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NUMERICAL SIMULATION OF TIDAL CURRENT IN THE COASTAL REGION WITH AN ARTIFICIAL SEABED MOUND FOR UPWELLING

机译:人工海底上升流对沿海地区潮汐电流的数值模拟

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摘要

The technology of generating an artificial upwelling by constructing a seabed mound to increase the primary production is being examined off Ikitsuki Island, Nagasaki, Japan. A numerical simulation model is being developed in order to evaluate the effects and environmental influence of the artificial seabed mound. At the first stage of the modeling, tidal current is calculated for the coastal region including the artificial upwelling area. Since most of the boundaries of the computational domain are open to the ocean, it is necessary to give incoming tidal wave all over them, which is not easy because of complicate topography. A newly developed inverse method using the observation data at tidal stations along the coastline was applied to determine the boundary conditions of tide. The calculated tide by the method agreed fairly well with the observation data. Currents near the seabed mound was also investigated, whose result is indicated that internal wave induced by the mound makes the mixing larger.
机译:正在日本长崎的一木岛附近研究通过建造海床丘以增加初级产量来产生人工上升流的技术。为了评估人造海床土墩的影响和环境影响,正在开发一个数值模拟模型。在建模的第一阶段,计算包括人工上升流区在内的沿海地区的潮流。由于计算域的大部分边界都是向海洋敞开的,因此有必要在它们的整个范围内输入潮汐波,由于地形复杂,这并不容易。应用新开发的反演方法,利用沿海岸线潮汐站的观测数据确定潮汐的边界条件。通过该方法计算出的潮汐与观测数据非常吻合。还研究了海床土墩附近的洋流,其结果表明,土墩引起的内波使混合变大。

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