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黄河中下游历史时期沉积环境演化 被引量:4

Evolution of Sedimentary Environment of the Middle and Lower Yellow River in Historical Period
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摘要 从流域系统角度.论述了黄河集水盆地、干流输沙通道和河口三角洲三个子系统的特征、沉积环境演变、沉积结构及沉积规律,相应地计算出中游禹门口至潼关河段和下游花园口至利津河段的沉积速率。前者从三国至1960年的年平均沉积厚度为0.021m,其中1573~1960年增大到0.031m;后者从1855~1954年的年平均沉积厚度为0.06m,1954~1959年增大到0.14m。以上研究成果对研究今后干流枢纽开发和河道减淤、河道治理都有重要意义。 From the basin system point of view. the poper discusses the characteristics, evolution of sedimentaryenvironment. sedimentury structure and its laws of the 3 sub-systems of collecting water basin, main sediment transportation channel and delta at the river mouth in the Yellow River basin. The sedimentary ratesof the reach from Tongguan to Yumenkou of the middle river and the reach from Huayuankou to Lijin ofthe lower river are also calculated correspondingly. The mean despition thickness of the former from A. D.220 to 1960 is 0. 021m, in which 0. 031m from A. D. 1573 to 1960 and, 0. 06m from 1855 to 1954 forthe latter, in which it is increased to 0. 14m from 1954 to 1959. All of these results are significant forstudying the development of projects on the main channel. sediment reduction and river training.
出处 《人民黄河》 CAS 北大核心 1994年第2期17-22,30,共7页 Yellow River
关键词 黄河流域系统 黄河中下游 沉积环境 历史时期 basin system sedimentary enviroment sedimentary rate
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参考文献3

  • 1焦恩泽,潘贤弟,赵新建.黄河小北干流冲淤数量估算[J]人民黄河,1988(04).
  • 2李春荣.唐、宋、元、明时期蒲州河道治理初考[J]人民黄河,1985(02).
  • 3叶青超.黄河三角洲的地貌结构及发育模式[J]地理学报,1982(04).

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