Rock from Mars: A True Detective Story on Two Planets

Rock from Mars: A True Detective Story on Two Planets

by Kathy Sawyer

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In this riveting book, acclaimed journalist Kathy Sawyer reveals the deepest mysteries of space and some of the most disturbing truths on Earth. The Rock from Mars is the story of how two planets and the spheres of politics and science all collided at the end of the twentieth century.
It began sixteen million years ago. An asteroid crashing into Mars sent


In this riveting book, acclaimed journalist Kathy Sawyer reveals the deepest mysteries of space and some of the most disturbing truths on Earth. The Rock from Mars is the story of how two planets and the spheres of politics and science all collided at the end of the twentieth century.
It began sixteen million years ago. An asteroid crashing into Mars sent fragments flying into space and, eons later, one was pulled by the Earth’s gravity onto an icy wilderness near the southern pole. There, in 1984, a geologist named Roberta Score spotted it, launching it on a roundabout path to fame and controversy.
In its new home at NASA’s Johnson Space Center in Houston, the rock languished on a shelf for nine years, a victim of mistaken identity. Then, in 1993, the geochemist Donald “Duck” Mittlefehldt, unmasked the rock as a Martian meteorite. Before long, specialist Chris Romanek detected signs of once-living organisms on the meteorite. And the obscure rock became a rock star.
But how did nine respected investigators come to make such startling claims about the rock that they triggered one of the most venomous scientific battles in modern memory? The narrative traces the steps that led to this risky move and follows the rippling impact on the scientists’ lives, the future of space exploration, the search for life on Mars, and the struggle to understand the origins of life on Earth.
From the second the story broke in Science magazine in 1996, it spawned waves of excitement, envy, competitive zeal, and calculation. In academia, in government agencies, in laboratories around the world, and even in the Oval Office–where an inquisitive President Clinton had received the news in secret– players of all kinds plotted their next moves. Among them: David McKay, the dynamic geologist associated with the first moon landing, who labored to achieve at long last a second success; Bill Schopf of UCLA, a researcher determined to remain at the top of his field and the first to challenge McKay’s claims; Dan Goldin, the boss of NASA; and Dick Morris, the controversial presidential adviser who wanted to use the story for Clinton’s reelection and unfortunately made sure it ended up in the diary of a $200-an-hour call girl.
Impeccably researched and thrillingly involving, Kathy Sawyer’s The Rock from Mars is an exemplary work of modern nonfiction, a vivid account of the all-too-human high-stakes drive to learn our true place in the cosmic scheme.

From the Hardcover edition.

Editorial Reviews

William Grimes
Ms. Sawyer has a knack for translating complex procedures and ideas into accessible language and vivid images. She also has a gift for political comedy, both scientific and governmental, and an infectious enthusiasm for the cut and thrust of scientific debate.
— The New York Times
Publishers Weekly
When geologist Robbie Score spied the little green rock lying on the bluish-white Antarctic landscape on a December day in 1984, she had no idea it would change her life, provoke fierce controversies among scientists around the world and challenge humankind's view of ourselves. Her discovery was the meteorite from Mars that captured the world's attention in 1996 when NASA scientists claimed that minuscule structures deep within it were the fossilized remains of ancient Martian life. As former Washington Post science writer Sawyer relates, the aftermath wasn't pretty. Supporters and doubters quickly circled their wagons and showed that world-class scientists don't always play well with others. Actually, as Sawyer tells readers, the nanostructures were the least convincing evidence for life. Other evidence-equally tiny magnetic structures similar to those made by bacteria here on Earth-was much stronger. Many readers probably are under the impression that the claims have been debunked, but the author explains that using more sophisticated instruments and techniques, supporters actually have bolstered their case, although without future geological samples from Mars, we may never know if life ever flourished or still exists there. This book is an engrossing read for science buffs and general readers alike. (On sale Feb. 14) Copyright 2005 Reed Business Information.
Library Journal
The titular "rock" (actually a meteorite) was found in the Antarctic in 1984. Misclassified, it lay in storage until 1990, when it came into the hands of a researcher working with Vesta meteorites. As the rock did not fit the pattern of his other samples, it piqued his interest. What followed can only be described as both a scientific detective story and an epic tale of human ambition, bureaucratic maneuvering, and professional rivalries. Sawyer, an award-winning journalist, introduces us to the scientists who became obsessed with the rock and takes us through the amazing discovery process that led them to the controversial conclusion that this fractured lump contained evidence that life had existed on Mars in the distant past. An intense scientific uproar ensued, bringing into question how we define life and what constitutes evidence of life. Sawyer's story is riveting, drawing us into the pursuit of truth, professional jealousies, and the scientific controversy. Strongly recommended for popular and academic science collections.-Betty Galbraith, Washington State Univ. Lib., Pullman Copyright 2006 Reed Business Information.
Kirkus Reviews
Scientists detect signs of primitive life in an ancient Mars meteorite. Science journalist Sawyer takes us on a compelling journey that began 16 million years ago, when a catastrophic explosion on Mars, possibly caused by an asteroid, sent a fist-sized volcanic rock on a journey through space that would eventually land it in Antarctica and in headlines around the world. Discovered in 1984, the rock was put aside for years, misidentified as an asteroid fragment, until a NASA scientist in Houston realized he was looking at a 4.5-billion-year-old piece of the red planet, the oldest rock ever identified in our solar system. The story took another dramatic turn when a team of scientists led by NASA geologist David McKay discovered what they believed to be evidence of ancient microbes and bacteria that once lived on Mars. The team, including Everett Gibson, Kathy Thomas and Texas A&M geochemist Chris Romanek as well as McKay, published their startling findings in August 1996, setting off a worldwide scientific debate that remains unresolved. Leading the chorus of skeptics was celebrated UCLA scientist Bill Schopf, already credited with discovering the earliest known Earth rock. Most of the action in this unique story takes place in a tiny, submicroscopic world, but that hardly diminishes the drama as world-renowned scientists stake out their positions in an arena a fraction the size of a pinhead. Sawyer does a laudable job of translating the deeply nuanced science at work here into everyday language. No matter what the ultimate verdict on ALH84001 (the Mars rock's NASA ID number), its discovery has already improved our understanding of early life on Earth and provided important new tools in ourcontinued search for life on Mars. Riveting, though the dense microbiological detail will challenge all but the scientifically fluent.

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The Rock from Mars

By Kathy Sawyer

Random House

Kathy Sawyer
All right reserved.

ISBN: 1400060109

Chapter One

Chapter 1

chapter one


Robbie Score had no idea what she had found, and yet it was exactly what she was looking for. She noticed the object first as a dark green blemish on the clean expanse of ancient blue that shimmered around her.

In this stretch of Antarctica, December 27, 1984, was a balmy summer day, the temperature around zero Fahrenheit, the winds abating. The sunlight shone thermonuclear white. It could play tricks on your eyes. Score was on her first trip to "the ice," cruising downslope on a snowmobile in loose formation with five others who had come here for the hunt. Inside a sarcophagus of expedition-weight clothes, she felt the painful bite of the breeze intensified by her own motion over the ground. She wore dark Polaroid glasses and three layers of gloves--glove liners, insulated gloves, and "bear paw" mittens that fit over the top of the cuff of her red polar anorak with the fur-lined hood. That and her black wind pants were standard government issue. She wore her own hat, a jaunty red, white, and black knit, which (when not covered by the hood) distinguished her from the others.

They were working in a region of soul-searing desolation known as the Far Western Icefield, whose nearest landmark was a forked ridge of rock called Allan Hills. They were a good 150 miles from the nearest outpost of anything resembling civilization. Ordinarily, the hunters would spread out in a line, about a hundred feet separating each from the next, and sweep in tandem one way and then the other across a designated grid as large as three or even five miles in one direction. Back and forth, back and forth. The downwind legs weren't bad; but heading into the wind could be brutal, the chill searing right into your face.

In places, the ice turned washboard rough, jarring the riders with ranks of long, concrete-hard dunes called sastrugi. Built of windblown ice crystals, they could stretch to hundreds of yards in length and grow to the height of a person.

To an observer looking down from a godlike vantage, the behavior might have seemed puzzling--these bright-colored motes of life sweeping out their puny patterns in terrible isolation against a continent. But they had come here with a purpose. Their begoggled eyes were scouring the bright ground for bits of dark rubble. They were hunting the fallen husks of shooting stars. Meteorites.

The exercise itself was a little like plowing a Kansas wheat field. But you had to concentrate. Done right, the job meant hour after hour of relentless, brain-numbing eyeball concentration. If you blinked, you might miss a trophy.

During these sweeps, you were alone in your own world, in your own head. You moved through a deep, oppressive silence except for the wind and the vibrating hum and scrape of the Ski-Doo as it schussed over the hard ice. No birds sang. No trees rustled. Score would think about what was going on in her life and sing the latest rock-and-roll songs to herself, using just a smidgen of her consciousness to keep a proper distance from the hunters on either side. Maintaining focus was easier when there were lots of meteorites turning up. But some days, it seemed that the people on the other side of the grid had all the luck. It was like being in the wrong line at the bank. On days of really slim pickings, she mused about what she and her roommate would fix for dinner, wondered about events back in the real world, and sang something like maybe that Hall and Oates hit about broken ice melting in the sun.

Today, things had been going so well and the weather was so fair that,

toward noon, on the spur of the moment, group leader John Schutt decided to give everybody a break from the routine. He led them on an excursion to the summit of a four-hundred-foot-high escarpment lapped by giant waves of ice, like a storm surge frozen in the instant it hit the shore. They were some forty miles out from the edge of the Transantarctic Mountains. Where the hunters were now, the peaks were still buried; they had not yet pierced the miles-thick ice sheet, but the surface ice echoed their topography.

After days of feeling as if she were plying some vast and featureless sea, Score was excited about reaching this area, known as "the pinnacles." Here, fierce winds and the resistance of the obstructions beneath the glacier had sculpted the ice into strange shapes that loomed as high as twenty feet above the ice floor. In the dazzling sun that day, the effect was magical, and a welcome relief from the sameness of "the farm." Score got a little extra adrenaline kick from knowing there were treacherously deep crevasses to watch out for on this artful summit. The chasms were visible and easily avoided, but the roughness of the terrain forced the team to abandon their usual formation and pick their individual paths as best they could.

After a five-mile run along the top, Schutt turned them back toward the smooth designated search area below. Score felt the cold go right through her as she sat on the Ski-Doo, her gloved thumb taking the brunt of it out there on the chest-high control. She rumbled downhill toward the flat plain of blue ice, where she and the others formed up to resume their systematic search. Though the terrain was less rumpled now, the blue ice was still patchy, interrupted by drifts of hard snow sculpted in little bumps and ridges a foot or so high. The hunters would never have included this area in their normal search grid.

She saw the dark shape--about the size of a grapefruit--against the blue ice. It was completely uncovered. It looked strange, a vivid green color, quite different from the hundred or so other meteorites the team had collected this season. And it was on the large side for one so unusual. Still, over the years the hunt had yielded up a variety of types--black, orange, big, small, smooth as a discus, rough as pinecones. She saw nothing to suggest that, more than a decade in the future, this particular specimen would put her name in headlines and cause her to be known in certain circles as "the one."

Score got off her snowmobile and waved her arms. "Hey!" she shouted, but with the hunters spread out the way they were, sound wasn't as effective as dramatic gesturing to get their attention. As she waited in the impossible silence of the place, she stomped her feet and flailed her arms in the familiar dance that tended to accompany a rock find. Aside from any benefit to science, the event always gave the hunters a chance to rev up their blood circulation a bit.

Robbie Score was still adapting to the rigors of life here in the planet's coldest place, where the winds that screamed down the slope of the continent sometimes kept the hunters pinned in their tents for days, where the sky relaxed its guard against the sun's ultraviolet radiation, and where the air you breathed was so dry that the Sahara, by contrast, might seem like a rain forest. The dryness could split your fingers and toes if you weren't careful to keep a good supply of Bag Balm. An injudicious smile could open fissures in your chapped lips. The atmosphere was so thin it amounted to the equivalent of working at eight thousand feet or more. Here, it was easy to feel like an alien in need of a better space suit.

The fetching brunette geologist with the apple cheeks and the thousand-watt smile had actually volunteered for this perverse version of an Easter egg hunt. She'd demanded it. As a little girl, Roberta Score, nicknamed Robbie, used to fill grocery bags full of the "pretty" rocks she picked up along the shores and in the woods around the Great Lakes and the smaller lakes of Michigan where her family vacationed. Most of these finds never made it back to their Detroit home. Her dad would discard the bulk of them once he had bundled her into the car. Still, she managed to assemble a pretty good collection in the family basement.

Score graduated from high school with honors, but she lacked direction and had no mentor. She was afraid of science and started out at a local college taking liberal arts classes. At her first opportunity, she bolted from her home turf and moved to Los Angeles with a friend. She got a job as a dental assistant and, after three years, went back to school, enrolling at UCLA with the idea of becoming a dentist.

Dental students traditionally took degrees in biology. But Score found the UCLA biology department to be a forbiddingly huge and competitive jungle, and she was not particularly interested in the subject. At the urging of a friend, she enrolled in a few geology courses. She was captivated and soon adopted geology as her major. Along the way, she got to know a guy with the odd nickname of Duck, a UCLA graduate student in geology. Nine years later, he would play a key role in the destiny of Score's odd rock.

After she graduated, Score wanted a break before going on for an advanced degree. It was at this point that she dropped dentistry forever and focused her career on rock--the particular kind of rock that falls from the skies, the geologist's manna.

In 1978, fresh out of the university, she answered an ad for a job at a laboratory in Houston whose very name signified how things were looking up for the arcane enterprise of meteorite collecting: it was the new Antarctic Meteorite Laboratory at NASA's Johnson Space Center. She arrived on the scene shortly after geologists had begun to figure out the extent of the treasure from space that might be theirs, as long as they were willing to spend weeks at a stretch scuttling around on the ice in the highest, driest, coldest, windiest, and emptiest place on Earth.

The society of meteorite hunters was pretty small when Robbie Score joined up. Until recently, the cost-benefit ratio of the game had been lousy.

The notion that extraterrestrial stones could plummet randomly out of the sky had been respectable since about 1803, when the French Academy accepted it. Gradually, people realized that this cosmic rain offered unique clues to the history of the sun and planets that made our very existence possible. From the perspective of the serious meteorite devotee, however, most of this heaven-sent material went to waste. And under most circumstances, the odds of any given person retrieving a meteorite were extremely bad.

Some incoming fragments mark their arrival with brief flashes of fire against the night sky. Sometimes they arrive in "showers," as Earth passes through a lane of unusually heavy debris. Some turn into impressive fireballs that can approach the full moon in brightness, their glow fueled by incandescent gases and punctuated with a sonic boom as they plow through the atmosphere in one second, trailing a "tunnel" of vacuum behind them.

Every hour of the day, about a ton of micrometeorite dust sifts into Earth's atmosphere, spicing the crevasses and pores of the civilized world. As many as thirty thousand meteorites the size of a fist or larger make it to the surface in a year.

But because more than two-thirds of this surface is covered by water, meteorites most often splash down and sink. Even the ones that slam into solid land are usually worn down by weather so rapidly that, within months, they blend right in with the local rock population. Very few come down where there are people around to find them. And in those cases, the character of the local landscape tends to dictate how many and what kind of stones are recovered. In the rocky terrain of New England, for example, a space rock is rarely noticed unless someone actually sees it fall. In the relatively rock-free soil of the Great Plains, farmers often uncover and recognize rocks from space as they plow their fields. And then there is the possibility that, in some cases, the plummeting rocks kill their only eyewitnesses.

Because people had found meteorites all over the globe--a total of two thousand in the two hundred years prior to 1969--it had not struck anyone as surprising that explorers had stumbled across them in modest numbers at the bottom of the world, where the ice sheets provided such a clean, revealing background.

Then a few alert people figured out that there was something remarkable going on here: a secret that lay in the wild, competing forces of the ice continent could rationalize meteorite hunting by providing it an efficiency of scale.

In December 1969, a party of Japanese glaciologists found nine meteorites lying on a blue ice flat near the Yamato Mountains. The natural assumption was that the meteorites came from a common parent and had fallen together. The investigators were surprised to learn from later analyses that the stones were of distinctly different types and had spent varying periods in the ice. These facts led team members to suspect that some mysterious process was concentrating meteorites on the ice--meteorites that had arrived on Earth at different times from a variety of starting points.

In 1973, at a meeting in Switzerland where Japanese researchers described the unlikely collection of stones, a young American named William A. Cassidy was captivated by the possibility: something was causing a strange convergence of meteorites on the Antarctic ice. There must be some natural mechanism actually winnowing meteorites from the chaff of polar history and dumping them out for easy pickings.

Cassidy took up the cause in the United States, following the Japanese lead. As they recovered meteorites from the ice by the dozens at first and then by the hundreds, he used their success as a spur to his own prospective sponsors. After bouts of rejection and frustration, in 1976 Cassidy won his government's support for a modest systematic search program.

Sending teams to hunt meteorites in the Antarctic would certainly require less than a pittance of the money the United States had spent to launch the eleven manned Apollo missions between 1968 and 1972 (the equivalent of around $107.7 billion in 2005 dollars). The astronauts brought home a total of some 840 pounds (almost 382 kilograms) of moon rocks and soil. Once those flights were ended, indeed, the Antarctic would turn out to offer the most reliable and cost-effective--and, as Cassidy would put it, "mind-boggling"--source of rocks from beyond Earth.


Excerpted from The Rock from Mars by Kathy Sawyer Excerpted by permission.
All rights reserved. No part of this excerpt may be reproduced or reprinted without permission in writing from the publisher.
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Meet the Author

Award-winning journalist Kathy Sawyer covered space science and technology for The Washington Post for seventeen years. Twice nominated for the Pulitzer Prize, she has also had her work published in magazines such as National Geographic and Astronomy. She lives in Washington, D.C.

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