ecology Mike Calver and Stuart Bradley; 17. Living together:
communities and ecosystems Barbara Bowen and Philip Ladd; 18. Marine
habitats Eric Paling; 19. Marine lifestyles Eric Paling and David Ayre; 20.
Inland aquatic environments: wetland diversity, physical and chemical
processes Jane Chambers, Jenny Davis and Arthur McComb; 21. Inland aquatic
environments: the ecology of lentic and lotic waters Jane Chambers, Jenny
Davis and Arthur McComb; 22. Terrestrial habitats Philip Ladd and Mark
Garkaklis; 23. Terrestrial lifestyles Philip Ladd and Mark Garkaklis; Part
IV. The Future - Applying Scientific Method to Conserving Biodiversity and
Restoring Degraded Environments: 24. The science of conservation biology
Grant Wardell-Johnson and Pierre Horwitz; 25. Cultural conservation biology
Pierre Horwitz and Grant Wardell-Johnson; 26. Redressing the problem -
environmental restoration Richard Hobbs; 27. A natural legacy Mike Calver,
Alan Lymbery and Jen McComb (with contributions by Daniel Lunney and Harry
Recher); Glossary; Index.
Environmental Biology?: 1. Environmental biology and our time Mike Calver,
Alan Lymbery and Jen McComb; Part II. The Scientific Method and the
Unifying Theories of Modern Biology: 2. Science and the environment Chris
Dickman and Mathew Crowther; 3. Cell theory I - the cellular basis of life
Carolyn Jones and Mike Calver; 4. Cell theory II - cellular processes and
the environment Carolyn Jones and Mike Calver; 5. Cell theory III - the
cell cycle Annette Koenders; 6. Evolutionary theory - the origin and fate
of genetic variation Alan Lymbery and David Ayre; 7. The history of life on
Earth Stephen Hopper; Part III. Applying Scientific Method - Understanding
Biodiversity: 8. Coping with cornucopia - classifying and naming
biodiversity Alan Lymbery and Howard Gill; 9. Microscopic diversity - the
prokaryotes and viruses Graham O'Hara; 10. Mysterious diversity - the
protists and the fungi Treena Burgess and Luke Twomey; 11. The greening of
the land - plant diversity I Barbara Bowen, Mike van Keulen and Jen McComb;
12. The greening of the land - plant diversity II Bernie Dell, Mike van
Keulen, Jen McComb and Barbara Bowen; 13. Life on the move: introducing
animal diversity Mike Calver and Alan Lymbery; 14. Life on the move - the
spineless majority Alan Lymbery and Mike Calver; 15. Life on the move -
vertebrates and other chordates Mike Bamford; 16. Boom and bust -
population ecology Mike Calver and Stuart Bradley; 17. Living together:
communities and ecosystems Barbara Bowen and Philip Ladd; 18. Marine
habitats Eric Paling; 19. Marine lifestyles Eric Paling and David Ayre; 20.
Inland aquatic environments: wetland diversity, physical and chemical
processes Jane Chambers, Jenny Davis and Arthur McComb; 21. Inland aquatic
environments: the ecology of lentic and lotic waters Jane Chambers, Jenny
Davis and Arthur McComb; 22. Terrestrial habitats Philip Ladd and Mark
Garkaklis; 23. Terrestrial lifestyles Philip Ladd and Mark Garkaklis; Part
IV. The Future - Applying Scientific Method to Conserving Biodiversity and
Restoring Degraded Environments: 24. The science of conservation biology
Grant Wardell-Johnson and Pierre Horwitz; 25. Cultural conservation biology
Pierre Horwitz and Grant Wardell-Johnson; 26. Redressing the problem -
environmental restoration Richard Hobbs; 27. A natural legacy Mike Calver,
Alan Lymbery and Jen McComb (with contributions by Daniel Lunney and Harry
Recher); Glossary; Index.
List of contributors; Preface; Acknowledgements; Part I. What is
Environmental Biology?: 1. Environmental biology and our time Mike Calver,
Alan Lymbery and Jen McComb; Part II. The Scientific Method and the
Unifying Theories of Modern Biology: 2. Science and the environment Chris
Dickman and Mathew Crowther; 3. Cell theory I - the cellular basis of life
Carolyn Jones and Mike Calver; 4. Cell theory II - cellular processes and
the environment Carolyn Jones and Mike Calver; 5. Cell theory III - the
cell cycle Annette Koenders; 6. Evolutionary theory - the origin and fate
of genetic variation Alan Lymbery and David Ayre; 7. The history of life on
Earth Stephen Hopper; Part III. Applying Scientific Method - Understanding
Biodiversity: 8. Coping with cornucopia - classifying and naming
biodiversity Alan Lymbery and Howard Gill; 9. Microscopic diversity - the
prokaryotes and viruses Graham O'Hara; 10. Mysterious diversity - the
protists and the fungi Treena Burgess and Luke Twomey; 11. The greening of
the land - plant diversity I Barbara Bowen, Mike van Keulen and Jen McComb;
12. The greening of the land - plant diversity II Bernie Dell, Mike van
Keulen, Jen McComb and Barbara Bowen; 13. Life on the move: introducing
animal diversity Mike Calver and Alan Lymbery; 14. Life on the move - the
spineless majority Alan Lymbery and Mike Calver; 15. Life on the move -
vertebrates and other chordates Mike Bamford; 16. Boom and bust -
population ecology Mike Calver and Stuart Bradley; 17. Living together:
communities and ecosystems Barbara Bowen and Philip Ladd; 18. Marine
habitats Eric Paling; 19. Marine lifestyles Eric Paling and David Ayre; 20.
Inland aquatic environments: wetland diversity, physical and chemical
processes Jane Chambers, Jenny Davis and Arthur McComb; 21. Inland aquatic
environments: the ecology of lentic and lotic waters Jane Chambers, Jenny
Davis and Arthur McComb; 22. Terrestrial habitats Philip Ladd and Mark
Garkaklis; 23. Terrestrial lifestyles Philip Ladd and Mark Garkaklis; Part
IV. The Future - Applying Scientific Method to Conserving Biodiversity and
Restoring Degraded Environments: 24. The science of conservation biology
Grant Wardell-Johnson and Pierre Horwitz; 25. Cultural conservation biology
Pierre Horwitz and Grant Wardell-Johnson; 26. Redressing the problem -
environmental restoration Richard Hobbs; 27. A natural legacy Mike Calver,
Alan Lymbery and Jen McComb (with contributions by Daniel Lunney and Harry
Recher); Glossary; Index.
Environmental Biology?: 1. Environmental biology and our time Mike Calver,
Alan Lymbery and Jen McComb; Part II. The Scientific Method and the
Unifying Theories of Modern Biology: 2. Science and the environment Chris
Dickman and Mathew Crowther; 3. Cell theory I - the cellular basis of life
Carolyn Jones and Mike Calver; 4. Cell theory II - cellular processes and
the environment Carolyn Jones and Mike Calver; 5. Cell theory III - the
cell cycle Annette Koenders; 6. Evolutionary theory - the origin and fate
of genetic variation Alan Lymbery and David Ayre; 7. The history of life on
Earth Stephen Hopper; Part III. Applying Scientific Method - Understanding
Biodiversity: 8. Coping with cornucopia - classifying and naming
biodiversity Alan Lymbery and Howard Gill; 9. Microscopic diversity - the
prokaryotes and viruses Graham O'Hara; 10. Mysterious diversity - the
protists and the fungi Treena Burgess and Luke Twomey; 11. The greening of
the land - plant diversity I Barbara Bowen, Mike van Keulen and Jen McComb;
12. The greening of the land - plant diversity II Bernie Dell, Mike van
Keulen, Jen McComb and Barbara Bowen; 13. Life on the move: introducing
animal diversity Mike Calver and Alan Lymbery; 14. Life on the move - the
spineless majority Alan Lymbery and Mike Calver; 15. Life on the move -
vertebrates and other chordates Mike Bamford; 16. Boom and bust -
population ecology Mike Calver and Stuart Bradley; 17. Living together:
communities and ecosystems Barbara Bowen and Philip Ladd; 18. Marine
habitats Eric Paling; 19. Marine lifestyles Eric Paling and David Ayre; 20.
Inland aquatic environments: wetland diversity, physical and chemical
processes Jane Chambers, Jenny Davis and Arthur McComb; 21. Inland aquatic
environments: the ecology of lentic and lotic waters Jane Chambers, Jenny
Davis and Arthur McComb; 22. Terrestrial habitats Philip Ladd and Mark
Garkaklis; 23. Terrestrial lifestyles Philip Ladd and Mark Garkaklis; Part
IV. The Future - Applying Scientific Method to Conserving Biodiversity and
Restoring Degraded Environments: 24. The science of conservation biology
Grant Wardell-Johnson and Pierre Horwitz; 25. Cultural conservation biology
Pierre Horwitz and Grant Wardell-Johnson; 26. Redressing the problem -
environmental restoration Richard Hobbs; 27. A natural legacy Mike Calver,
Alan Lymbery and Jen McComb (with contributions by Daniel Lunney and Harry
Recher); Glossary; Index.