Climate Change and the Coast

Coastal communities are at the frontline of a changing climate. Escalating problems created by sea-level rise, a greater number of severe coastal storms, and other repercussions of climate change will exacerbate already pervasive impacts resulting from rapid coastal population growth and intensification of development. To prosper in the coming decades, coastal communities need to build their adaptive capacity and resilience.

Telling the stories of real-world communities in a wide range of coastal settings, including America’s Gulf of Mexico coast, Britain, Australia, New Zealand, The Maldives, southern Africa, Bangladesh, and Vietnam, the case studies in Climate Change and the Coast: Building Resilient Communities reveal a rich diversity of adaptation approaches.

A number of common themes emerge that indicate opportunities, barriers, and on-ground realities for progressing adaptation at the coast. Together, they highlight the need to consciously reflect on current circumstances, contemplate future prospects, and deliberately choose pathways that are attuned to the changing circumstances climate change will bring to coastal regions. This process is termed "reflexive adaptation," capturing the principle of critical self-reflection and self-correction in the face of adversity, uncertainty, surprise, and contestation.

• Provides practical advice for adapting to climate change based on case studies written by leading specialists with firsthand experience in real-world communities in diverse coastal settings around the globe
• Integrates insights from research and practice in an accessible way so that coastal communities can plan proactively for a future shaped by climate change
• Explains how climate change compounds pervasive unsustainable practices in coasts around the world
• Explores how coastal governance and adaptation theory and practices have evolved
• Details the barriers and opportunities for adapting to climate change

will interest those concerned about the future of coastal communities. It shows what has succeeded and what has failed around the world, and where there are opportunities to be grasped and pitfalls to be avoided. It will be invaluable to those involved in enabling adaptation to climate change, including policy-makers, coastal managers, day-to-day decision-makers, students, and researchers.

Bruce C. Glavovic holds the EQC Chair in Natural Hazards Planning at Massey University, New Zealand. His research explores the role of governance and land-use planning in building resilient and sustainable communities. He has over 25 years of experience in academia, private consulting, and government, mainly in the Republic of South Africa, the United States, and New Zealand. He is currently vice-chair of the Land–Ocean Interactions in the Coastal Zone (LOICZ) Scientific Steering Committee.

is principal consultant of Coastal Zone Management Pty (Ltd) and of Adaptive Futures, Claremont, Australia, two niche consulting companies advising governments, communities, and companies worldwide on the challenges posed by climate change impacts. Dr. Kay has 25 years of experience in climate change impact assessment, coastal zone management, and planning through work in government, consulting, and academic sectors. He holds a position of visiting adjunct professor at the Sustainability Research Center at the University of the Sunshine Coast, Australia. He has an honours degree in geology (Wales) and a PhD in environmental science (East Anglia, UK).

is a consultant with Tanelorn Associates based in New Zealand’s winterless north. Having retired from the Climatic Research Unit at the University of East Anglia in the United Kingdom, where he specialized in research on mechanisms of climate change and climate vulnerability, he now manages 69 acres of regenerating bush and is committed to community-based science projects.

is a coastal geomorphologist with over ten years of experience in environmental studies, focusing specifically on the coastal realm. She holds an honours degree in environmental science (University of Ulster) and a PhD in geography and environmental systems engineering at the University of Western Australia.