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Taming Indeterminacy: The Co-production of Biodiversity Restoration, Flood Protection and Biophysical Modelling of Rivers and Coastal Environments

机译:驯服不确定性:河流和沿海环境的生物多样性恢复,防洪和生物物理模型的联合制作

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摘要

In this article, I compare two accounts of how biodiversity restoration, flood protection and bio-physical models are co-produced in the Netherlands. Both are historical accounts of the interplay between research practices, policy discourse and intervention practices, one focusing on rivers and the other on the coastal environment. Three questions will be central to my comparison of the two paths of co-production. First, how have institutional conditions of research contributed to shaping the bio-physical models? Second, how has epistemic indeterminacy been tamed in the two cases? Third, how do the models of rivers and coasts perform biodiversity? I conclude by arguing that adaptive approaches to biodiversity restoration require an adaptive epistemology, which implies tolerating a certain degree of epistemic indeterminacy.
机译:在本文中,我比较了荷兰如何共同制作生物多样性恢复,防洪和生物物理模型的两个说法。两者都是研究实践,政策论述和干预实践之间相互作用的历史记录,其中一个关注河流,另一个关注沿海环境。对于我对共同生产的两种途径的比较,三个问题将是核心。首先,研究的制度条件如何有助于塑造生物物理模型?第二,在这两种情况下,如何应对认识论上的不确定性?第三,河流和海岸模型如何表现生物多样性?最后,我通过论证指出,对生物多样性进行恢复的适应性方法需要适应性的认识论,这意味着可以容忍一定程度的认识论不确定性。

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  • 来源
    《Science, technology & society》 |2013年第1期|75-92|共18页
  • 作者

    MIEKE VAN HEMERT;

  • 作者单位

    Centre Alexandre K.oyre, 27 rue Damesme, 75013 Paris, France, and IFRIS IVM, VU University Amsterdam, De Boelelaan 1105, 1081 HV Amsterdam, the Netherlands;

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