Resilient Earth

Simon Dalby
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引用次数: 1

Abstract

Continental drift has dramatically reshaped the face of Earth during the Phanerozoic, causing significant impact on climate by affecting ocean and atmospheric currents. As the continents move, warm ocean currents can be rerouted or blocked altogether, keeping tropical waters from warming colder regions. This can cause changes in precipitation, desertification and weathering patterns. In turn, these changes may affect the release of CO2 into the atmosphere. It is probably not a coincidence that during the periods of coldest climate, all of the land masses were gathered into single giant super-continents; Rodinia during the Cryogenian Period (850-635 mya, snowball Earth) and Pangaea during the Permo-Carboniferous Ice age (350-260 mya).
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弹性地球
在显生宙,大陆漂移极大地改变了地球的面貌,通过影响海洋和大气的流动对气候产生了重大影响。随着大陆的移动,温暖的洋流可能会改变路线或完全阻断,使热带水域无法进入变暖的寒冷地区。这可能导致降水、沙漠化和风化模式的变化。反过来,这些变化可能会影响二氧化碳向大气中的释放。在气候最冷的时期,所有的陆地都聚集成一个巨大的超级大陆,这可能不是巧合;低温期(850-635亿年前,雪球地球)的罗迪尼亚和二叠纪-石炭纪冰期(350-260亿年前)的泛大陆。
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