Green infrastructure integrates human and natural systems through a network of corridors and spaces in mixed-use and urban settings. Austin takes a broad look at green infrastructure concepts, research and case studies to provide the student and professional with processes, criteria and data to support planning, design and implementation.
Key topics of the book include:
- The benefits of green infrastructure as a conservation and planning tool
- Requirements of ecosystem health
- Green infrastructure ecosystem services that contribute to human physical and psychological health
- Planning processes leading to robust green infrastructure networks
- Design of green infrastructure elements for multiple uses.
The concept of ecosystem services is extensively developed in this book, including biological treatment of stormwater and wastewater, opportunities for recreation, urban agriculture and emersion in a naturalistic setting. It defines planning and design processes as well as the political and economic facets of envisioning, funding and implementing green infrastructure networks.
The book differs from others on the market by presenting the technical issues, requirements and performance of green infrastructure elements, along with the more traditional recreation and wildlife needs associated with greenway planning, providing information derived from environmental engineering to guide planners and landscape architects.
Table of Contents
1. Introduction 2. Physical and Psychological Health 3. Ecosystem Functions and Health 4. Ecosystem Services 5. Planning and Design Processes 6. Habitat and Ecological Corridors 7. Green Infrastructure Network 8. Stormwater Management and Treatment Services 9. Green Roofs 10. Integrating Community Agriculture into Green Infrastructure 11. Wastewater Treatment Wetlands 12. Stockholm – Green Infrastructure Case Study 13. Green Infrastructure in Context
Gary Austin is a landscape architect who studied under John Lyle and taught at the California State Polytechnic University, Pomona. He has practiced in the public and private sector and has taught landscape architecture at the University of Washington and the University of Idaho. His teaching and research focus on community revitalization, urban biological diversity and treatment of wastewater and stormwater for water quality improvement.