Dynamics of the Changjiang River Plume

Huiand Wu, Tianning Wu, Jian-jian Shen, Jianrong Zhu
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引用次数: 6

Abstract

The extension of the Changjiang River plume is one of the fundamental processes in the Yellow and East China Seas, which is responsible not only for the physical properties of seawater but also for the numerous physical, biogeochemical, and sedimentary processes in this region. The studies of the Changjiang River plume dated back to 1960s, followed by generations, and are still attracting numerous focuses nowadays. Here in this chapter, we will review the past studies on the Changjiang River plume and present some latest studies on this massive river plume. The latest research progresses on the Changjiang River plume are mainly related to the tidal modulation mechanisms. It is found that the tide shifts the Changjiang Rive plume to the northeast outside the river mouth, bifurcates the plume at the head of submarine canyon, and arrests the unreal up-shelf plume intrusion that occurred frequently in previous model studies. It is also found that the tidal residual current transports part of the Changjiang River plume to the Subei Coastal Water. These tidal modulation effects can answer the questions on the dynamics of Changjiang River plume that puzzled the research community for decades.
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长江羽流动力学
长江羽流的延伸是黄海和东海的基本过程之一,它不仅决定了海水的物理性质,而且决定了该地区众多的物理、生物地球化学和沉积过程。对长江羽流的研究始于20世纪60年代,经过几代人的研究,至今仍备受关注。在这一章中,我们将回顾过去关于长江羽流的研究,并介绍一些关于这一巨大的河流羽流的最新研究。长江羽流的最新研究进展主要与潮汐调节机制有关。研究发现,潮汐作用使长江羽流在河口外向东北方向移动,并使羽流在海底峡谷顶部分叉,阻止了以往模型研究中经常发生的不真实的上架羽流入侵。潮汐余流将部分长江羽流输送到苏北沿海水域。这些潮汐调制效应可以回答困扰研究界几十年的长江羽流动力学问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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