Deep Future: The Next 100,000 Years of Life on Earth
In this major new book, paleoclimatologist Curt Stager vividly shows how what we do to the environment in the 21st century will affect the next 100,000 years of life on this planet. Most of us have accepted that our planet is warming and that we've played the key role in causing climate change. Yet few of us realise the magnitude of what's happened. The course we take will affect our civilisation and the planet for millennia. What will that world look like? Curt Stager draws on the planet's geological history to provide a view of where we may be headed. That future is far different from anything anyone has ever seen before. In the long run, the greatest threat to humans will not be global warming, but global cooling. Just when that 'climate whiplash' happens is entirely up to us. We have already put off the next Ice Age, but whether our descendents will see an ice-free Arctic, miles of submerged coasts, or an acidified ocean still remains to be decided. Stager shows us how vastly different the world will be if we continue to pollute or if we rein ourselves in for the sake of future generations. Like the bestsellers The World Without Us and The Next 100 Years , this book offers a new perspective that will change the way climate skeptics, activists, and everyone in between thinks about what we're doing to our planet.
Curt Stager is an ecologist, paleoclimatologist, and science writer with a Ph.D. in biology and geology from Duke University (1985). He has published over three dozen climate- and ecology-related articles in major journals including Science and Quaternary Research, and has a long track record of writing for popular audiences in periodicals such as National Geographic and Adirondack Life. He teaches at Paul Smith's College in the Adirondack Mountains of upstate New York, and holds a research associate post at the University of Maine's Climate Change Institute, where he investigated the long-term history of climate in Africa, South America, and the polar regions.