Small headwater catchments deliver large quantities of suspended sediment (SS) to the
ocean. However, there are relatively few studies focused on the study of patterns and …

The spatiotemporal pattern of sediment yield is critical for the management of mega cascade
reservoirs in the Lower Jinsha River Basin (LJRB), despite that the scarcity of information …

The temporal and spatial variability of water and sediment loads of rivers is controlled by a
suite of factors whose individual effects are often difficult to disentangle. While land use …

An understanding of the processes controlling sediment, organic matter and metal export is
critical to assessing and anticipating risk situations in water systems. Concentrations of …

Intense hydroelectric exploitation requires information on sediment flux to prevent the
potential siltation of cascade reservoirs. As the main sediment source for the Yangtze River …

The sediment delivery ratio (SDR) is a bond of slope erosion and channel sediment
transport but exhibits poor dynamic applicability, which makes it difficult to accurately identify …

The purpose of this study was to analyse suspended sediment (SS) transport in a small
catchment (13 km 2) located in the Polish Carpathians affected by various forms of human …

Estimates of sediment yield are important for ecological and geomorphological assessment
of fluvial systems and for assessment of soil erosion within a catchment. Many regulatory …

Purpose Suspended sediment transport, which represents the majority of the sediment load,
has been studied across very different scales and in a wide variety of regions and climates …

Climate change impacts on the hydrological cycle are altering the quantity, quality, and
temporal distribution of riverine discharge, necessitating a more rigorous consideration of …