There is an urgent need to build human capacity to make the often vulnerable and exposed buildings and communities we live and work in more resilient to the changing social, economic and physical environments around us. Extensive research has been done over the last decades on both mitigation and adaptation to climate change in the built environment, but the outputs of much of this research have failed to result in the wider uptake of effective greenhouse gas emission reduction solutions. This volume introduces credible 'fresh thinking' on how this may be done.
For the first time an emerging generation of research is brought together that is directly concerned with understanding, influencing and leading the transformation of markets and thinking in the built environment. Chapters cover:
Papers are contributed by leading experts in fields ranging from philosophy, the social, political and physical sciences, engineering, architecture, mathematics and complexity science. The resulting volume will be essential reading for all those involved with changing the mindsets of a generation on the need to, and ways to, build resilience to rapid change and transforming markets in the built environment.
1. Transforming the Markets for Building Resilience in a Rapidly Changing Climate – An Introduction 2. Exploring Quality of Life, Self-Determined 3. Pragmatic Ecologies: Situating Sustainable Building 4. The Global Predicament: The Radical Implications for Design 5. Values and Sustainable Lifestyles 6. Understanding Barriers to Social Adaptation: Are We Targeting the Right Concerns? 7. Cooling Exposure in Hot Humid Climates: Are Occupants 'Addicted'? 8. 20th Century Standards for Thermal Comfort: Promoting High Energy Buildings 9. 21st Century Standards for Thermal Comfort: Fostering Low Carbon Building Design 10. Automate and Motivate – Behaviour Reliant Building Technology Solutions for Greenhouse Gas Savings 11. Hybrid Buildings: A Pathway to Carbon Neutral Housing 12. The Role of Rainwater Tanks in Australia in the 21st Century 13. Social Networks Save Energy: Optimising Energy Consumption in an Eco-Village via Agent-Based Simulation