It all began more than three decades ago when Lovelock devised the electron-capture detector.
这一切是从超过30年前Lovelock设计了一个电子捕捉探测仪开始的。
Biochemist James Lovelock writes of this embrace, "the evolution of a species is inseparable from the evolution of its environment."
生物化学家詹姆斯·洛夫·洛克就这种相拥状况写道：“物种的进化与其所处环境的演变密不可分。”
Lovelock, 90, believes the world's best hope is to invest in adaptation measures, such as building sea defences around the cities that are most vulnerable to sea-level rises.
90岁高龄的拉夫洛克认为，整个世界最大的希望在于加大适应性措施投入，如在易受海平面上升影响的城市建设海堤等。
Books: can James Lovelock save the world?
书评：詹姆斯·拉夫洛克能否拯救世界？
Lovelock observed, "in no way do organisms simply 'adapt' to a dead world determined by physics and chemistry alone."
生物体绝非简单适应一个只有物理和化学反应主导的死世界。
Developed c. 1972 largely by British chemist James E. Lovelock and U. s. biologist Lynn Margulis, the Gaia hypothesis is named for the Greek Earth goddess.
约在1972年由英国化学家洛夫·洛克与美国生物学家马古利斯阐述，盖亚假说以希腊大地女神命名。
Developed c. 1972 largely by British chemist James E. Lovelock and U. s. biologist Lynn Margulis, the Gaia hypothesis is named for the Greek Earth goddess.
约在1972年由英国化学家洛夫·洛克与美国生物学家马古利斯阐述，盖亚假说以希腊大地女神命名。
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