The rivers rejuvenate themselves by traveling over a distance, thereby they assimilate the
pollution load and cause their own self-cleansing, also termed 'Self-purification capacity'. To …

In recent years, fishery has developed rapidly. For the vital interests of the majority of
fishermen, this paper makes full use of Internet of Things and air–water amphibious UAV …

A one-dimensional hydraulic HEC-RAS model was developed to forecast the change in
salinity in the tributaries of the Co Chien and Hau Rivers in Tra Vinh province, Vietnam. The …

Numerical simulation of flows that consider interaction between overland and drainage
networks has become a practical tool to prevent and mitigate flood situations in urban …

Total dissolved solids (TDS) concentration, as an essential variable in evaluating the quality
of drinking and agricultural water, represents water body salinity. In a river system, high TDS …

Water quality extremes, which water quality models often struggle to predict, are a grave
concern to water supply facilities. Most existing water quality models use mean error …

The openly released and measured data from automatic hydrological and water quality
stations in China provide strong data support for water environmental protection …

Numerical simulation of unsteady viscous flow over variable topography under the influence
of temperature changes is a challenge. In order to apply the model to large domains with …

Hydraulic calculations and mathematical modelling of open flows in river channels keep still
being among the most topical hydro-engineering today's problems in terms of practice …

The use of spectral theory and chaos theory on river water quality modeling is reported in a
very limited way. This study proposes a wavelet-maximum Lyapunov exponent (WMLE) …