![]() 502 B 64 Birkeland, Janis: Design for Sustainability A Sourcebook of Integrated Eco-logical Solutions London ; Sterling, VA : Earthscan, 2002. xiv, 274 p., ill. ISBN 1-85383-897-7 Tervezéssel a fenntarthatóságért
Mács Ildikó ismertetése Contents
List of Illustrations vii
List of Acronyms and Abbreviations ix Chapter Outlines x Preface 1 Introduction 3 Section 1: Designing Eco-solutions
1.1. Education for Eco-innovation 7
1.2. The Centrality of Design 13 1.3. Green Philosophy 20 1.4. Responsible Design 26 Section 2: The Concepts of Growth and Waste
2.1. Limits to Growth and Design of Settlements 33
2.2. Redefining Progress 38 2.3. Designing Waste 43 2.4. Designing for Durability 46 Section 3: Industrial, Urban and Construction Ecology
3.1. Industrial Ecology 52
3.2. Urban Ecology 57 3.3. Construction Ecology 64 3.4. Pollution Prevention by Design 69 Section 4: Design within Complex Social Systems
4.1. Complexity and the Urban Environment 74
4.2. Unified Human Community Ecology 78 4.3. The Bionic Method in Industrial Design 84 4.4. Green Theory in the Construction Fields 89 Section 5: Permaculture and Landscape Design
5.1. Permaculture and Design Education 95
5.2. The Sustainable Landscape 99 5.3. Place, Community Values and Planning 105 5.4. Playgardens and Community Development 109 Section 6: Values Embodied in and Reinforced by Design
6.1. Urban Forms and the Dominant Paradigm 114
6.2. Models of Ecological Housing 119 6.3. Marketing-led Design 125 6.4. Gender and Product Semantics 130 Section7: Design for Community Building and Health
7.1. ESD and 'Sense of Community' 134
7.2. Sustainability and Aboriginal Housing 138 7.3. Indoor Air Quality in Housing 143 7.4. Beyond the Chemical Barrier 148 Section 8: Productivity, Land and Transport Efficiency
8.1. Greening the Workplace 154
8.2. Sustainable Personal Urban Transport 158 8.3. From Sub-urbanism to Ecocities 164 8.4. Density, Environment and the City 168 Section 9: Design with Less Energy, Materials and Waste
9.1. Living Technologies 173
9.2. Housing Wastewater Solutions 177 9.3. Autonomous Servicing 182 9.4. Timber Waste Minimisation by Design 188 Section 10: Low-impact Housing Design and Materials
10.1. Earth Building 193
10.2. Strawbale Construction 197 10.3. Bamboo as a Budding Resource 201 10.4. Hemp Architecture 205 Section 11: Construction and Environmental Regulation
11.1. Legislative Environmental Controls 210
11.2. Economic Instruments 215 11.3. Building Codes and Sustainability 221 11.4. Assessing Building Materials 225 Section 12: Planning and Project Assessment
12.1. Planning for Ecological Sustainability 231
12.2. Bioregional Planning 236 12.3. Environmental Management Tools 242 12.4. Limits of Environmental Impact Assessment 247 Glossary 252 Biographies of Contributors 260 Index 264 |