Stream nutrient concentrations exhibit marked temporal variation due to hydrology and other
factors such as the seasonality of biological processes. Many water quality monitoring …

The present study was carried out in Haraz basin (Iran) that is located in south of the
Caspian Sea. The goal of this study was to establish correlations amongst total suspended …

Monitoring the water quality of rivers is increasingly conducted using automated in situ
sensors, enabling timelier identification of unexpected values or trends. However, the data …

Suspended solids (SS) are important carriers of pollutants such as phosphorus (P) in
streams, but the sampling frequency in monitoring programs is usually insufficiently frequent …

Suspended sediment concentration (SSC) has been used as a key indicator in various
environmental studies concerning, for example, ecological integrity, river morphology …

Transport of many pollutants in rivers is coupled to mobilization of suspended particles
which typically occurs during floods. Since the amount of total suspended solids (TSS) in …

Water-quality monitoring in rivers often focuses on the concentrations of sediments and
nutrients, constituents that can smother biota and cause eutrophication. However, the …

Accurate quantification of suspended sediments (SS) and particulate phosphorus (PP)
concentrations and loads is complex due to episodic delivery associated with storms and …

In northern countries, the climate, and consequently the use of studded tyres and winter
traction sanding, causes accumulation of road dust over winter and spring, resulting in high …

In mountainous catchments, soil erosion and sediment transport are highly variable
throughout time and their quantification remains a major challenge for the scientific …