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Extractable global resources and the future availability of metal stocks: 'Known Unknowns' for the foreseeable future

机译:可在可预见的未来提取可提取的全球资源和未来金属股票的可用性:“已知未知”

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摘要

The primary purpose of this article is to suggest that estimates of extractable global resources (EGRs) of metals made using current methodologies are so uncertain as to render them generally unfit for guiding policy with regard to resource depletion and governance. This situation is unlikely to change much for the foreseeable future, as the expensive geochemical sampling programs required to define metal ore deposits are driven by the short to medium term operational considerations of mining companies, with the determination of EGR being of little to no concern. Furthermore, it is shown that even if it became possible to estimate EGRs quite accurately, this in the absence of a detailed understanding of the post-mining disposition of metal stocks, and the feasible recovery and recycling rates for those stocks over the long term, would leave us little better positioned to determine the long-term availability of metals. Given this, trying to design policies for international governance of the extraction of metal ores, on the premise of extending their availability to future generations, is unlikely to be a productive investment of research effort. Meeting the challenge of maintaining metal supplies for future generations will be better served by continuing to improve our understanding the impacts of ever-increasing mining activity on natural systems, how improved mining practices might reduce this, and by following the fate of metals post-mining, and the implications for metals recoverability and recycling potential.
机译:本文的主要目的是建议使用现有方法制造的可提取的全球资源(EGRS)的可提取的全球资源(EGRS)是如此不确定,以使他们通常不适合有关资源耗尽和治理的指导政策。这种情况不太可能改变可预见的未来,因为昂贵的地球化学采样计划所需的昂贵的地球化学抽样计划是由矿业公司的短期业务考虑因素所驱动的,因为EGR的确定几乎没有担忧。此外,表明即使它变得可以准确地估计EGR,这在没有详细了解金属股后的挖掘后处置,以及长期的那些股票的可行回收率和回收率。会让我们更好地定位以确定金属的长期可用性。鉴于这一点,试图为国际治理的国际治理政策设计,在将来的可用性延长到后代的前提下,不太可能成为研究努力的生产投资。通过继续改善我们的理解对自然系统的不断增加的采矿活动的影响,更好地满足维持后代的金属用品的挑战,如何改进采矿实践可能会降低这一点,以及遵循金属后挖掘的命运,以及对金属可回收性和回收潜力的影响。

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