<p>Mean water discharge (Q) and sediment concentration (Cs) at four gauging stations along the Yellow River within different periods.</p
<p>Trend analysis for annual runoff and sediment load in the Yellow River basin.</p
Based on data from 199 stations in the Yellow River drainage basin for which more than 5 years of da...
Using cross section measurement data, the sedimentation rate of the lower Yellow River was determine...
<p>Flow duration curve analysis for different periods at four gauging stations along the Yellow Rive...
<p>General characteristics of the four gauging stations along the Yellow River.</p
<p>Sediment rating parameters for different periods at four gauging stations.</p
According to the yearly maximum suspended sediment concentrations (SSC) in the Yellow River and its ...
In this study, the relation between water discharge and suspended-sediment concentration (SSC) was a...
The continuous ecological restoration of the Loess Plateau, which aims to reduce the sediment enteri...
The runoff and sediment of large rivers usually come from different source areas, which make differe...
The Yellow River is an important source of sediment flux to oceans in the world, and approximately 9...
Since the 1970s, the water fluxes to the sea of the Yellow River have declined significantly. Based ...
The changes in streamflow and sediment discharge in the middle reaches of the Yellow River are a foc...
The dynamic changes in the sediment discharge over 90 years from 1919 to 2008 in the Yellow River in...
The Yellow River basin contributes approximately 6% of the sediment load from all river systems glob...
<p>Trend analysis for annual runoff and sediment load in the Yellow River basin.</p
Based on data from 199 stations in the Yellow River drainage basin for which more than 5 years of da...
Using cross section measurement data, the sedimentation rate of the lower Yellow River was determine...
<p>Flow duration curve analysis for different periods at four gauging stations along the Yellow Rive...
<p>General characteristics of the four gauging stations along the Yellow River.</p
<p>Sediment rating parameters for different periods at four gauging stations.</p
According to the yearly maximum suspended sediment concentrations (SSC) in the Yellow River and its ...
In this study, the relation between water discharge and suspended-sediment concentration (SSC) was a...
The continuous ecological restoration of the Loess Plateau, which aims to reduce the sediment enteri...
The runoff and sediment of large rivers usually come from different source areas, which make differe...
The Yellow River is an important source of sediment flux to oceans in the world, and approximately 9...
Since the 1970s, the water fluxes to the sea of the Yellow River have declined significantly. Based ...
The changes in streamflow and sediment discharge in the middle reaches of the Yellow River are a foc...
The dynamic changes in the sediment discharge over 90 years from 1919 to 2008 in the Yellow River in...
The Yellow River basin contributes approximately 6% of the sediment load from all river systems glob...
<p>Trend analysis for annual runoff and sediment load in the Yellow River basin.</p
Based on data from 199 stations in the Yellow River drainage basin for which more than 5 years of da...
Using cross section measurement data, the sedimentation rate of the lower Yellow River was determine...
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