Bank full discharge is generally considered to be the dominant steady flow which would generate the same regime channel shape and dimensions as the natural sequences of flows would. This is because investigation on the magnitude and frequency of sediment transport have determined that for stable rivers the flow which in the longer term transports most material has the same frequency of occurrence as bankfull flow. For stable gravel-bed rivers, this is considered to be the 1.5-year flood
The bank-full depths, widths, depth-averaged water velocities, and along-channel slopes of alluvial ...
Alluvial fans, conic depositional landforms that develop where headwater streams outlet into a main ...
One of the simplest questions in riverine science remains unanswered: What controls the width and d...
Rational regime models can be used to develop meaningful frameworks for understanding reach scale al...
Meander flow takes place in one single channel which oscillates more orless regularly with amplitude...
Data compiled from standardized procedures for width measurement at established streamflow gaging st...
Alluvial rivers arise through process interactions between water and a deformable boundary. These pr...
The purpose of regime theory is to predict the size and shape of stable alluvial channels. The theor...
Regime channels are important for stable canal design and to determine river response to environment...
The geometry of alluvial river channels both controls and adjusts to the flow of water and sediment ...
Downstream hydraulic geometry relationships describe the shape of alluvial channels in terms of bank...
The present study intended to review the historical development of the regime geometry equations pro...
Downstream hydraulic geometry relationships describe the shape of alluvial channels in terms of bank...
ABSTRACT: This study documents the pattern of spatial variability at ' channel stahilir\',...
Gravel-bedded rivers organize their bank-full channel geometry and grain size such that shear stres...
The bank-full depths, widths, depth-averaged water velocities, and along-channel slopes of alluvial ...
Alluvial fans, conic depositional landforms that develop where headwater streams outlet into a main ...
One of the simplest questions in riverine science remains unanswered: What controls the width and d...
Rational regime models can be used to develop meaningful frameworks for understanding reach scale al...
Meander flow takes place in one single channel which oscillates more orless regularly with amplitude...
Data compiled from standardized procedures for width measurement at established streamflow gaging st...
Alluvial rivers arise through process interactions between water and a deformable boundary. These pr...
The purpose of regime theory is to predict the size and shape of stable alluvial channels. The theor...
Regime channels are important for stable canal design and to determine river response to environment...
The geometry of alluvial river channels both controls and adjusts to the flow of water and sediment ...
Downstream hydraulic geometry relationships describe the shape of alluvial channels in terms of bank...
The present study intended to review the historical development of the regime geometry equations pro...
Downstream hydraulic geometry relationships describe the shape of alluvial channels in terms of bank...
ABSTRACT: This study documents the pattern of spatial variability at ' channel stahilir\',...
Gravel-bedded rivers organize their bank-full channel geometry and grain size such that shear stres...
The bank-full depths, widths, depth-averaged water velocities, and along-channel slopes of alluvial ...
Alluvial fans, conic depositional landforms that develop where headwater streams outlet into a main ...
One of the simplest questions in riverine science remains unanswered: What controls the width and d...