Floating photovoltaic power plants are a quickly growing technology in which the solar
modules float on water bodies instead of being mounted on the ground. This provides an …

Despite the growing awareness of harmful algal blooms (HABs) in the United States and
abroad, estimates of welfare losses due to their presence are missing from the literature …

Hypoxia, or low dissolved oxygen (DO) concentrations, in lakes is commonly linked to
eutrophication caused by excessive nutrient loadings. While nutrient-driven eutrophication …

We simulated bottom resuspension events in Lake Erie, using a coupled three-dimensional
hydrodynamic and water quality model. Key parameters in the model, including critical …

The distribution of phytoplankton in lakes is notoriously patchy and dynamic, but wind-driven
currents and algal buoyancy/motility are thought to determine where algae accumulate. In …

The theoretical potential of salinity gradient energy in river mouth systems is the maximum
amount of energy that can be extracted from the controlled mixing of river water and …

Fundamental hydrodynamic and ecological processes of a lake or reservoir could be
adequately depicted by one-dimensional (1D) numerical simulation models. Whereas, lakes …

Hypoxia or low bottom water dissolved oxygen (DO) is a world‐wide problem of
management concern requiring an understanding and ability to monitor and predict its …

A three-dimensional numerical model was used to simulate the dynamics of a salt-wedge
intruding along the lower Strymon River mouth (northern Greece). The area is microtidal and …

The objective of this study was to establish a technique to predict the occurrence of algal
bloom and the algal-derived taste and odor compounds 2-methylisoborneol (2-MIB) and …