Climate Change: Briefings from Southern Africa
Climate Change: Briefings from Southern Africa
Climate change affects us all, but it can be a confusing business. In this book, three scientists with several decades of experience in assessing the potential effects of climate change for the southern African region share their insights. Complex issues are dealt with in plain language, without oversimplification and with attention to accuracy. The material is up-to-date as is possible in such a fast-developing field.
Climate Change: Briefings from Southern Africa takes the form of 55 'frequently-asked' questions', each with a brief and clear reply. It is illustrated with colour diagrams and photographs, and examples are tailored to the regional context. The authors' introduction provides an overview of current national and international policies aimed at regulating climate change. The content is divided into four sections, which take the reader through the science of how climate system works; the projected impacts in southern Africa during the twenty-first century; what this means for the South African economy and society; and what can be done to avoid harm. The briefings can be read alone or in sequence.
The year 2015 is regarded as a watershed for global climate change action if a global average temperature rise of more than two degrees abbove the pre-Industrial level is to be avoided. This book provides compelling evidence that the impact on agriculture, fisheries, water resources, human health, plants and animals as well as sea levels will be dangerous. However, the book ends on a positive note by offering advice on how the world can avoid such bleak outcomes, while allowing a good life for all.
The volume is aimed at interested non-scientists, including business people, decision-makers, ordinary citizens and students
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Publication year: 2015
Publication date: 2015-11-01
Pages: 368
Binding: Paperback
Language: English
Publisher: Wits University Press
ISBN: 9781868149186
Dimensions: 17.15 x 1.27 x 24.13 cm
Weight: 0.53 kg