Skip to content

Adaptation to Climate Change through Water Resources Management

Dominic Stucker

Capacity, Equity and Sustainability

Barcode 9780815395324
Paperback

Original price £66.04 - Original price £66.04
Original price
£66.04
£66.04 - £66.04
Current price £66.04

Click here to join our rewards scheme and earn points on this purchase!

Availability:
Low Stock
FREE shipping

Release Date: 08/12/2017

Label: Routledge
Series: Earthscan Studies in Water Resource Management
Contributors: Dominic Stucker (Edited by), Elena Lopez-Gunn (Edited by)
Language: English
Publisher: Taylor & Francis Inc

Capacity, Equity and Sustainability

This book analyzes evidence from river basins around the world and identifies common barriers and opportunities for adaptation to climate change through water resources management. Case studies are included from Europe, Asia, Africa, North and South America. All chapters consider the crosscutting themes of institutional capacity, equity, and sustainability.


The impacts of human-induced climate change are largely mediated by water, such as alterations in precipitation and glacial melt patterns, variations in river flow, increased occurrence of droughts and floods, and sea level rise in densely populated coastal areas. Such phenomena impact both urban and rural communities in developed, emerging, and developing countries.

Taking a systems approach, this book analyzes evidence from 26 countries and identifies common barriers and bridges for local adaptation to climate change through water resources management. It includes a global set of case studies from places experiencing increased environmental and social pressure due to population growth, development and migration, including in Africa, Asia, Australia, Europe, North and South America.

All chapters consider the crosscutting themes of adaptive capacity, equity, and sustainability. These point to resilient water allocation policies and practices that are capable of protecting social and environmental interests, whilst ensuring the efficient use of an often-scarce resource.