A Tectonic Manifesto

Robert Stern, T. Gerya, P. Tackley
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Abstract

Tectonics is the scientific discipline that studies the relationship between planetary convection and surface deformation and magmatism. In recent years global tectonic regimes and planetary evolution have become foci of astronomical and planetological research dealing in particular with potential habitability of planets orbiting other stars in our galaxy (exoplanets). This broadens the scientific impact of “tectonics” and makes it useful to outline a few guiding principles. For many, the term “tectonics” is synonymous with Plate Tectonics on Earth, but it should not be limited to only the planet we know best. Specifically, the concept should be generalized to encompass other rocky planets and moons in our Solar System and exoplanets. This article summarizes 15 general concepts about how such bodies are expected to behave.
构造宣言
构造学是研究行星对流与地表变形和岩浆活动之间关系的科学学科。近年来,全球构造机制和行星演化已成为天文学和行星学研究的焦点,特别是在我们银河系中围绕其他恒星运行的行星(系外行星)的潜在可居住性。这扩大了“构造学”的科学影响,并使概述一些指导原则变得有用。对许多人来说,“构造学”一词是地球上板块构造学的同义词,但它不应仅限于我们最了解的地球。具体来说,这个概念应该推广到包括我们太阳系和系外行星中的其他岩石行星和卫星。这篇文章总结了15个关于这类天体的行为的一般概念。
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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