Dynamics of gravel-bed rivers
Contains articles by leading international experts in their respective fields. Papers are grouped into 17 topics that cover fundamental and applied issues involving the considerable progress made on sediment transport dynamics. Recent research provides insights into subjects such as selective entrainment, equal mobility, armouring processes, transport of fine material, mathematical sediment transport and morphological models as well as the impact of engineering works and catchment development projects on channel stability.
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Geomorphic thresholds in gravelbed rivers refinement for an era of environmental change
Effect of bed roughness particle shape and orientation on initial motion criteria
A theoretical model for calculating marginal bedload transport rates of gravel
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aggradation alluvial analysis armour layer bankfull bed material bed shear stress bed surface bedform bedload samples bedload transport rates bend braided braided rivers calculated catchment channel change clasts cluster coarse coarser cobbles coefficient Corte Madera Creek cross-section Czarny Dunajec debris flow deposition depth dimensionless Diplas discharge downstream Earth Surf Engrs entrainment equal mobility equation equilibrium erosion experiments fans Figure fines flood flume fluvial fractional transport rates Geol Geomorphology grain size grain sizes grain-size distribution gravel bed gravel-bed rivers gravel-bed streams increase Komar Low Prudhoe meander measured mixture Oak Creek observed outer bank parameters Parker particles pattern pavement pool Proc processes range ratio riffle roughness sampler sand scour sediment supply sediment transport Sedimentology shear stress slope sorting spatial study reach subpavement thalweg Thorne threshold tracer Truckee River Turkey Brook Tyne upstream values variation velocity Water Resources Res width Wiley