Human activities and climate change threaten coldwater organisms in freshwater
ecosystems by causing rivers and streams to warm, increasing the intensity and frequency of …

Prediction of rivers and lakes water temperature plays an important role in hydrology,
ecology, and water resources planning and management. Recently, machines learning …

The effect of rainfall on the water quality of urban lakes is related to the surrounding land use
types. Six lakes surrounded by business units (commercial lakes) and park green spaces …

Seasonal thermal stratification in reservoirs changes the thermal regime of regulated river
systems as well as stream temperature responses to climate change. Cold releases from the …

In the majority of studies aiming at stream temperature warming due to climate change just a
single water temperature model is used. Choosing a single model may highly impact the …

Headwater stream temperature often exhibits spatial variation at the kilometer-scale, but the
relative importance of the underlying hydrogeological processes and riverine perturbations …

Identifying the main controlling factors of the stream temperature (Tw) variability is important
to target streams sensitive to climate and other drivers of change. The thermal sensitivity …

Accurately predicting stream water temperature at large scales requires modeling
techniques that account for various physical, chemical, and biological processes that …

Urbanization is a key factor driving water quality and biological communities in freshwater
systems. While urbanization impacts on water resources were well-studied in urban areas …

Among various stream temperature models those based on nonlinear regression frequently
attract attention due to their simplicity and small number of required variables. Among such …