人类世的麻烦物种?地球系统变化与地质脱层的负协同作用

N. Clark, L. Rickards
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引用次数: 2

摘要

人们已经很清楚,从岩屑库中释放物质和能量会影响地球系统。但这只是“人类世麻烦”循环的第一阶段。本文追踪了随后的地球系统变化对地下开采的社会基础设施及其产生的景观的多种反应方式。火情变化、水文气象事件加剧和海平面上升对碳氢化合物开采基础设施的影响、水文气候变化对矿物开采基础设施和景观的影响,以及火山气候和水文气候变化都对核基础设施和已经被放射性物质污染的景观的影响。为了理解这些“负面协同作用”,我们借鉴了现代晚期危害的社会科学诊断,以及人类世科学在“硬岩”地质学和地球系统科学之间不断深化的合作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Anthropocene species of trouble? Negative synergies between earth system change and geological destratification
It is already well understood that unbinding materials and energy from their lithic reservoirs impacts upon Earth systems. But that is just the first stage of a cycle of ‘Anthropocene trouble’. This paper tracks the multiple ways in which subsequent Earth system change reacts back upon the social infrastructures of subsurface exploitation and the landscapes they produce. Shifting fire regimes, intensifying hydrometeorological events and sea level rise impact upon the infrastructures of hydrocarbon extraction, hydroclimatic change impacts upon infrastructures and landscapes of mineral extraction, and both pyroclimatic and hydroclimatic change impact upon nuclear infrastructures and on landscapes already contaminated by radioactive materials. To make sense of these ‘negative synergies’ we draw upon social science diagnoses of late modern hazards as well Anthropocene science’s deepening collaboration between ‘hard rock’ geology and Earth system science.
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