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首页> 外文期刊>Earth Surface Processes and Landforms: The journal of the British Geomorphological Research Group >An entropy based morphological variability assessment of a large braided river
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An entropy based morphological variability assessment of a large braided river

机译:基于熵的大型编织河流形态变异评估

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The present paper utilizes entropy to investigate variability in the surface areas of sandbars distribution of the Brahmaputra River, India. The intensity entropy disorder index (IDI) was computed for the dry and the post-monsoon season for a selected reach of the river. The planform disorder index (PDI) was computed to represent the annual scale planform change due to seasonal flood. Finally, annual monsoon and peak flood stream power were evaluated and related to PDI. The results showed that the intensity disorder index followed a decreasing trend in dry and post-monsoon seasons; tending towards lower deviation from a uniform distribution. It was noted that except for extreme flood years the PDI trend correlated well with monsoonal stream power. Distinctive trends in stream power were also observed in the present study. (c) 2018 John Wiley & Sons, Ltd.
机译:本文利用熵来调查印度Brahmaputra河的沙栏分布表面区域的可变性。 强度熵障碍指数(IDI)用于干燥和季风季节,以获得河的选定途径。 计算平面障碍指数(PDI)以表示由于季节性洪水导致的年度规模平面变化。 最后,评估年度季风和峰值泛流功率和与PDI相关。 结果表明,强度紊乱指数遵循干燥和季风季节的趋势降低; 倾向于从均匀分布的较低偏差。 有人指出,除了极端洪水多年外,PDI趋势与季风流功率很好地相关。 在本研究中也观察到流功率的独特趋势。 (c)2018 John Wiley&Sons,Ltd。

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