This study evaluates the selection of predictor variables for machine learning (ML) models of
stream temperatures affected by riparian shading. Two scenarios of model development …

In various watershed-based hydrological models, river topography information is generated
by utilizing empirical expressions developed for large catchments. Therefore, identified the …

Watershed models have been increasingly applied to investigate the impacts of
environmental changes on water quantity and quality and to support decision-making. Thus …

To tackle the eutrophication of Lake Erie, USA and Canada agreed to reduce phosphorus
levels by 40% by 2025. An accurate simulation of water quality and quantity is essential to …

Hydraulic geometry parameters describing river hydrogeomorphic relationships are critical
for determining a channel's capacity to convey water and sediment which is important for …

It is necessary to study the parameters that affect water quality in order to devise mitigation
measures if water quality would be at risk or negatively affected by those parameters. Those …

When an artificial structure is built in a river, the river changes significantly in water quality
and hydraulic properties. In this study, the effects of the weirs constructed in the middle …

A comprehensive modeling framework utilizing hydrodynamic and sediment transport
models (MIKE Hydro River, MIKE 21 FM, MIKE 21C) was applied to the 33.57 km stretch of …

Channel dimensions (width and depth) at varying flows influence a host of instream
ecological processes, as well as habitat and biotic features; they are a major consideration …

Hydraulic geometry characteristics can influence stream ecosystem and biogeochemical
processes at different spatial scales. Globally, studies are emerging on the relationship …