Assesses the current status, and future challenges and opportunities, of the ecological study, design and management of cities and towns.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
1. Introduction: scope of the book and the need for developing a comparative approach to the ecological study of cities and towns; Part I. Opportunities and Challenges of Conducting Comparative Studies: 2. Comparative urban ecology: challenges and possibilities; 3. Frameworks for urban ecosystem studies: gradients, patch dynamics and the human ecosystem in the New York metropolitan area and Baltimore, USA; 4. Comparative effects of urbanisation in marine and terrestrial habitats; 5. Comparative ecology of cities and towns: past, present and future; 6. Comparative urban ecological research in developing countries; 7. Using models to compare the ecology of cities; Part II. Ecological Studies of Cities and Towns; 8. Responses of faunal assemblages to urbanisation: global research paradigms and an avian case study; 9. Effect of urban structures on diversity of marine species; 10. Comparative studies of terrestrial vertebrates in urban areas; 11. The ecology of roads in urban and urbanising landscapes; 12. Spatial pattern and process in urban animal communities; 13. Invertebrate biodiversity in urban landscapes: assessing remnant habitat and its restoration; 14. Arthropods in urban ecosystems: community patterns as functions of anthropogenic land use; 15. Light pollution and the impact of artificial night lighting on insects; 16. A comparison of vegetation cover in Beijing and Shanghai: a remote sensing approach; 17. Vegetation composition and structure of forest patches along urban-to-rural gradients; 18. Environmental, social and spatial determinants of urban arboreal character in Auckland, New Zealand; 19. Carbon and nitrogen cycling in soils of remnant forests along urban-rural gradients: case studies in the New York metropolitan area and Louisville, Kentucky; 20. Investigative approaches of urban biogeochemical cycles: New York metropolitan area and Baltimore as case studies; Part III. Integrating Science with Management and Planning: 21. Structural analysis of urban landscapes for landscape management in German cities; 22. Preservation of original natural vegetation in urban areas: an overview; 23. Homogeneity of urban biotopes and similarity of landscape design language in former colonial cities; 24. Tools to assess human impact on biotope resilience and biodiversity in urban planning: examples from Stockholm, Sweden; 25. Landscape ecological analysis and assessment in an urbanising environment; 26. Applying landscape ecological principles to a fascinating landscape: the city; 27. A trans-disciplinary research approach providing a platform for improved urban design, quality of life and biodiverse urban ecosystems; 28. Pattern: process metaphors for metropolitan landscapes; 29. Valuing urban wetlands: modification, preservation and restoration; Part IV. Comments and Synthesis: 30. What is the main object of urban ecology? Determining demarcation using the example of research into urban flora; 31. How to conduct comparative urban ecological research; 32. Ecological scientific knowledge in urban and land-use planning; 33. Envisioning the comparative possible: a critique; 34. Towards a comparative ecology of cities and towns; 35. A comparative ecology of cities and towns: synthesis of opportunities and limitations.
1. Introduction: scope of the book and the need for developing a comparative approach to the ecological study of cities and towns; Part I. Opportunities and Challenges of Conducting Comparative Studies: 2. Comparative urban ecology: challenges and possibilities; 3. Frameworks for urban ecosystem studies: gradients, patch dynamics and the human ecosystem in the New York metropolitan area and Baltimore, USA; 4. Comparative effects of urbanisation in marine and terrestrial habitats; 5. Comparative ecology of cities and towns: past, present and future; 6. Comparative urban ecological research in developing countries; 7. Using models to compare the ecology of cities; Part II. Ecological Studies of Cities and Towns; 8. Responses of faunal assemblages to urbanisation: global research paradigms and an avian case study; 9. Effect of urban structures on diversity of marine species; 10. Comparative studies of terrestrial vertebrates in urban areas; 11. The ecology of roads in urban and urbanising landscapes; 12. Spatial pattern and process in urban animal communities; 13. Invertebrate biodiversity in urban landscapes: assessing remnant habitat and its restoration; 14. Arthropods in urban ecosystems: community patterns as functions of anthropogenic land use; 15. Light pollution and the impact of artificial night lighting on insects; 16. A comparison of vegetation cover in Beijing and Shanghai: a remote sensing approach; 17. Vegetation composition and structure of forest patches along urban-to-rural gradients; 18. Environmental, social and spatial determinants of urban arboreal character in Auckland, New Zealand; 19. Carbon and nitrogen cycling in soils of remnant forests along urban-rural gradients: case studies in the New York metropolitan area and Louisville, Kentucky; 20. Investigative approaches of urban biogeochemical cycles: New York metropolitan area and Baltimore as case studies; Part III. Integrating Science with Management and Planning: 21. Structural analysis of urban landscapes for landscape management in German cities; 22. Preservation of original natural vegetation in urban areas: an overview; 23. Homogeneity of urban biotopes and similarity of landscape design language in former colonial cities; 24. Tools to assess human impact on biotope resilience and biodiversity in urban planning: examples from Stockholm, Sweden; 25. Landscape ecological analysis and assessment in an urbanising environment; 26. Applying landscape ecological principles to a fascinating landscape: the city; 27. A trans-disciplinary research approach providing a platform for improved urban design, quality of life and biodiverse urban ecosystems; 28. Pattern: process metaphors for metropolitan landscapes; 29. Valuing urban wetlands: modification, preservation and restoration; Part IV. Comments and Synthesis: 30. What is the main object of urban ecology? Determining demarcation using the example of research into urban flora; 31. How to conduct comparative urban ecological research; 32. Ecological scientific knowledge in urban and land-use planning; 33. Envisioning the comparative possible: a critique; 34. Towards a comparative ecology of cities and towns; 35. A comparative ecology of cities and towns: synthesis of opportunities and limitations.
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