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Designing greenways : sustainable landscapes for nature and people / Paul Cawood Hellmund & Daniel Somers Smith.

By: Contributor(s): Material type: TextTextPublication details: Washington : Island Press, ©2006.Description: 1 online resource (xiv, 270 pages) : illustrations, mapsContent type:
  • text
Media type:
  • computer
Carrier type:
  • online resource
ISBN:
  • 9781429485968
  • 1429485965
  • 9781597265959
  • 1597265950
  • 1559633298
  • 9781559633291
Subject(s): Genre/Form: Additional physical formats: Print version:: Designing greenways.DDC classification:
  • 711/.41 22
LOC classification:
  • HT241 .H45 2006eb
Other classification:
  • 74.60
  • GEO 047f
  • LAN 490f
  • RPL 816f
  • UMW 105f
Online resources:
Contents:
Preface -- Acknowledgments -- Paul Cawood Hellmund and Daniel Smith -- 1. Introduction: Greenway Functions, Design, and History -- Paul Cawood Hellmund and Daniel Smith -- Greenways and landscape integrity: An overview Landscape problems and greenway opportunities A strategic greenway design approach Greenways and sustainable design: the significance of scale and equity Greenways have evolved from earlier linear conservation and transportation corridors. -- Greenway examples -- 2. Greenway Ecology and the Integrity of Landscapes: An Illustrated Primer -- Paul Cawood Hellmund -- Bringing together diverse perspectives. -- A willingness to communicate beyond narrow limits Explicitly spatial landscape ecology a boon to greenway design Landscape ecology as an inclusive perspective Supplemental sources Taking the broader view An illustrated primer Landscape elements: patches, corridors, matrix Landscape structure is comprised of composition, configuration, and connectivity.
The ways landscape elements originate and function Not all species use the landscape in the same way. -- Landscape connectivity is a fundamental concept for greenway design. -- Corridors, gaps, and stepping stones Patches -- Matrix -- Boundaries and the edge effect Landscape structure and function influence each other Some disturbances occur naturally and change is inevitable The impacts of people form a gradient across the landscape. -- Island biogeography Understanding spatial scale is crucial. -- Broader time scales are important, too. -- Guiding a fragmenting landscape toward connectivity Is spatial pattern always crucial? -- 3. Greenways as Corridors for Maintaining and Enhancing Wildlife Movement -- Reed Noss -- Wildlife movement and the role for corridors Corridors as habitat. -- Corridors in daily and seasonal wildlife movements Corridors and other landscape elements in dispersal The Role of Dispersal Corridors in Population Persistence.
The role of corridors in facilitating long-distance range shifts Key greenway design issues Conclusion -- 4. Riparian Greenways and Water Resources -- Michael Binford and Richard Karty -- Structure of Riparian Corridors and Their Associated Watersheds -- Riparian Corridor Functions -- Effects of Human Activities on Riparian Corridors -- Applications in Design and Management -- Guidelines for Riparian Greenway Design -- Conclusions -- 5. Social-Ecological Design of Greenways -- Daniel Smith -- Introduction -- Society and Nature: Understanding the Human Landscape -- The Social Basis of Landscape Change: Ideas, Institutions, and Participation -- Applications: Connecting People to people and people to nature Conclusions -- 6. Ecological Greenway Design -- Paul Cawood Hellmund -- Language, principles, and models of greenway design A design method: Getting the greenway vision Stage 1: Identifying potential issues, stakeholders, and preliminary goals. -- Stage 2. Defining a broad region to study Stage 3: Selecting nodes and swaths Stage 4: Selecting alternative alignments and setting widths. -- Stage 5: Implementing and managing Sources of information for the greenway design method Conclusions -- Epilogue -- Index.
Action note:
  • digitized 2010 HathiTrust Digital Library committed to preserve
Summary: Annotation Designing Greenways is a key to protecting landscapes, allowing wildlife to move freely, and finding appropriate ways to bring people into nature. This book brings together examples from ecology, conservation biology, aquatic ecology, and recreation design to illustrate how greenways function and add value to ecosystems and human communities alike.
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Electronic-Books Electronic-Books OPJGU Sonepat- Campus E-Books EBSCO Available

Includes bibliographical references and index.

Print version record.

Use copy Restrictions unspecified star MiAaHDL

Electronic reproduction. [Place of publication not identified] : HathiTrust Digital Library, 2010. MiAaHDL

Master and use copy. Digital master created according to Benchmark for Faithful Digital Reproductions of Monographs and Serials, Version 1. Digital Library Federation, December 2002. MiAaHDL

http://purl.oclc.org/DLF/benchrepro0212

digitized 2010 HathiTrust Digital Library committed to preserve pda MiAaHDL

Annotation Designing Greenways is a key to protecting landscapes, allowing wildlife to move freely, and finding appropriate ways to bring people into nature. This book brings together examples from ecology, conservation biology, aquatic ecology, and recreation design to illustrate how greenways function and add value to ecosystems and human communities alike.

Preface -- Acknowledgments -- Paul Cawood Hellmund and Daniel Smith -- 1. Introduction: Greenway Functions, Design, and History -- Paul Cawood Hellmund and Daniel Smith -- Greenways and landscape integrity: An overview Landscape problems and greenway opportunities A strategic greenway design approach Greenways and sustainable design: the significance of scale and equity Greenways have evolved from earlier linear conservation and transportation corridors. -- Greenway examples -- 2. Greenway Ecology and the Integrity of Landscapes: An Illustrated Primer -- Paul Cawood Hellmund -- Bringing together diverse perspectives. -- A willingness to communicate beyond narrow limits Explicitly spatial landscape ecology a boon to greenway design Landscape ecology as an inclusive perspective Supplemental sources Taking the broader view An illustrated primer Landscape elements: patches, corridors, matrix Landscape structure is comprised of composition, configuration, and connectivity.

The ways landscape elements originate and function Not all species use the landscape in the same way. -- Landscape connectivity is a fundamental concept for greenway design. -- Corridors, gaps, and stepping stones Patches -- Matrix -- Boundaries and the edge effect Landscape structure and function influence each other Some disturbances occur naturally and change is inevitable The impacts of people form a gradient across the landscape. -- Island biogeography Understanding spatial scale is crucial. -- Broader time scales are important, too. -- Guiding a fragmenting landscape toward connectivity Is spatial pattern always crucial? -- 3. Greenways as Corridors for Maintaining and Enhancing Wildlife Movement -- Reed Noss -- Wildlife movement and the role for corridors Corridors as habitat. -- Corridors in daily and seasonal wildlife movements Corridors and other landscape elements in dispersal The Role of Dispersal Corridors in Population Persistence.

The role of corridors in facilitating long-distance range shifts Key greenway design issues Conclusion -- 4. Riparian Greenways and Water Resources -- Michael Binford and Richard Karty -- Structure of Riparian Corridors and Their Associated Watersheds -- Riparian Corridor Functions -- Effects of Human Activities on Riparian Corridors -- Applications in Design and Management -- Guidelines for Riparian Greenway Design -- Conclusions -- 5. Social-Ecological Design of Greenways -- Daniel Smith -- Introduction -- Society and Nature: Understanding the Human Landscape -- The Social Basis of Landscape Change: Ideas, Institutions, and Participation -- Applications: Connecting People to people and people to nature Conclusions -- 6. Ecological Greenway Design -- Paul Cawood Hellmund -- Language, principles, and models of greenway design A design method: Getting the greenway vision Stage 1: Identifying potential issues, stakeholders, and preliminary goals. -- Stage 2. Defining a broad region to study Stage 3: Selecting nodes and swaths Stage 4: Selecting alternative alignments and setting widths. -- Stage 5: Implementing and managing Sources of information for the greenway design method Conclusions -- Epilogue -- Index.

English.

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