Today, deep hydrological analysis has proven to be a straightforward and efficient method for conducting engineering calculations, research, and assessing the impacts of climate change scenarios. For example, it can be used to evaluate various control strategies for the functioning of specific hydrologic systems, such as river basins. Additionally, modeling is the only quantitative approach to estimate the influence of climate change on water resources and other natural processes. River flow modeling has become a crucial component in the planning and management of river basins, water supply systems, hydropower projects, and agriculture, as well as for short-term forecasting and flood warning.

Topics
Hydroelectric energy, Climate change, Hydrology, Engineers
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