From Amazon
El Niño, the Pacific Ocean-born weather system that has been much in the news over the last decade, "turns dry places wet, wet places dry, cold places warm, and warm places cold." Scientists have only begun to puzzle out its mysterious and erratic workings, a quest that
Time magazine science correspondent Madeleine Nash chronicles in this engaging book.
What those scientists have learned, Nash tells us, underscores the interconnectedness--and, in her words, the "teleconnectiveness"--of the world's ecological systems. El Niño may be born in the subtropical waters of the western Pacific (where, among other things, it has helped spark great firestorms in Australia and drought in Indonesia), but its influence extends around the globe. Moreover, Nash writes, El Niño touches billions of human lives, taking a role in the spread of diseases such as hantavirus and threatening food and water supplies. With the ever-growing human population and the enduring presence of the weather system and its cyclical counterpart, things are only likely to get worse, she tells us: "the torrential rains and searing droughts connected with future El Niños and La Niñas will mean still more loss of lives and property."
Nash's inquiry into world weather and the science surrounding it makes for lively, and sometimes unsettling, reading. --Gregory McNamee
--This text refers to an out of print or unavailable edition of this title.
From Publishers Weekly
This is the story of the perfect storm system, El Nino, which in its 1997-1998 incarnation created aberrant weather conditions across the world, often with devastating results. Nash, a former science correspondent for Time magazine, does not have an easy narrative structure (the progress of a storm) and obvious characters (those caught in that storm), as other books on bad weather do. She compensates by crisscrossing the stories of the scientists who have studied the incredibly complex system with those who have been affected. The book begins with a California couple waiting for torrential rains brought on by El Nino to wash away a nearby hill and carry the debris into their own house. Readers get a fascinating glimpse of the Peruvian fisherman who first noticed the sign that heralds El Nino: the periodic disappearance of a normally bounteous catch. Nash observes Africa's Rift Valley and the American Southwest, where El Nino encouraged terrible outbreaks of fever. Few places escape unscathed by the system. In between tragedies, the author interviews several key researchers: Gilbert Thomas Walker, a British mathematician, who in India began connecting the various effects of El Nino into one spectacular system; glaciologist Lonnie Thompson, who studies ice caps in the Peruvian mountains; and Ants Leetmaa, who first blew the whistle on El Nino, correctly predicting the most recent event despite much public doubt (he was even teased by NBC weatherman Al Roker on Larry King Live). Nash does a good job holding such disparate material together and bringing alive such an abstract, albeit dynamic, system.
Copyright 2002 Cahners Business Information, Inc.
--This text refers to an out of print or unavailable edition of this title.