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In recent years, research on the behavior of suspended solids (: SS) in coastal areas has been carried out. However, physical and chemical characteristics of SS have not been understood sufficiently since such SS consists largely of fine cohesive particles. In order to reveal the properties, effects of surface waves, currents and turbulence on SS were investigated by using in-situ data in the neritic region, Isahaya Bay, Ariake Sea which is a typical enclosed sea in Japan. A multiple regression analysis was performed in order to understand the phenomena affecting SS. In this study, turbidity was used for the analysis instead of SS because it is difficult to measure SS continuously. The multiple regression analysis revealed that wind waves in the bay were extremely important for the turbidity, and turbulent energy, sum of each mean square of velocity fluctuation eliminating surface wave components, and mean velocity or mean sea level variation contributing to tidal current were also slightly related to the turbidity.

RESPONSE CHARACTERISTICS OF SUSPENDED SOLIDS IN NERITIC REGION IN INNER BAY