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Edward Tenner, former executive editor for physical science and history at Princeton University Press, holds a visiting research appointment in the Department of Geological and Geophysical Sciences at Princeton University. He received the A.B. from Princeton and the Ph.D. in history from the University of Chicago and has held visiting research positions at Rutgers University and the Institute for Advanced Study. In 1991-92 he was a John Simon Guggenheim Memorial Fellow and in 1995-96 is a Fellow of the Woodrow Wilson International Center for Scholars.
Even when used to better the world, technology fosters unforeseen, often unpleasant consequences that Tenner calls "revenge effects." For example, air-conditioned subways raise platform temperatures by as much as 10 degrees F; some computer users get painful, wrist-numbing carpal tunnel syndrome; flood control systems encourage settlement of flood-prone areas, inviting disaster; 6% of all hospital patients become infected with microbes they encounter during their stay. In a thought-provoking study, Tenner, a historian of science and visiting researcher at Princeton, looks at revenge effects that pop up in medicine, sports, the computerized office and the environment. Oil spills, erosion of beaches, back injuries, athletes' illegal use of steroids and mass extermination of bird species on the world's islands by ship-hopping rats mark this saga of bewildering, often frustrating change. Tenner's cautionary conclusion: revenge effects demand ingenuity and brainpower as technology continues to replace life-threatening problems with slower-acting, more persistent ones. (May)
Believers in Murphy's Law-"if something can go wrong, it will"-might think this book proves it. Historian of science Tenner, who holds a visiting research appointment at Princeton University's Department of Geological and Geophysical Sciences, describes the "revenge effect," an adverse consequence occurring when "new structures, devices, and organisms react with real people in real situations in ways we could not foresee." There are innumerable examples, e.g., sophisticated medical procedures save lives but are expensive and leave patients vulnerable to other unpleasant complications, technologies to improve agricultural yield inadvertently lead to erosion, and office computerization has fostered a new epidemic of carpal tunnel syndrome. Tenner chronicles dozens of such cases, which are seen as almost inevitable owing to the complexity of many systems. With hindsight, some of his examples seem obvious-for example, traffic jams resulted from the mass production of automobiles-and Tenner's point is clear by the third chapter. Still, his conclusion that we must recognize revenge effects and act earlier to avert them is worth heeding. For general science collections.-Gregg Sapp, Univ. of Miami Lib.
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