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 application of remote sensing technology to water quality monitoring has special
significance for lake management at regional scales. Many studies have proposed …

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 …

Eutrophication continues to be a concerning global water quality issue. Managing and
mitigating harmful algal blooms demands clear information on the conditions promoting …

To reduce the incidence of recreational waterborne illness, fecal indicator bacteria (FIB) are
measured to assess water quality and inform beach management. Recently, predictive FIB …

Water quality monitoring could benefit from information derived from the newest generation
of medium-resolution Earth observation satellites. The main objective of our study was to …

Economic growth is often based on the intensification of crop production, energy
consumption and urbanization. In many cases, this leads to the degradation of aquatic …

The studies targeted to hydrology and water quality are scarce in tropical headwater
streams. In these delicate ecosystems the comprehension of water quality can constitute a …

The effect of fire on annual streamflow has been examined in numerous watershed studies,
with some studies observing postfire increases in streamflow while other have observed no …

Eutrophication has re-emerged in the lower Great Lakes basin resulting in critical water
quality issues. Models that accurately predict nutrient loading from streams are needed to …