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Whither field hydrology? The need for discovery science and outrageous hydrological hypotheses

机译:惠特领域的水文学?对发现科学和离谱的水文假设的需求

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摘要

Field hydrology is on the decline. Meanwhile, the need for new field-derived insight into the age, origin and pathway of water in the headwaters, where most runoff is generated, is more needed than ever. Water Resources Research (WRR) has included some of the most influential papers in field-based runoff process understanding, particularly in the formative years when the knowledge base was developing rapidly. Here we take advantage of this 50th anniversary of the journal to highlight a few of these important field-based papers and show how field scientists have posed strong and sometimes outrageous hypotheses-approaches so needed in an era of largely model-only research. We chronicle the decline in field work and note that it is not only the quantity of field work that is diminishing but its character is changing too: from discovery science to data collection for model parameterization. While the latter is a necessary activity, the loss of the former is a major concern if we are to advance the science of watershed hydrology. We outline a vision for field research to seek new fundamental understanding, new mechanistic explanations of how watershed systems work, particularly outside the regions of traditional focus.
机译:野外水文学正在下降。同时,比以往任何时候都需要对田间源水的年龄,来源和产生径流的新途径进行新的研究,因为上游源头的径流最多。水资源研究(WRR)包含了一些对田间径流过程理解最有影响力的论文,尤其是在知识库迅速发展的形成时期。在这里,我们利用该杂志成立50周年来重点介绍其中一些重要的基于领域的论文,并展示在一个仅进行模型研究的时代中,现场科学家如何提出强有力的,有时甚至是令人发指的假说。我们记录了现场工作的减少,并注意到,不仅现场工作的数量在减少,而且其性质也在发生变化:从发现科学到用于模型参数化的数据收集。虽然后者是一项必要的活动,但是如果我们要推进流域水文学的科学,则前者的丧失是一个主要问题。我们概述了野外研究的愿景,以寻求对流域系统如何工作的新的基本理解,新的机械解释,尤其是在传统重点领域之外。

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  • 来源
    《Water resources research》 |2015年第8期|5919-5928|共10页
  • 作者

    Burt T. P.; McDonnell J. J.;

  • 作者单位

    Univ Durham, Dept Geog, Durham, England;

    Univ Saskatchewan, Sch Environm & Sustainabil, Global Inst Water Secur, Saskatoon, SK, Canada|Univ Aberdeen, Sch Geosci, Aberdeen, Scotland;

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