Fenwei Graben is a famous sediment sink. The Longmen-Sanmexia sediment sink of middle Yellow River is located in the middle part. Using the sediment budget based on annual data from the period 1920-2006 and flood-event data from 154 flood events from the period 1950-1985, the variations in sediment storage, release and transport have been analysed. Data from different methods and sources indicate that, during an 1800-year period, the variation of sedimentation rate in this sink has undergone a cycle from increase to decline; the cause for this can be found in the changes in the manner and intensity of human activities. Over 87 years, sediment storage in this sink can be separated into four stages which showed different trends, depending on ...
In this study, the relation between water discharge and suspended-sediment concentration (SSC) was a...
The Jinsha River is the main source of sediment in the Yangtze River Basin. The variation of water d...
The dynamic changes in the sediment discharge over 90 years from 1919 to 2008 in the Yellow River in...
The Yellow River is an important source of sediment flux to oceans in the world, and approximately 9...
Long-term changes to the Yellow River delta in China have received considerable attention not only b...
Abrupt reduction of the sediment load in the middle reaches of the Yellow River has extracted much a...
The Yellow River basin contributes approximately 6% of the sediment load from all river systems glob...
This study investigates the sediment fluxes through the Yellow River sediment routing system, which ...
Using hydrological and sediment data, this study investigated decadal trends in sediment erosion/dep...
An index (F-s) for sediment transfer function is introduced, based on the sediment budget at the cha...
The middle reaches of the Yellow River Basin transport the vast majority of sediment (>85% of the...
Sediment transferring function (F<inf>s</inf>) of rivers is defined and indexed in this study, based...
Fluvial suspended sediment has multi-fold environmental implications and the study of the variation ...
The runoff and sediment of large rivers usually come from different source areas, which make differe...
An index of sediment transferring function (F-s), which is defined as the ratio of sediment output f...
In this study, the relation between water discharge and suspended-sediment concentration (SSC) was a...
The Jinsha River is the main source of sediment in the Yangtze River Basin. The variation of water d...
The dynamic changes in the sediment discharge over 90 years from 1919 to 2008 in the Yellow River in...
The Yellow River is an important source of sediment flux to oceans in the world, and approximately 9...
Long-term changes to the Yellow River delta in China have received considerable attention not only b...
Abrupt reduction of the sediment load in the middle reaches of the Yellow River has extracted much a...
The Yellow River basin contributes approximately 6% of the sediment load from all river systems glob...
This study investigates the sediment fluxes through the Yellow River sediment routing system, which ...
Using hydrological and sediment data, this study investigated decadal trends in sediment erosion/dep...
An index (F-s) for sediment transfer function is introduced, based on the sediment budget at the cha...
The middle reaches of the Yellow River Basin transport the vast majority of sediment (>85% of the...
Sediment transferring function (F<inf>s</inf>) of rivers is defined and indexed in this study, based...
Fluvial suspended sediment has multi-fold environmental implications and the study of the variation ...
The runoff and sediment of large rivers usually come from different source areas, which make differe...
An index of sediment transferring function (F-s), which is defined as the ratio of sediment output f...
In this study, the relation between water discharge and suspended-sediment concentration (SSC) was a...
The Jinsha River is the main source of sediment in the Yangtze River Basin. The variation of water d...
The dynamic changes in the sediment discharge over 90 years from 1919 to 2008 in the Yellow River in...