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Suspended sediment dynamics regulated by the macrotidal regime: evidences from the OCM P-4 data

机译:宏观制度调控的悬浮沉积物动力学:来自OCM P-4数据的证据

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The understanding of the dynamics of suspended matter is crucial for coastal engineering projects and for food web in the coastal environment. The turbidity determines also optical properties of the waters, and is crucial for the coral reef system. Gulf of Kachchh is one of the macrotidal sites of India with occurrence of numerous harbors and an ecologically fragile coral reef system. The macrotidal gulf has high magnitude currents which amplify inland with tide into the gulf. A sequential analysis of imageries of the Ocean Color Monitor of IRS P-4, during different tidal phases reveals that there is a large variation in the TSM contents of the gulf associated with tidal cycle. The suspended matter dispersal under different tidal phases in the gulf is evaluated. The source to sink pathways of the suspended matter into different regions of the gulf, specifically in the vicinity of the National Marine Park, are determined which is important for restoring the stressed coral reefs.
机译:对悬浮物动力学的理解对于沿海环境和食品网是至关重要的沿海环境至关重要。浊度也决定了水的光学性质,对珊瑚礁系统至关重要。 Kachchh的海湾是印度的宏观发展景点之一,发生了许多港口和生态脆弱的珊瑚礁系统。 Macrotatal Gulf具有高幅度电流,该电流放大内陆潮汐进入海湾。不同潮汐阶段的IRS P-4海洋彩色监测器的序列分析表明,与潮汐循环相关的海湾的TSM含量存在大的变化。评价在海湾不同潮汐相下的悬浮物分散。确定悬浮物的源头陷入困境的不同地区,特别是在国家海洋公园附近,确定恢复压力珊瑚礁是重要的。

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