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Whither shore platforms?

机译:在岸边平台吗?

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摘要

This paper reviews the research on shore platforms since 1980. Although some quantitative work on platforms was conducted in the late 1970s, it was principally in the 1980s that there was a change in the research paradigm, from qualitative observations to quantitative analyses. Researchers are now closer than ever before on agreeing that no single process can produce shore platforms in itself. The last decade has seen remarkable proliferation of research interests in shore platforms. Consequently, there are much-improved data sets on the processes acting on them. Even so, it has not yet been possible to establish definitively the precise role of each individual process in shore platform evolution. Laboratory simulation of platform morphodynamics has received much less attention compared to field-based studies. There are also some other aspects, such as threshold determination, geological control, inheritance, application of geo-informatics and focus on low-energy and tropical coasts, that have received limited attention. These areas are avenues for future research. To enable a better understanding of platform dynamics in a particular area, fieldwork, laboratory simulation and numerical modelling should be carried out simultaneously. Shore platforms are a global feature, and their study should be undertaken in all parts of the world through increased collaborative work among researchers.
机译:本文回顾了1980年以来的岸上平台研究。尽管在1970年代后期进行了一些平台量化研究,但主要是在1980年代,研究范式发生了变化,从定性观察到定量分析。现在,研究人员比以往任何时候都更紧密地同意,没有任何一个过程本身可以产生岸上平台。在过去的十年中,人们对岸上平台的研究兴趣激增。因此,有关作用于它们的流程的数据集已大大改善。即便如此,仍无法确切地确定每个独立过程在海岸平台演化中的精确作用。与基于现场的研究相比,平台形态动力学的实验室模拟受到的关注要少得多。还有其他一些方面,例如,阈值确定,地质控制,继承,地理信息学的应用以及对低能耗和热带海岸的关注等方面,受到的关注很少。这些领域是未来研究的途径。为了更好地了解特定区域的平台动力学,应该同时进行野外工作,实验室模拟和数值建模。岸上平台是全球性的功能,应通过加强研究人员之间的合作在全世界各地进行研究。

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