Product Description

In this perceptive and provocative look at everything from computer software that requires faster processors and more support staff to antibiotics that breed resistant strains of bacteria, Edward Tenner offers a virtual encyclopedia of what he calls "revenge effects"--the unintended consequences of the mechanical, chemical, biological, and medical forms of ingenuity that have been hallmarks of the progressive, improvement-obsessed modern age. Tenner shows why our confidence in technological solutions may be misplaced, and explores ways in which we can better survive in a world where despite technology's advances--and often because of them--"reality is always gaining on us." For anyone hoping to understand the ways in which society and technology interact, Why Things Bite Back is indispensable reading. "A bracing critique of technological determinism in both its utopian and dystopian forms...No one who wants to think clearly about our high-tech future can afford to ignore this book."--Jackson Lears, Wilson Quarterly

Product Details

• Amazon Sales Rank: #301217 in Books
• Published on: 1997-09-02
• Released on: 1997-09-02
• Original language: English
• Number of items: 1
• Binding: Paperback
• 448 pages

Amazon.com Review
If it can go wrong, it will--thus Murphy's Law. Science journalist Edward Tenner looks more closely at this eternal verity, named after a U.S. Air Force captain who, during a test of rocket-sled deceleration, noticed that critical gauges had been improperly set and concluded, "If there's more than one way to do a job and one of those ways will end in disaster, then somebody will do it that way." Tenner concurs, and he gives us myriad case studies of how technological fixes often create bigger problems than the ones they were meant to solve in the first place. The indiscriminate use of antibiotics, by way of example, has yielded hardier strains of bacteria and viruses that do not respond to pharmaceutical treatment; the wide-scale use of air conditioning in cities has raised the outdoor temperature in some places by as much as 10 degrees, adding stress to already-taxed cooling systems; the modern reliance on medical intervention to deal with simple illnesses, to say nothing of the rapidly growing number of elective surgeries, means that even a low percentage of error (one patient in twenty-five, by a recent estimate) can affect increasingly large numbers of people. Tenner examines what he deems the "unintended consequences" of technological innovation, drawing examples from everyday objects and situations. Although he recounts disaster after painful disaster, his book makes for curiously entertaining, if sometimes scary, reading. --Gregory McNamee

From Publishers Weekly
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.
Copyright 1996 Reed Business Information, Inc.

From Library Journal
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.
Copyright 1996 Reed Business Information, Inc.

Customer Reviews

Action and Reaction Again and Again
This book is slightly mistitled; it probably should have been called "HOW Things Bite Back", since there's not a lot of "why" until the last few pages of the book. Tenner provides many discrete examples of how various technological solutions to problems of the past have resulted in unforseen consequences, but never really gets at the heart of the philosophical question of why there must always be such unintended consequences. Despite this, it's a fairly interesting little look at various disasters, big and small. Surprisingly, for someone who's not a sports fanatic, the foray into how technology has changed sports in unexpected ways turned out to be the most interesting section.

A good read for our times
Boy, we humans make a mess of things, don't we? Our solutions to problems end up causing other problems. We can never get ahead of the curve. So, what's the point? Why do we bother inventing things? If we stopped right now, and lived like its 2002 forever, we will be in better shape, and live quieter, more stress-free, and even safer, lives. That is NOT what Tenner advocates in his book. But it is a conclusion one could reach when you read the litany of unintended consequences he provides.

Drawing on a rich variety of sources, Tenner shows quite clearly how and why we have unintended consequences. Once you read this book, you will find yourself thinking about many of the technological fixes in your life and wondering what unintended consequences they begat.

The next step - and maybe this can be Tenner's next book - is ask, what can we do about this situation? We cannot and should not stop innovation or problem-solving. But maybe we can do two things. One, explore how feedback loops can be enhanced, especially now that we are living in a digital world. It sounds silly when you read that someday, your refrigerator will order milk from a grocery store when it "senses" you are low on milk, but the faster and more efficient the feedback loops, the better we can be at forecasting danger ahead. Secondly, when a new solution or invention comes to fruition, look back for a moment, not ahead. Something is always lost when a new tool comes into human hands. Maybe the old tool had positive attributes we should try to keep. For a great example of this, read the little essay on railroads in George Kennan's Around the Cragged Hill. As he describes it, at the very point in history that the railroads had created a magnificent system, uniting the country while allowing it to spread, maximizing speed and safety, the car was invented. And the railroads withered. A sad story, the way he tells it. And while Kennan may be a little too romantic when it comes to 19th century rails, I am sure that there are many things about the rails that we have lost, now that we drive or fly.

I always appreciate a book that makes me think. This one does and is recommended.

Good book; looking forward to the revised edition
Publishers prefer catchy titles for their books, and this one is certainly catchy, but its subtitle is what buyers should pay attention to. Unlike some other reviewers, I was pleasantly surprised by the author's scrupulously neutral (some would even say optimistic) tone, which gives authority to his analysis. I was prepared for an anti-technology rant. Instead I found a carefully researched -- and fascinating -- set of cautionary tales. I WOULD take this book along to the beach, but I'm also somebody who reads the reverse side of cereal boxes.

What I got out of reading this book is more than just that new technologies can have unintended consequences -- that is to say, that people frequently FAIL to predict their consequences -- but also that it is essentially IMPOSSIBLE to predict all such consequences. The policy implications may be subtle, but they are important: while we might be able to improve our predictive abilities somewhat, we should be much more humble in our assumptions about the likely environmental, economic and social effects of technologies. There is much more to his argument, of course, but the evidence Tenner marshals in order to underscore this central point makes the book a must-read for anybody working in areas where technological development plays a central role.

If Edward Tenner has any plans to write a 2nd edition, I hope that he also includes some examples of the unintended consequences of new energy technologies and consumer electronics (besides computers). If he does, I'll buy that one too.