Artificial structures installed in rivers can change the natural physical, physiochemical, and
biological characteristics of the rivers. Coliform bacteria are important water quality …

Many studies have attempted to predict chlorophyll-a concentrations using multiple
regression models and validating them with a hold-out technique. In this study commonly …

The prediction of anaerobic digestion (AD) performance using numerical models, which are
based on mathematics and kinetics, is being challenged by poor mechanistic understanding …

The application of a machine learning (ML) model to bio-electrochemical anaerobic
digestion (BEAD) is a future-oriented approach for improving process stability by predicting …

In this study, we performed algorithms to predict algae of Chlorophyll-a (Chl-a). Water quality
and quantity data of the middle Nakdong River area were used. At first, the correlation …

Following the installation of 16 weirs in South Korea's major rivers through the Four Rivers
Project (2010–2012), the water residence time increased significantly. Accordingly …

Herein, we analyzed the spatial and temporal variation of DO (dissolved oxygen), BOD
(biochemical oxygen demand), and COD (Chemical Oxygen Demand) with the monthly …

The flow of the middle and downstream of the Yeongsan River is stagnant by two weirs of
Seungchon and Juksan and the estuary dam and maintained in freshwater. In this study, the …

Researchers worldwide are increasingly concerned about the loss of longitudinal river
connectivity. Here, we determined how the construction of serial weirs influences the nutrient …

In the past, water quality management was regulated on the basis of pollutant
concentrations in rivers. However, the recent implementation of total maximum daily load …