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Causes for continuous siltation of the lower Yellow River
Geomorphology, 2005Previous studies indicate that aggradation of a river channel is caused by upriver and/or downriver controls, but the evaluation of their relative importance is often difficult. A method is proposed to isolate the effect of the downriver control based on the slopes of the existing river profile, those of the graded profile estimated from the discharge ...
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Science of the Total Environment
Groundwater with naturally high‑arsenic (As) concentrations is a pervasive issue across several major plains (basins) traversed by the Yellow River in China.
Jiju Guo +8 more
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Groundwater with naturally high‑arsenic (As) concentrations is a pervasive issue across several major plains (basins) traversed by the Yellow River in China.
Jiju Guo +8 more
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Characterizing and identifying bedforms in the wandering reach of the lower Yellow River
International Journal of Sediment Research, 2021The lower Yellow River (LYR) is a fully alluvial system with a fine-grained bed that has a high proportion of silt. Bathymetric survey data collected with a multi-beam echo sounder (MBES) from the wandering reach of the LYR indicates that the bedforms ...
Yuanfeng Zhang, Ping Wang, Guanqing Shen
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Functional no-flow events and their identification in the Lower Yellow River
Science China Technological Sciences, 2002Based on the understandings of the relationship between the river runoff and the primary functions of the Yellow River, this paper advances the concept of functional no-flow event that is different from the zero-discharge event occurring in the river.
Jinren Ni, Zhenghan Qian
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The geo-pattern of course shifts of the Lower Yellow River
Journal of Geographical Sciences, 2011The changing pattern of the Lower Yellow River (LYR) obtained from the traditional studies, which mainly did literal analysis based on historical documents related to the LYR are too macroscopic and absent of intuitiveness. This paper integrates all the records in historical documents related to course shift, flood and overflow of the last 3000 years ...
Yingjie Wang, Yanjun Su
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Revisiting functional no-flow events in the Lower Yellow River
International Journal of Sediment Research, 2016Abstract Functional no-flow is a topic of considerable interest in the research and management of the Yellow River. The operation of the Xiaolangdi Reservoir has been a source of concern regarding hydraulic characteristics and hydro-environmental responses.
Rong Huang, Tianhong Li, Lianjun Zhao
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Collapses on the riverbank: what happened to the Lower Yellow River?
2020<p>Riverbank collapses frequently occur in the lower reaches of the Yellow River, China, which result in a great loss of farmland and significant hydro-morphological evolution in the channel. A combination of field investigation and remote sensing analysis was conducted to understand the current status of riverbank collapse in ...
Lu Gao, Xiangzhou Xu
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Impacts of water–sediment on nutrient dynamics in the lower yellow river
Environmental Geochemistry and HealthThe Water-Sediment Regulation Scheme (WSRS) artificially controls water and sediment processes in the lower Yellow River (LYR), while altering the longitudinal distribution of nutrients along the river. Affected by the confluence of tributaries and other complex factors, the spatial and temporal distribution patterns of nutrients during the water and ...
Yimei, Ying +7 more
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Effect of water and sediment regulation on lower Yellow River
Transactions of Tianjin University, 2009According to the results of the water and sediment regulations of the Yellow River in year 2002–2007, the effect of erosion and deposition on the lower reaches, the amount and distribution of erosion and deposition in the river mouth area, the adjustment of river regime, the effect of river regulation projects and changes of flowing capacity of the ...
Guobin Xu, Chundi Si
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Science of the Total Environment, 2022
Severe sedimentation often takes place in the river channel of silt-laden rivers, which is often mitigated through water-sediment regulation of the reservoirs.
Yitong Wang +4 more
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Severe sedimentation often takes place in the river channel of silt-laden rivers, which is often mitigated through water-sediment regulation of the reservoirs.
Yitong Wang +4 more
semanticscholar +1 more source