Multiple Hugo-winner Bova pens a gripping and convincing conclusion to the story begun in Mars(1992) and Return to Mars(1999). Jamie Waterman, who discovered cliff dwellings during his first trip to Mars, is struggling to acquire funding for continued research on the long-dead Martians, but his efforts are severely compromised by the increasing influence of religious fundamentalists. Their rise coincides with a global environmental crisis, giving the U.S. government another rationale for shifting resources away from Waterman's work. Even the discovery of a Martian fossil can't ensure the project's viability, and Waterman and his wife return to the red planet in a last-ditch effort to keep the exploration going. Bova deftly captures the excitement of scientific discovery and planetary exploration. This compelling story, balancing action and plausible political intrigue, will easily be enjoyed by both fans and newcomers. (Aug.)Copyright © Reed Business Information, a division of Reed Elsevier Inc. All rights reserved.
An exciting new addition to Ben Bova's Grand Tour Planet books
During his first visit to Mars, Navaho archaeologist Jamie Waterman discovered evidence of cliff dwellings, indicating that intelligent life had once inhabited the Red Planet. Later, anthropologist Carter Carleton uncovers a fossil of what might be a Martian, focusing world attention on the planet. As scientists scramble to retain the funding necessary to maintain their presence on Mars, the New Morality Movement, religiously fundamentalist and rabidly anti-science, increases its hold on the reins of power-in the United States and, perhaps, throughout the world. Bova's latest addition to his Grand Tour books (e.g., Venus) brings back familiar characters and expands on his projected future, encompassing both his hopes for continued exploration of space and his fears for the obstacles that stand in its way. A good addition to most libraries and a welcome find for Bova's many readers.
“An entertaining tale of survival and suspense.” –The Washington Times on The Precipice
“Bova gets better and better, combining plausible science with increasingly entertaining fiction.” –Los Angeles Daily News
Meet the Author
A six-time winner of the Hugo Award, a former editor of Analog, former editorial director of Omni, and past president of the National Space Society and the Science Fiction Writers of America, Ben Bova is the author of more than a hundred works of science fact and fiction. He lives in Florida.
Ben Bova is the author of more than a hundred works of science fact and fiction, including Able One, Leviathans of Jupiter and the Grand Tour novels, including Titan, winner of John W. Campbell Memorial Award for best novel of the year. He received the Lifetime Achievement Award of the Arthur C. Clarke Foundation in 2005, and in 2008 he won the Robert A. Heinlein Award "for his outstanding body of work in the field of literature." He is President Emeritus of the National Space Society and a past president of Science Fiction Writers of America, and a former editor of Analog and former fiction editor of Omni. As an editor, he won science fiction's Hugo Award six times. Dr. Bova's writings have predicted the Space Race of the 1960s, virtual reality, human cloning, the Strategic Defense Initiative (Star Wars), electronic book publishing, and much more. He lives in Florida.
More from this Author
Read an Excerpt
Mars is the most earthlike planet in the solar system. But that doesn’t mean that it’s very much like Earth.
Barely half of Earth’s size, Mars orbits roughly one and a half times farther from the Sun than Earth does. It is a small, cold, seemingly barren world, a frozen desert of ironrust sands from pole to pole.
Yet Mars is a spectacular world. The tallest mountain in the solar system is the aptly named Olympus Mons, a massive shield volcano three times higher than Everest, with a base as wide as the state of Idaho. The main caldera at Olympus Mons’s summit could swallow Mt. Everest entirely. Other huge volcanoes dot the Tharsis highlands, all of them long extinct.
Almost halfway across the planet is Hellas Planitia, an enormous impact crater nearly the size of Australia and some five kilometers deep, gouged out when a huge meteor slammed into Mars eons ago.
Then there is Valles Marineris, the Grand Canyon of Mars, a gigantic rift in the ground that stretches farther than the distance between Boston and San Francisco, a fracture that is seven kilometers deep in some places and so wide that explorers standing on one rim of it cannot see the other side because it is beyond the horizon.
The atmosphere of Mars is a mere wisp, thinner than Earth’s high stratosphere. It is composed mostly of carbon dioxide, with traces of nitrogen, oxygen, and inert gases such as argon and neon. The air pressure at the surface of Mars is about the same as the
pressure thirty- some kilometers up in the high stratosphere of Earth’s atmosphere, so thin that an uncovered glass of water will immediately boil away even when the temperature is far below zero.
Which it is most of the time. Mars is a cold world. At midsummer noon on the Martian equator, the ground temperature might get as high as seventy degrees Fahrenheit. But at the height of a person’s nose the temperature would be zero, and that night it would plunge to a hundred below or even colder. The thin Martian atmosphere retains almost none of the Sun’s heat: it reradiates back into space, even at noon on the equator.
There is water on Mars, however. The polar caps that can be seen from Earth even with an amateur telescope contain frozen water, usually overlain with frozen carbon dioxide: dry ice. Explorers found layers of permafrost—frozen water—beneath the surface, enough underground water to make an ocean or at least a sizable sea.
There is abundant evidence that water once flowed across the surface of Mars. The entire northern hemi sphere of the planet may once have been an ocean basin. Mars was once considerably warmer and wetter than it is now.
But today the surface of Mars is a barren desert of highly oxidized iron sands that give Mars its rusty red coloration. Those sands are loaded with superoxides; the planetwide desert of Mars is more like powdered bleach than soil in which plants could grow.
Yet there is life on Mars. The First Expedition discovered lichenlike organisms living inside cracks in the rocks littering the floor of the Grand Canyon of Mars. The Second Expedition found bacteria living deep underground, extremophiles that metabolize solid rock and water leached from the permafrost.
And the human explorers discovered an ancient cliff dwelling built into a niche high up the north wall of the Valles Marineris. There were once intelligent Martians, but they were wiped out in a cataclysm that scrubbed the entire planet clean of almost all life.
Curious explorers from Earth sought to understand those longvanished Martians. But others of Earth preferred to ignore them, to pretend that they had never existed. In an irony that stretched across two worlds, the greatest discovery made on Mars led directly to the determined effort to put an end to the exploration of the red planet.
Copyright © 2008 by Ben Bova. All rights reserved.
and post it to your social network
Most Helpful Customer Reviews
See all customer reviews >