The Asteroid Threat: Defending Our Planet from Deadly Near-Earth Objects

Presents a realistic, workable plan for defusing a potentially lethal threat from a rogue asteroid or comet. The explosion of a large meteor over Chelyabinsk, Siberia, in February 2013 is just the latest reminder that planet Earth is vulnerable to damaging and potentially catastrophic collisions with space debris of various kinds. In this informative and forward-looking book, veteran aerospace writer William E. Burrows explains what we can do in the future to avoid far more serious impacts from Near-Earth Objects (NEOs), as they are called in the planetary defense community. The good news is that humanity is now equipped with the advanced technology necessary to devise a long-term strategy to protect the planet. Burrows outlines the following key features of an effective planetary defense strategy: * A powerful space surveillance system capable of spotting a serious threat from space at least twenty-five years in advance * A space craft nudge that would throw a collision-course asteroid off target long before it poses the threat of imminent impact * A weapons system to be used as a last-ditch method to blast an NEO should all else fail. The author notes the many benefits for world stability and increasing international cooperation resulting from a united worldwide effort to protect the planet. Combining realism with an optimistic can-do attitude, Burrows shows that humanity is capable of overcoming a potentially calamitous situation.

Author: William E. Burrows
Publisher: Prometheus Books
Published: 06/10/2014
Pages: 282
Binding Type: Paperback
Weight: 0.71lbs
Size: 8.99h x 6.27w x 0.79d
ISBN: 9781616149130


Review Citation(s):
Publishers Weekly 04/28/2014
Library Journal 06/01/2014 pg. 129
Choice 02/01/2015 pg. 997

About the Author
William E. Burrows, professor emeritus of journalism and mass communication at New York University, is the author of twelve books and numerous articles in the New York Times, the Washington Post, the Wall Street Journal, Foreign Affairs, and other publications. He was the only nonscientist on the National Research Council's Near-Earth Object Survey and Detection Panel. In recognition of his distinguished career and expertise, a Main Belt asteroid has been named after him, and he is a recipient of the American Astronautical Society John F. Kennedy Astronautics Award, among other honors.


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