Sustainable Cities and Regions

Author(s): Robert J. Patrick

Edition: 2

Copyright: 2026

Pages: 152

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$63.67 USD

ISBN 9798319701084

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Sustainable Cities and Regions introduces the concept of the sustainable city and then shares examples and experiences of how to build more sustainable cities and regions. The benefits of such an approach are appended with real examples from Canada and beyond.

1 Introduction
Chapter Objectives
1.1 Sustainable Cities and Regions
1.2 Sustainable Development
1.3 What Is City and Regional Planning?
1.4 Why Do Cities Matter?
1.5 United Nations Sustainable Development Goals
Chapter Summary
Chapter Questions
References

2 From Settlements to Cities
Chapter Objectives
2.1 Early Settlements
   2.1.1 Mesopotamia (West Asia)
2.2 Greek City Planning
2.3 Roman Settlements
2.4 European City design
2.5 Medieval to Baroque
2.6 Early Occupants of North America
2.7 European Colonization
2.8 Early Canadian Settlements
Canadian Cities Emerge
Chapter Summary
Chapter Questions
References

3 City Planning: Theory and Practice
Chapter Objectives
3.1 Patrick Geddes and Modern Planning
3.2 Futurist or Planner? Ebenezer Howard
3.3 The City Beautiful Movement
3.4 Towers in the Park—LE Corbusier
3.5 Urban Renewal and Robert Moses
3.6 Jane Jacobs (1916–2006)
Chapter Summary
Chapter Questions
References

4 Sustainable Urban Form and Community Design
Chapter Objectives
4.1 The Recipe for Sprawl
4.2 The Cost of Sprawl
4.3 The Alternatives to Sprawl
   4.3.1 Increased Density
   4.3.2 Mixed Land Use Activities
   4.3.3 Neighbourhood "Grid" Streets
   4.3.4 Storefront Transit Stops
4.4 The New Urbanism
4.5 Brownfields, Bluefields, and Greyfields
4.6 Climate Change and the Built Environment
4.7 Car-Free Cities
Chapter Summary
Chapter Questions
References

5 Sustainable Transportation
Chapter Objectives
5.1 Early Transportation
5.2 Pre-Conditions for Sprawl
5.3 Automobile Cities
5.4 Transportation Geography
5.5 Auto-Mobility Approach
5.6 Accessibility Approach
5.7 Conditions for Sustainable Transportation
5.8 Measuring Sustainable Transportation
5.9 Transit-Oriented Development
Chapter Summary
Chapter Questions

6 Micromobility and the Cycling City
Chapter Objectives
6.1 Micromobility
6.2 Urban Scooters
   6.2.1 Scooter Benefits and Challenges
   6.2.2 Planning for Scooters
6.3 The Early Bicycle
   6.3.1 The Cycling City Evolution
6.4 The Cycling City
   6.4.1 Challenges and Push-Back
   6.4.2 Opportunities Through Design
6.5 Successful Street for Bikes and Micromobility
   6.5.1 Designing City Bike Routes
6.6 Case Study: Amsterdam, The Netherlands
Chapter Summary
Chapter Questions
References

7 Water and the Sustainable City
Chapter Objectives
7.1 The Hydrological Cycle
7.2 Urban Hydrology
7.3 Stormwater
7.4 Urban Water Balance
7.5 Conventional Urban Stormwater Measures
7.6 Innovation in Stormwater Management
7.7 Nature-Based Solutions
   7.7.1 Sponge Cities
   7.7.2 Urban Wetlands
   7.7.3 Permeable Surfaces
   7.7.4 Constructed Bioswales
   7.7.5 Rain Gardens
   7.7.6 Green Roofs
7.8 Wastewater Management
Chapter Summary
Chapter Questions

8 Urban Food Security
Chapter Objectives
8.1 Food Insecurity
8.2 Solutions to Food Insecurity
8.3 Food Production in History
8.4 Building Food Security
   8.4.1 What Is Food Security?
   8.4.2 What is Food Sovereignty?
   8.4.3 Permaculture
8.5 Benefits of Urban Food Security
Chapter Summary
Chapter Questions
References

9 The Sustainable Region: Challenges and Opportunities
Chapter Objectives
9.1 Types of Regions
9.2 Sustainable Urban Regions
9.3 Regional Governance
9.4 Growth Management
9.5 Regional Planning Goals
Goal 1: Create a Compact Urban Area
Goal 2: Support a Sustainable Economy
Goal 3: Protect the Environment and Respond to Climate Change Impacts
Goal 4: Develop Complete Communities
Goal 5: Support Sustainable Transportation Choices
9.6 Bioregional Thinking
9.7 Regions as Ecosystems
9.8 Shared Infrastructure
9.9 Regional Transportation
9.10 Sense of Place
Chapter Summary
Chapter Questions
Reference

10 Tools for Sustainable Cities and Regions
Chapter Objectives
10.1 Why Do Cities Matter?
10.2 Tool for Sustainable Cities and Regions
10.3 Community Capital Framework
10.4 Community Capital Inventory
10.5 Targets and Indicators
10.6 Patterns of Development
10.7 Seven Principles for Building Better Cities and Regions
10.8 UN Sustainable Development Goals
10.9 Voluntary Local Reviews
Chapter Summary
Chapter Questions

Robert J. Patrick

Dr. Robert Patrick is Associate Professor of Geography and Planning and member of the Global Institute for Water Security at the University of Saskatchewan. Bob worked as a regional planner with the Sunshine Coast Regional District in British Columbia for over a decade prior to joining the University of Saskatchewan. Internationally, Bob has worked in Peru and Australia in the areas of integrated water resource management and regional planning. Bob teaches watershed planning and sustainable community development to undergraduate and graduate students. His community-based research involves the protection of drinking water sources through watershed planning with Indigenous communities across western Canada. His current projects include collaboration on source water protection plans and community-based adaptation strategies with Indigenous communities in response to local and regional climate change impacts. 

Sustainable Cities and Regions introduces the concept of the sustainable city and then shares examples and experiences of how to build more sustainable cities and regions. The benefits of such an approach are appended with real examples from Canada and beyond.

1 Introduction
Chapter Objectives
1.1 Sustainable Cities and Regions
1.2 Sustainable Development
1.3 What Is City and Regional Planning?
1.4 Why Do Cities Matter?
1.5 United Nations Sustainable Development Goals
Chapter Summary
Chapter Questions
References

2 From Settlements to Cities
Chapter Objectives
2.1 Early Settlements
   2.1.1 Mesopotamia (West Asia)
2.2 Greek City Planning
2.3 Roman Settlements
2.4 European City design
2.5 Medieval to Baroque
2.6 Early Occupants of North America
2.7 European Colonization
2.8 Early Canadian Settlements
Canadian Cities Emerge
Chapter Summary
Chapter Questions
References

3 City Planning: Theory and Practice
Chapter Objectives
3.1 Patrick Geddes and Modern Planning
3.2 Futurist or Planner? Ebenezer Howard
3.3 The City Beautiful Movement
3.4 Towers in the Park—LE Corbusier
3.5 Urban Renewal and Robert Moses
3.6 Jane Jacobs (1916–2006)
Chapter Summary
Chapter Questions
References

4 Sustainable Urban Form and Community Design
Chapter Objectives
4.1 The Recipe for Sprawl
4.2 The Cost of Sprawl
4.3 The Alternatives to Sprawl
   4.3.1 Increased Density
   4.3.2 Mixed Land Use Activities
   4.3.3 Neighbourhood "Grid" Streets
   4.3.4 Storefront Transit Stops
4.4 The New Urbanism
4.5 Brownfields, Bluefields, and Greyfields
4.6 Climate Change and the Built Environment
4.7 Car-Free Cities
Chapter Summary
Chapter Questions
References

5 Sustainable Transportation
Chapter Objectives
5.1 Early Transportation
5.2 Pre-Conditions for Sprawl
5.3 Automobile Cities
5.4 Transportation Geography
5.5 Auto-Mobility Approach
5.6 Accessibility Approach
5.7 Conditions for Sustainable Transportation
5.8 Measuring Sustainable Transportation
5.9 Transit-Oriented Development
Chapter Summary
Chapter Questions

6 Micromobility and the Cycling City
Chapter Objectives
6.1 Micromobility
6.2 Urban Scooters
   6.2.1 Scooter Benefits and Challenges
   6.2.2 Planning for Scooters
6.3 The Early Bicycle
   6.3.1 The Cycling City Evolution
6.4 The Cycling City
   6.4.1 Challenges and Push-Back
   6.4.2 Opportunities Through Design
6.5 Successful Street for Bikes and Micromobility
   6.5.1 Designing City Bike Routes
6.6 Case Study: Amsterdam, The Netherlands
Chapter Summary
Chapter Questions
References

7 Water and the Sustainable City
Chapter Objectives
7.1 The Hydrological Cycle
7.2 Urban Hydrology
7.3 Stormwater
7.4 Urban Water Balance
7.5 Conventional Urban Stormwater Measures
7.6 Innovation in Stormwater Management
7.7 Nature-Based Solutions
   7.7.1 Sponge Cities
   7.7.2 Urban Wetlands
   7.7.3 Permeable Surfaces
   7.7.4 Constructed Bioswales
   7.7.5 Rain Gardens
   7.7.6 Green Roofs
7.8 Wastewater Management
Chapter Summary
Chapter Questions

8 Urban Food Security
Chapter Objectives
8.1 Food Insecurity
8.2 Solutions to Food Insecurity
8.3 Food Production in History
8.4 Building Food Security
   8.4.1 What Is Food Security?
   8.4.2 What is Food Sovereignty?
   8.4.3 Permaculture
8.5 Benefits of Urban Food Security
Chapter Summary
Chapter Questions
References

9 The Sustainable Region: Challenges and Opportunities
Chapter Objectives
9.1 Types of Regions
9.2 Sustainable Urban Regions
9.3 Regional Governance
9.4 Growth Management
9.5 Regional Planning Goals
Goal 1: Create a Compact Urban Area
Goal 2: Support a Sustainable Economy
Goal 3: Protect the Environment and Respond to Climate Change Impacts
Goal 4: Develop Complete Communities
Goal 5: Support Sustainable Transportation Choices
9.6 Bioregional Thinking
9.7 Regions as Ecosystems
9.8 Shared Infrastructure
9.9 Regional Transportation
9.10 Sense of Place
Chapter Summary
Chapter Questions
Reference

10 Tools for Sustainable Cities and Regions
Chapter Objectives
10.1 Why Do Cities Matter?
10.2 Tool for Sustainable Cities and Regions
10.3 Community Capital Framework
10.4 Community Capital Inventory
10.5 Targets and Indicators
10.6 Patterns of Development
10.7 Seven Principles for Building Better Cities and Regions
10.8 UN Sustainable Development Goals
10.9 Voluntary Local Reviews
Chapter Summary
Chapter Questions

Robert J. Patrick

Dr. Robert Patrick is Associate Professor of Geography and Planning and member of the Global Institute for Water Security at the University of Saskatchewan. Bob worked as a regional planner with the Sunshine Coast Regional District in British Columbia for over a decade prior to joining the University of Saskatchewan. Internationally, Bob has worked in Peru and Australia in the areas of integrated water resource management and regional planning. Bob teaches watershed planning and sustainable community development to undergraduate and graduate students. His community-based research involves the protection of drinking water sources through watershed planning with Indigenous communities across western Canada. His current projects include collaboration on source water protection plans and community-based adaptation strategies with Indigenous communities in response to local and regional climate change impacts.