Tracing sediments back to their catchment sources using biogeochemical and physical
fingerprints involves multiple assumptions. One of the most fundamental assumptions is that …

Fine-grained sediment is perhaps the most widespread and pervasive contaminant in
aquatic systems reflecting its role in influencing the quality of the water (eg, turbidity, vector …

The selective nature of interrill erosion–the preferential mobilization and transport of soil
particles–can lead to the enrichment of fine-grained soil particles (< 63 μm) and organic …

Sediment source fingerprinting is increasingly used to provide insight into the dynamics of
catchment sediment transfer processes, yet relatively few studies seek to validate source …

During water erosion, selective transport of eroded sediments reduces the fertility of surface
soil and exacerbates the risk of waterbody pollution. At present, slo** farmland> 10°(SFL …

Organic matter (OM) tracing is critical for understanding the processes of soil redistribution
and global carbon cycling. It effectively supports ecological management and global climate …

Turbidity is used as a surrogate for suspended sediment concentration (SSC), and as a
regulatory tool for indicating land use disturbance and environmental protection. Turbidity …

The objective classification of sediment source groups is at present an under-investigated
aspect of source tracing studies, which has the potential to statistically improve …

Distribution of the water flow path and residence time (HRT) in the hyporheic zone is a
pivotal aspect in anatomizing the transport of environmental contaminants and the metabolic …

Purpose Multimodal effective particle size distributions (EPSDs) develop as flocculation and
particle breakage occur dynamically in a fluid shear and such distributions have been …