Scarce water resources across the globe have prompted the development of data‐driven
water budgets to account for and distribute limited water more effectively across various land …

Turbulent momentum and heat exchanges at the air‐water interface of lakes are complex
processes due to diverse characteristics such as climate, fetch limitation, and geometry; …

Shortwave radiation, longwave radiation, photovoltaic (PV) panel, air and near-surface
water temperature data were measured for a floating PV system installed in a shallow …

Ecosystems in deep lakes are vulnerable to mixing regime alterations induced by global
warming. Detection of mixing regime shifts contributes to a better understanding of the …

Thermal conditions, such as stratification and mixing characteristics, are important for water
quality and ecology in lakes and reservoirs. The prevailing strong stratification is a major …

Through numerical simulation using the three-dimensional Delft3D-Flow model, a unique
phenomenon was found in a tropical, large, riverine reservoir in China on the Lancang …

The WRF-lake vertically one-dimensional (1D) water temperature model, as a submodule of
the Weather Research and Forecasting (WRF) system, is being widely used to investigate …

The structure and mixing dynamics of shallow tropical reservoirs was investigated using
data collected in the Kranji Reservoir in Singapore. Water temperature data spanning a 2 …

Field data and numerical modeling were used to investigate the effects of the riverine inflows
on the seasonality of the lake mean temperature, thermal structure, and basin‐scale internal …

Accurately modeling the interactions between inland water bodies and the atmosphere in
meteorological and climate models is crucial, given the marked differences with surrounding …