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Michael D. Mastrandrea

Michael D. Mastrandrea is an Assistant Consulting Professor at the

Stanford University Woods Institute for the Environment. His work has

been published in Science Magazine and Proceedings of the National

Academy of Sciences, and he is co-author of chapters on key

vulnerabilities and climate risks and on long-term mitigation strategies

for the 2007 IPCC Fourth Assessment Report. He also serves on the

Editorial Board for the journal Climatic Change and is co-editor of the book Climate Change Science and Policy.

Titles by This Author

Global momentum is building to reduce greenhouse gas emissions. So far, so good. The less happy news is that Earth’s temperatures will continue to rise for decades. And evidence shows that climbing temperatures are already having serious consequences for vulnerable people and regions through droughts, extreme weather, and melting glaciers. In this book, climate experts Michael Mastrandrea and Stephen Schneider argue that we need to start adapting to climate change, now. They write that these efforts should focus primarily on identifying the places and people most at risk and taking anticipatory action--from developing drought-resistant crops to building sea walls. The authors roundly reject the idea that reactive, unplanned adaptation will solve our problems--that species will migrate northward as climates warm, and farmers will shift to new crops and more hospitable locations. And they are highly critical of “geoengineering” schemes that are designed to cool the planet by such methods as injecting iron into oceans or exploding volcanoes. Mastrandrea and Schneider insist that smart adaptation will require a series of local and regional projects, many of them in the countries least able to pay for them and least responsible for the problem itself. Ensuring that we address the needs of these countries, while we work globally to reduce emissions over the long term, is our best chance to avert global disaster and to reduce the terrible, unfair burdens that are likely to accompany global warming.