Model of sea circulation and transport of microorganisms in ports

T. Kulić, Damir Bekić, G. Lončar
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Abstract

One of key pathways for the spread of non-indigenous species is through discharge of ballast water, which can cause biodiversity loss, environment deterioration, and economical damage. Ballast water discharging is among the most influential causes for the non-indigenous species introduction in the Adriatic Sea. Preliminary simulations of a 3D numerical model of sea circulation and passive particle transport are presented and discussed in this paper. These results will be used as benchmark for future research and measurements, as well as for modelling behaviour of active particles.
海洋环流和港口微生物运输模型
非本地物种传播的重要途径之一是通过压载水的排放,这可能导致生物多样性丧失、环境恶化和经济损失。压载水排放是亚得里亚海引入非本地物种的最重要原因之一。本文提出并讨论了一个三维海洋环流和被动粒子输运数值模型的初步模拟。这些结果将用作未来研究和测量的基准,以及模拟活性粒子的行为。
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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