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Anthropocene: Earth System, geological, philosophical and political paradigm shifts

机译:人类世:地球系统,地质,哲学和政治范式的转变

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The concept of the Anthropocene has created a profound paradigm shift within the scientific community that may well create equally important changes in philosophy and politics. There is general scientific agreement that human activity has been a geologically recent, yet profound, influence on the Earth System. The magnitude, variety and longevity of human-induced changes, to the lithosphere, hydrosphere, cryosphere, biosphere and atmosphere, suggests that we should refer to the present, not as within the Holocene Epoch (as it is currently formally referred to), but instead as within the Anthropocene Epoch. Hamilton (2015) argues that many commentators fail to acknowledge this paradigm shift and suggests the discussion of when the Anthropocene Epoch started is a distraction and irrelevant. Earth System scientists, such as ourselves, would argue that the evidence for the Anthropocene is already accepted and that the paradigm shift has already occurred. The current discussion has moved forward and is now centred on defining the start of the epoch using the fundamental principles of stratigraphy. We explain how geological time is divided up and the fundamental role of Global Stratotype Section and Points (GSSPs). We go beyond Hamilton's (2015) limited discussion and argue that the Anthropocene is creating paradigm shifts beyond the natural sciences. We also argue that there are multiple definitions of the Anthropocene and even if a formal definition of the Anthropocene Epoch is agreed by geoscientists, this would in no way invalidate other definitions or uses. It is the utility and wide appeal that makes the Anthropocene such an important concept.
机译:人类世的概念在科学界引起了深刻的范式转变,这很可能在哲学和政治上造成同样重要的变化。普遍的科学共识是,人类活动对地球系统产生了新的地质影响,但影响深远。人类对岩石圈,水圈,冰冻圈,生物圈和大气层的变化的程度,多样性和寿命表明,我们应该指的是现在,而不是指全新世时期(目前已正式提及),而是取而代之的是人类纪。汉密尔顿(Hamilton,2015)认为,许多评论家都没有意识到这种范式的转变,并认为关于人类世纪何时开始的讨论是分心的且无关紧要的。像我们这样的地球系统科学家会认为,人类世的证据已经被接受,范式的转变已经发生。当前的讨论已经向前推进,现在集中在使用地层学的基本原理来定义纪元的开始。我们解释了地质时间是如何划分的,以及全球层状剖面和点(GSSP)的基本作用。我们超越了汉密尔顿(Hamilton)(2015)的有限讨论,认为人类世正在创造超越自然科学的范式转变。我们还认为,人类世有多种定义,即使地球学家同意人类世纪的正式定义,也绝不会使其他定义或用途无效。实用性和广泛的吸引力使人类世成为如此重要的概念。

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