3. Modern breakthroughs and revolutions

J. Zalasiewicz
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Abstract

The early geologists built a detailed relative history of the Earth, much of which holds true today, but they had no idea of how long that history was in years. ‘Modern breakthroughs and revolutions’ explains that the ability to measure Earth time transformed geology. With the discovery of radioactivity in 1896, radiometric dating of rocks became a possibility. This numerical dating, when combined with the relative dating provided by fossils, provided a means to calibrate the long and eventful history of our planet. The study of ocean floor geology and the birth of the revolutionary plate tectonics concept explained the patterns of mountain ranges, volcanism, and earthquakes.
3.现代的突破和革命
早期的地质学家建立了一个详细的地球相对历史,其中大部分在今天仍然成立,但他们不知道这个历史有多长。《现代突破与革命》解释了测量地球时间的能力改变了地质学。随着1896年放射性的发现,岩石的放射性测年成为可能。这种数值定年法与化石提供的相对定年法相结合,提供了一种校准我们星球漫长而多事历史的方法。海底地质学的研究和革命性板块构造概念的诞生解释了山脉、火山活动和地震的模式。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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