1Preface
604.6 Pastoral systems
2Chapter
614.7 Commercial grazing systems
31 Introduction
624.8 Intensive livestock systems
41.1 Ecological Footprint
634.9 Links with plant-based systems
51.2 Sustainable Development
644.9.1 Crop and Feed-Producing Systems
61.3 Three Core Elements of Sustainable Development
654.9.2 Plant-Based Smallholder Systems
71.3.1 Strong or Weak Sustainability?
664.10 Exercise
81.3.2 Resilience and Sustainability
67Chapter
91.4 Community Capital : 1.4.1 Community Capital Framework
685 Promoting Public Health and a Clean, Safe Environment
101.5 Six Forms of Community Capital
695.1 Reduce Exposure to Facilities with Potential Environmental Concerns
111.5.1 Natural Capital
705.2 Multi-stakeholder collaboration
121.5.2 Physical Capital
715.3 Multi-stakeholder collaboration
131.5.3 Economic Capital
725.4 Municipal planning, zoning, and permitting tools
141.5.4 Human Capital
735.5 Reduce Exposure to Goods Movement Activities
151.5.5 Social Capital
745.6 Clean and Reuse Contaminated Properties
161.5.6 Cultural Capital
755.7 Case Study: Site Cleanup as a Catalyst for Revitalization Spartanburg, South Carolina
171.5.7 The Foundation for Sustainable Community Development
765.8 Promote Green Building
181.6 COMMUNITY MOBILIZATION
775.9 Build Green Streets
191.7 Exercise
785.10 Case Study: Greening a Small Town Main Street Edmonston, Maryland
20Chapter
795.11 Exercise
212 Sustainable Planning of Urban Areas in Developing Countries
80Chapter
222.1 WHAT IS THE CHALLENGE? : 2.1.1 Quick Urbanization and Climate Change in Developing Countries
816 Sustainable Consumption and Production
232.2 A LESSON FROM THE DESIGN OF JAFFA SLOPE PARK: CONTRADICTIONS AND GAPS
826.1 Overview
242.3 TOWARDS ESTABLISHING DESIGN CODES FOR OUTDOOR URBAN SPACES IN DEVELOPING COUNTRIES
836.2 Defining the SCP Definition of Sustainable Consumption & Production (SCP)
252.4 PRINCIPLES FOR REGIONAL DEVELOPMENT
846.3 Key principles of SCP
262.4.1 Ecological Restoration and Urban Infill
856.4 Sustainable procurement
272.4.2 Assess Impact On Air Quality and Greenhouse Gas Emissions
866.4.1 What is SPP?
282.4.3 Land Development and Integration of Urbanization and Industrialization
876.4.2 How is UN Environment active in SPP?
292.4.4 Livable Cities and Healthy Buildings
886.5 SCP and Green Growth/Green Economy:
302.5 Environmental Protection and Resource Recycling
896.6 Resource Efficiency and SCP
312.5.1 Reduce and Reuse Solid Waste
906.7 Why is SCP important for sustainable development?
322.5.2 Promote Renewable Energy
916.8 The rise of global resource use
332.5.3 Social Inclusiveness and Cultural Promotion
926.9 Regional Snapshots
342.6 PRINCIPLES FOR PARCEL DEVELOPMENT
936.10 Declining environmental capacity to absorb waste and emissions
352.6.1 Ecological Restoration and Urban Infill
946.11 Resource use and human development
362.6.2 Land Development and Integration of Urbanization and Industrialization
956.12 Increasing the eco-efficiency of production
372.6.3 Livable Cities and Healthy Buildings
966.13 Sustainable consumption
382.6.4 Environmental Protection and Resource Recycling
976.14 Identifying priority sectors for SCP
392.6.5 Social Inclusion and Culture Promotion
986.15 The role of trade in global sustainability
402.7 SUMMARY
996.16 Public policies for SCP will underpin the future prosperity of the globe and the competitiveness of nations
412.8 Exercise
1006.17 Linkages between poverty reduction and SCP
42Chapter
1016.18 SCP practices contributing to poverty reduction
433 Sustainable Housing
1026.19 Life-cycle thinking and a systems approach: 6.19.1 Life Cycle Impacts of Common Products
443.1 Overview
1036.20 Burden shifting
453.2 Sustainable housing
1046.21 Understanding life-cycle assessment
463.3 Potential contribution of housing to sustainability
1056.22 A systems approach to sustainability
473.4 Urbanization scenarios
1066.23 Why is it important to engage the private sector?
483.5 Urbanization and environmental challenges
1076.24 Exercise
493.6 Kinds of cities for sustainable development
108Chapter
503.7 Exercise
1097 Multidisciplinary Integrated Development
51Chapter
1107.1 SUSTAINABILITY
524 Sustainable Agriculture
1117.2 ENERGY
534.1 Introduction
1127.3 ENGINEERING
544.1.1 What is “Sustainable Agricultural Development For Food Security and Nutrition”?
1137.4 LIMITATIONS
554.1.2 Agricultural Development in Relation To Food Security and Nutrition
1147.5 TOWARD INTERDISCIPLINARITY
564.2 “Sustainable” agricultural development
1157.6 Exercise
574.3 The key role of the livestock sector
116Appendix
584.4 Typology of farming systems
117Glossary
594.5 Smallholder mixed farming systems
118Index
