Recent years have seen a growing awareness of the wider environmental significance of the
suspended sediment loads transported by rivers and streams. This includes the importance …

Increased sediment loading comprises one of the most important and pervasive
anthropogenic impacts on aquatic ecosystems globally. In spite of this, little is known of the …

In-stream macrophytes are typically abundant in nutrient-rich chalk streams during the
spring and summer months and modify the in-stream environment by altering river flows and …

The phosphorus content of fluvial sediment (suspended sediment and the< 63μm fraction of
floodplain and channel bed sediment) has been examined in contrasting rural (moorland …

Global increases in the occurrence of large, severe wildfires in forested watersheds threaten
drinking water supplies and aquatic ecology. Wildfire effects on water quality, particularly …

Seasonal rainfall events reinforce the link between terrestrial and fluvial domains and are
crucial for assessing hydrological control over riverine nutrient dynamics and pollutant …

Stormwater sampling for particulate, colloidal, and dissolved metals was conducted for
several storms at six outfalls in Monmouth County, NJ. Samples were initially sequentially …

This article investigates the temporal and spatial controls on sediment-phosphorus (P)
dynamics in two contrasting sub-catchments of the River Kennet, England. Suspended …

The present article describes a first attempt to use infrared spectroscopy to trace the origin of
suspended river sediments. Fifty samples of the main potential sediment sources within a …

Phosphorus (P) sources (point and diffuse) in the human‐impacted Seine basin (64,840
km2) were evaluated for the year 2000. An agricultural P budget showed that fertilizers …