Excessive riverine nutrient concentrations threaten aquatic ecosystem structure and
functioning and can pose substantial risks to human health. Robust monitoring strategies …

To investigate the prevalence and cause of concentration‐discharge (C‐Q) relationships for
carbon, nutrients, major ions, and particulates, we analyzed 40 years of water quality data …

Land use (and land management) change is seen as the primary factor responsible for
changes in sediment and nutrient delivery to water bodies. Understanding how sediment …

This review and commentary sets out the need for authoritative and concise information on
the expected error distributions and magnitudes in observational data. We discuss the …

The total reactive phosphorus (TRP) and nitrate concentrations of the River Enborne,
southern England, were monitored at hourly interval between January 2010 and December …

Phosphorus losses from land to water will be impacted by climate change and land
management for food production, with detrimental impacts on aquatic ecosystems. Here we …

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 analysis of concentration-discharge (CQ) relationships provides useful information on
the processes controlling the mobilization and delivery of chemical elements into streams as …

The validity of load estimates from intermittent, instantaneous grab sampling is dependent
on adequate spatial coverage by monitoring networks and a sampling frequency that reflects …

This study reports on the occurrence and behaviour of six pesticides and one metabolite in a
small stream draining a vineyard catchment. Base flow and flood events were monitored in …