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Anticipating Future Environments: Climate Change, Adaptive Restoration, and the Columbia River Basin
Contributor(s): Hirsch, Shana Lee (Author)
ISBN: 0295747498     ISBN-13: 9780295747491
Publisher: University of Washington Press
OUR PRICE:   $103.95  
Product Type: Hardcover - Other Formats
Published: July 2020
Qty:
Temporarily out of stock - Will ship within 2 to 5 weeks
Additional Information
BISAC Categories:
- Science | Natural History
- Political Science | Public Policy - Environmental Policy
- History | United States - State & Local - Pacific Northwest (or, Wa)
Dewey: 333.731
LCCN: 2019053533
Physical Information: 0.8" H x 6.2" W x 9.1" (1.05 lbs) 232 pages
 
Descriptions, Reviews, Etc.
Publisher Description:

Drought. Wildfire. Extreme flooding. How does climate change affect the daily work of scientists? Ecological restoration is often premised on the idea of returning a region to an earlier, healthier state. Yet the effects of climate change undercut that premise and challenge the ways scientists can work, destabilizing the idea of "normalcy" and revealing the politics that shape what scientists can do. How can the practice of ecological restoration shift to anticipate an increasingly dynamic future? And how does a scientific field itself adapt to climate change?

Restoration efforts in the Columbia River Basin--a vast and diverse landscape experiencing warming waters, less snowpack, and greater fluctuations in precipitation--may offer answers to some of these questions. Shana Hirsch tells the story of restoration science in the basin, surveying its past and detailing the work of today's salmon habitat restoration efforts. Her analysis offers critical insight into scientific practices, emerging approaches and ways of thinking, the incorporation of future climate change scenarios into planning, and the ultimate transformation--or adaptation--of the science of ecological restoration. For scientists and environmental managers around the globe, Anticipating Future Environments will shed light on how to more effectively cope with climate change.