Excess nutrient loads have been recognized to be the major cause of serious water quality
problems recently encountered in many estuaries and coastal waters of the world …

Within irrigated agricultural watersheds, canal networks may play a crucial role as nitrogen
(N) sink. This is due to the intertwined action of macrophytes and microbial communities …

The objectives of this study are to evaluate the uncertainty in annual nitrate loads and
concentrations (such as annual average and median concentrations) as induced by …

Denitrification is an important sink of nitrogen in riverine systems and mainly linked to
interstitial sediments and hence to river morphology. Studies which quantify this relationship …

A nitrate sensor has been set up to measure every 10 min the nitrate signal in a stream
draining a small agricultural catchment dominated by fertilized crops during a 2‐year study …

In-stream benthic processes can play a significant role on the water quality of overlying
waters flowing through a river network. In order to better understand and quantify the fate of …

Wetland restoration is often conducted in Eastern US coastal plain watersheds alongside
agricultural lands that frequently export significant amounts of nitrogen in drainage water …

The vast majority of hydrological stations are set up such that discharge can be estimated
from the sole measurement of water height or stage above a local datum. Hydraulics laws …

The water quality model VEMALA v. 3 reconciles the complexity of a freshwater ecosystem
model with the terrestrial and marine ecosystem models already implemented in Finland …

Streams alter the concentration of nutrients they transport and thereby influence nutrient
loading to estuaries downstream; however, the relationship between in‐stream uptake …