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Using Natural History in the Study of Industrial Ruins

机译:在工业废墟研究中使用自然历史

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摘要

As industrial processes leave much of the planet in ruins, novel encounters are emerging. To study weedy succession in a former brown coal mining area in Denmark, as part of the Aarhus University Research on the Anthropocene (AURA) project, the authors undertake field observations over time and propose renewed attention to natural history. In this paper, the authors follow mycorrhizal fungi and trees as a conjuncture of natural and social histories that enable their colonization of mining spoils. Three procedures are described: first, a combination of local accounts and field observations of human and nonhuman engagements; second, a process of attunement to the forms through which fungi and trees coordinate underground; and third, collaboration with a molecular biologist to verify field-derived species identities for future analysis. The paper aims to show how natural history might expand studies of interspecies interactions that shape succession in anthropogenic landscapes. Author's Note: Please see the online supplement entitled "Mushrooms and Mycorrhiza: Paxillus, Pisolithus, and Pines: What can DNA tell us?" for more detailed information.
机译:随着工业流程在废墟中留下大部分地球,新颖的遭遇正在出现。为了研究丹麦前棕色煤矿区的杂草连续,作为奥胡斯大学关于人体(AURA)项目的一部分,作者随着时间的推移进行了现场观察,并提出重新关注自然历史。在本文中,作者遵循菌根真菌和树木作为自然和社会历史的结合,使其殖民化的殖民群体。描述了三个程序:首先,局部账户的组合和人类和非人类参与的现场观察;其次,对坐在地下的真菌和树木的形式进行治疗的过程;第三,与分子生物学家合作验证现场衍生的物种标识以供未来的分析。本文旨在展示自然历史如何扩展对人类景观中塑造继承的界面相互作用的研究。作者的注意:请参阅题为“蘑菇和菌根菌的在线补充:Paxillus,Pisolithus和Pines:DNA可以告诉我们什么?”有关更多详细信息。

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