Reliable quantitative information about sediment sources is a key requirement for river
catchment management, especially in settings with high sediment loads. This study explores …

Abstract Information on the relative contributions of sediment from different sources is
needed to target sediment control strategies to prevent excess sediment delivery to …

Sediment fingerprinting in data sparse regions, such as the mountainous areas of Iran, is
more suited to a confluence-based sample design wherein tributary sub-basins are …

Application of sediment source fingerprinting techniques to generate reliable information on
sediment sources is growing, because of the global environmental importance of elevated …

Many intra and extra problems occurred due to unsustainable human use of natural
resources leading to increasing sediment loads in the watersheds. However, few studies …

Sediment fingerprinting is widely used in drainage basin analysis to identify the provenance
and source contributions of sediments (or other material) in transit from source-to-sink. By …

The primary purpose of this paper is to explore the various sources of uncertainty associated
with the use of the fingerprinting approach, based on multivariate mixing models, to …

Numerous studies have shown how selected physico-chemical properties of sediments may
be used as tracers to identify catchment sediment sources. Sediment fingerprinting has …

Numerous studies have shown how different physical and chemical properties of sediments
may be used as tracers in the identification of sediment contributing source areas. However …

Transport and deposition of fine-grained sediment, a pervasive nonpoint source pollutant,
cause deleterious off-site impacts for water quality and aquatic ecosystems. Sediment …