Heat fluxes at the lake surface play an integral part in determining the energy budget and
thermal structure in lakes, including regulating how lakes respond to climate change. We …

Turbulent fluxes across the air‐water interface are integral to determining lake heat budgets,
evaporation, and carbon emissions from lakes. The stability of the atmospheric boundary …

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 …

Stratification and mixing patterns of a water body are influenced by the variability of
atmospheric systems, which can also modify their biogeochemical properties. The primary …

Several studies show the effects of lake breezes on cloudiness over natural lakes and large
rivers, but only few contain information regarding large flooded areas of hydroelectric dams …

Water surface‐atmosphere interactions play an important role in the climate system on
regional and even global scale. Yet, it remains unclear whether radiative or aerodynamic …

Aiming at the sustainability of aquaculture production, producers should adopt tools and
protocols for environmental monitoring and management of these enterprises. There are …

The role of heat fluxes in phytoplankton production during the summer heating of the
Barguzin Bay of Lake Baikal was studied using mathematical simulation. The results of …

Abstract Changes in the physical and biogeochemical properties of water columns are
frequently associated with cold fronts and mesoscale convective systems due to increased …

We numerically reproduced the spring riverine thermal bar in the area of the Selenga inflow
into Lake Baikal using the nonhydrostatic 2.5 D mathematical model. Our model took into …