This paper reviews existing studies relating to the assessment of sediment concentration
profiles within various flow conditions due to their importance in representing pollutant …

River dams provide many benefits, including flood control. However, due to constantly
evolving channel morphology, downstream conveyance of floodwaters following dam …

The transport and deposition of mud in rivers are key processes in fluvial geomorphology
and biogeochemical cycles. Recent work indicates that flocculation might regulate fluvial …

Flow-driven sediment erosion exhibits multiphase characteristics and involves reversible
solid-liquid mass exchange, wherein various rheological models and yield criteria are …

Rising hypoxia due to the eutrophication of riverine ecosystems is primarily caused by the
transport of nutrients. The majority of existing TMDL models cannot be efficienty applied to …

Suspended sediment plays a vital role in the regional and global cycling of carbon and
nutrients by carrying carbon and nutrients from headwaters into lowland rivers and the …

Abstract Machine learning (ML) models have the potential to improve the accuracy of
Suspended Sediment Load (SSL) predictions. However, their ability to incorporate climate …

Gravity currents, such as sediment-laden turbidity currents, are ubiquitous natural flows that
are driven by a density difference. Turbidity currents have provided vital motivation to …

Abstract The Yellow River is globally recognized for its significant sediment load, primarily
attributed to its passage through the Loess Plateau. Notably, effective soil erosion control …

Abstract The Huanghe (Yellow River), one of the largest turbid river systems in the world,
has long been recognized as a major contributor of suspended particulate matter (SPM) to …