伊莎哈雅入口附近海水水质增强器物理效应的实验室和数值模型预测

Toru Sato, Takuro Yoshiakwa, S. Saito, Y. Tsuchiya
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引用次数: 0

摘要

讨论了伊沙哈雅堤与有明湾近期环境变化的关系,有明湾环境变化可能对诺丽作物造成破坏,对贝类造成灭绝。另一方面,也有人指出,最近外海的潮汐衰减是有明湾潮流变化的主要原因。无论原因是什么,改善水质的一些方法是迫切需要的,即使它们是局部的和暂时的。提出了一种局部工程解决方案,即一种海水水质增强剂,并对该装置排放的富营养水的扩散进行了数值模拟和实验模拟。结果表明,1-3%的排放水在Isahaya入口的光层上停留了几周。这可能暗示了通过该工程对策改善水质的可能性。
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Prediction of Physical Effect of Seawater-Quality Enhancer Installed near Isahaya Inlet by Laboratory and Numerical Model Tests
There is a discussion on the relation between Isahaya Dyke and the recent environmental change in Ariake Bay, which may devastate the Noni crop and exterminate shellfish. On the other hand, some say that the recent tidal decay in the outer sea is the main cause of the change in tidal current in Ariake Bay. Whatever the cause is, some ways to improve water quality are urgently needed even if they are local and temporal. We proposed a local engineering solution, a kind of seawater-quality enhancer, and simulated numerically and experimentally the diffusion of nutrient-rich water emitted by the apparatus. It is shown that 1-3% of the emitted water keeps to remain on the euphotic layer in Isahaya Inlet for a couple of weeks. This may imply the possibility of improvement of water quality by this engineering countermeasure.
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