Die Tiefsee – ein geheimnisvoller, fremder Planet, unbekannter als das Weltall und unerforschter als der Mond. Tief in den Weltmeeren leben die ungewöhnlichsten Tiere, die kostbare Heilmittel bergen können. Unzählige Wracks, die stummen Zeugen der Vergangenheit, liegen dort auf Grund, und längst hat der Wettlauf um die Ausbeutung milliardenschwerer Rohstoffe mit modernster Technik begonnen.

Was wissen wir wirklich über diesen Bereich der Weltmeere, der den größten Teil unseres eigenen Planeten bedeckt? Wie gefährdet ist diese für uns nur schwer zugängliche Welt? Könnten wir tatsächlich eines Tages dort (über)leben? Die Antworten auf die wichtigsten Fragen gibt der Autor in der ihm eigenen, unnachahmlichen Kombination aus fundiertem Wissen, gut verständlicher Darstellung und - wie auch schon bei seinen letzten Büchern - mit dem ihm eigenen Augenzwinkern, der das Lesevergnügen auch bei diesem Thema garantiert.

Einleitende Worte liefert der weltweit wohl berühmteste Tiefseeforscher, Dr. Robert Ballard, Entdecker der Titanic, sowie der 32fache Weltrekordhalter im Freitauchen, Herbert Nitsch, der bei seinen Weltrekorden als einziger Mensch ohne Ausrüstung in die Tiefsee vorgedrungen ist.

Als wissenschaftliche Berater fungieren Tieftauchboot-Piloten, Meeresbiologen und einige der weltbesten Tieftauch-Equipment-Hersteller.

The national bestseller that reveals how we are descended from seven prehistoric women. 

One of the most dramatic stories of genetic discovery since James Watson's The Double Helix, The Seven Daughters of Eve reveals the remarkable story behind a groundbreaking scientific discovery. After being summoned in 1997 to an archaeological site to examine the remains of a five-thousand-year-old man, Bryan Sykes ultimately was able to prove not only that the man was a European but also that he has living relatives in England today. In this lucid, absorbing account, Sykes reveals how the identification of a particular strand of DNA that passes unbroken through the maternal line allows scientists to trace our genetic makeup all the way back to prehistoric times, to seven primeval women, the Seven Daughters of Eve. illustrated and includes a map

From Publishers Weekly

"A traveler from an antique land... lives within us all," claims Sykes, a professor of genetics at Oxford. This unique traveler is mitochondrial DNA, and, as this provocative account illustrates, it can help scientists and archeologists piece together the history of the human race. Mitochondrial DNA is present in every cell in the body, and it remains virtually unchanged (aside from random mutations) as it passes from mother to daughter. By quantifying and analyzing the mutations of this relatively stable circle of DNA, Sykes has solved some of the hottest debates about human origins. For example, he clarified a long-running debate among anthropologists over the original inhabitants of the Cook Islands. After retrieving mitochondrial DNA samples from the island natives, Sykes concluded that the natives emigrated from Asia, not America, as many Western anthropologists had contended. In a similar manner, Sykes analyzed samples from native Europeans to determine that modern humans are not at all related to Neanderthals. The book's most complex and controversial find that the ancient European hunter-gatherers predominated over the farmers and not vice versa leads Sykes to another stunning conclusion: by chance, nearly all modern Europeans are descendants of one of seven "clan mothers" who lived at different times during the Ice Age. Drawing upon archeological and climatic records, Sykes spins seven informative and gracefully imagined tales of how these "daughters of Eve" eked out a living on the frozen plains. (July 9)Forecast: Sykes is a bit of a celebrity geneticist, as he was involved in identifying the remains of the last Romanovs. This fame, plus his startling conclusions augmented by a five-city tour should generate publicity and sales among science, archeology and genealogy buffs.

Copyright 2001 Cahners Business Information, Inc.

From Library Journal

Sykes (genetics, Oxford Univ.; editor, Human Inheritance: Genes, Language, and Evolution) is passionate about his work in decoding mitochondrial DNA and about using this knowledge to trace the path of human evolution. To lure readers into this specialized work, he relates personal and historical anecdotes, offering familiar ground from which to consider the science. A discussion of the history of genetics and descriptions of the early landmark work of Sykes and his associates culminate with his finding that 90 percent of modern Europeans are descendents of just seven women who lived 45,000 to 10,000 years ago. Brief biographies serve to place these "seven daughters" into historical context as understood by archaeology. This is an example of good popular science writing that makes difficult concepts accessible and relevant to the general reader. Recommended for public libraries. (Index not seen..
- Ann Forister, Roseville P.L., CA
Copyright 2001 Reed Business Information, Inc.