Human population growth and subsequent land use intensification are closely linked to
contemporary increases in sediment and associated contaminants fluxes to fluvial systems …

The Issaquah Creek watershed is a rapidly urbanizing watershed of 144km2 in western
Washington, where sediment aggradation of the main channel and delivery of fine sediment …

Soil erosion and associated sedimentation are a threat to the sustainable use of surface
water resources through the loss of volume storage capacity and conveyance of pollutants to …

Sediment accumulation can significantly impact the useful life of dams and the multiple
functions served by those dams such as flood attenuation, hydropower, and water supply …

Protecting drinking water resources is important to the economic, social, and environmental
quality of the Midwestern United States. Increased sediment levels can lead to degraded …

The Issaquah Creek basin is an urbanizing watershed of 144 square km in western
Washington, where sediment aggradation of the main channel and delivery of fine sediment …

In Ohio, USA, a sufficiently large number of reservoir sediment surveys is available to
characterize spatial and temporal patterns in sediment fluxes in a disturbed landscape. In …

Reservoir sediment studies are important because of the effect that sediment accumulation
has on the quality of water and useful life of the reservoir. Sediment deposition can affect …

Human activities in urban and rural areas can have a significant impact upon the quality of
surface water. Impacts upon water quality can originate from both point and non-point …

Abstract Purpose The Mississippi River is the largest river in the USA and one of the most
regulated rivers in the world. Understanding fluvial sediment flux changes in the Mississippi …