Environmental hydraulics, a neighboring research field to ecohydrology, is an intermediate
area between hydrodynamics and ecology/biology. The main research topic of this …

Recent advances in understanding bedload transport under unsteady flow conditions are
presented, with a particular emphasis on laboratory experiments. The contribution of …

Fluvial sediment transport, a key pathway for global biogeochemical cycling, has changed
markedly in the Anthropocene. However, disaggregating the compound effects of …

Different velocities of flood and suspended sediment peaks during flood events result in the
delayed transport of suspended sediment, which is exacerbated by reservoir impoundment …

Identifying critical soil erosion areas and sediment sources are essential for sediment control
and water resources management in the watershed, especially in the severely eroded …

The suspended sediment (SS) and microplastic (MP) transport in rivers is quite a complex
process, influenced by several spatially and temporally changing factors (eg, hydrology …

The transport of coarse sediment during floods often exhibits hysteresis patterns from
changes in flow fields, channel geometry, bedforms, or sediment supply conditions. Flume …

The transport of microplastics (MPs) is susceptible to being influenced by catchment
hydrology; however, there is a notable lack of research on their retention and responses to …

Conventional streamflow monitoring methods entail one-to-one relationships between two
flow variables obtained by combining direct flow measurements with statistical analyses …

A detailed laboratory study was conducted to examine the effects of particle size on
hysteretic sediment transport under time‐varying rainfall. A rainfall pattern composed of …