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A case study of coastal currents in relation with tides and winds in a tropical coastal waters of Vengurla, West Coast of India

机译:印度西海岸热带沿海水域在潮汐与风中的沿海潮流案例研究

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摘要

Coastal currents consist of wind-driven, tidal, surface wave and geostrophic flows. These currents have a major role for nearshore sediment transport, but the measured data availability on coastal currents for the Indian coast is relatively less. This study analyze the variability of coastal currents along with the tides at nearshore and offshore waters during two different seasons (fag end of summer monsoon and initial stage of pre-monsoon) at Vengurla, west coast of India. Results of this study exhibited that the tides at Vengurla are mixed semi-diurnal dominated by solar constituent during summer monsoon (September to October); whereas the lunar constituents dominates during pre-monsoon (February to March). The nearshore current was dominated by the westward flow (sluggish current) during monsoon and south eastward flow during pre-monsoon, whereas the offshore flow (strong current) showed seasonality. At offshore, southerly current dominated during summer monsoon, whereas the northerly current played a major role during pre-monsoon. The current profile analysis at offshore revealed that the gradation of strong current at the surface to the sluggish nature of currents at the bottom and were comparatively higher during summer monsoon than pre-monsoon periods. This study revealed a complex pattern among winds, tides and currents at offshore.
机译:沿海电流由风力驱动,潮汐,表面波和地顶尖流动组成。这些电流对近岸沉积物运输具有重要作用,但印度海岸沿海电流的测量数据可用性相对较少。本研究分析了沿海电流的可变性以及在印度西海岸的Vengurla的两种不同季节(夏季季风和季风初期的FAG季节性阶段的FAG结束)中的潮流和近海水域。该研究的结果表明,Vengurla的潮汐在夏季季风(9月至10月)期间由太阳能成分组成的混合半昼夜;虽然月球成分在季风前(2月至3月)占主导地位。近岸目前在季风季风和东南流动期间的西向日葵(迟钝)主导,而海上流动(强劲的电流)显示出季节性。在海上,南风在夏季季风占主导地位,而北京目前在季风前发挥了重要作用。海上的目前的轮廓分析显示,表面在底部电流的慢性本质的强电流的渐变,夏季季风比季风时期相对较高。本研究揭示了海上风,潮汐和电流之间的复杂模式。

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  • 来源
    《Oceanographic Literature Review》 |2021年第9期|1882-1882|共1页
  • 作者单位

    National Centre for Coastal Research (NCCR) NIOT Campus Chennai Pallikarani 600 100 India;

    National Centre for Coastal Research (NCCR) NIOT Campus Chennai Pallikarani 600 100 India;

    National Centre for Coastal Research (NCCR) NIOT Campus Chennai Pallikarani 600 100 India;

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