2003•Advances in Water ScienceRequires access

Review of studies on the water requirement for sediment transport of the lower Yellow River

Guang Wang

Open publisher page 2 citations

Abstract

This paper reviews recent developments in study on water requirement for sediment transport in the Lower Yellow River, including the calculation method, the difference between flood season and dry season, the impact of reservoir operation, and the required annual water consumption for sediment transport Results of this study show that the required water consumption is not only related to the discharge and sediment concentration of the incoming flow, but also to the aggradation/degradation condition of the river bed The water requirement differs during different periods in the year, that is, it is the smallest in the flood season, more in the nonflood season, and then the winter menths and the ice flood season in turn Flow and sediment regulated by the reservoirs can effectively change the water requirement for sediment transport It is suggested that the main method of highefficiency, watersaving sediment transport in the lower Yellow River is the coordinated operation involving several reservoirs, with the Xiaolangdi Project releasing channelforming discharge and highconcentration flow into its downstream sections, which can reduce sediment deposition in the Lower Yellow River reaches This paper also lists a number of issues for further investigation 

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What this paper is about

This paper reviews recent developments in study on water requirement for sediment transport in the Lower Yellow River, including the calculation method, the difference between flood season and dry season, the impact of reservoir operation, and the required annual water consumption for sediment transport Results of this study show that the required water consumption is not only related to the discharge and sediment concentration of the incoming flow, but also to the aggradation/degradation condition of the river bed The water requirement differs during different periods in the year, that is, it is the smallest in the flood season, more in the nonflood season, and then the winter menths and the ice flood season in turn Flow and sediment regulated by the reservoirs can effectively change the water requirement for sediment transport It is suggested that the main method of highefficiency, watersaving sediment transport in the lower Yellow River is the coordinated operation involving several reservoirs, with the Xiaolangdi Project releasing channelforming discharge and highconcentration flow into its downstream sections, which can reduce sediment deposition in the Lower Yellow River reaches This paper also lists a number of issues for further investigation 

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Available abstract

This paper reviews recent developments in study on water requirement for sediment transport in the Lower Yellow River, including the calculation method, the difference between flood season and dry season, the impact of reservoir operation, and the required annual water consumption for sediment transport Results of this study show that the required water consumption is not only related to the discharge and sediment concentration of the incoming flow, but also to the aggradation/degradation condition of the river bed The water requirement differs during different periods in the year, that is, it is the smallest in the flood season, more in the nonflood season, and then the winter menths and the ice flood season in turn Flow and sediment regulated by the reservoirs can effectively change the water requirement for sediment transport It is suggested that the main method of highefficiency, watersaving sediment transport in the lower Yellow River is the coordinated operation involving several reservoirs, with the Xiaolangdi Project releasing channelforming discharge and highconcentration flow into its downstream sections, which can reduce sediment deposition in the Lower Yellow River reaches This paper also lists a number of issues for further investigation 

Key concepts: Aggradation, Sediment, Hydrology (agriculture), Environmental science, Flood myth, Sediment transport, Deposition (geology), Channel (broadcasting)

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