The study of a region's hydrogeological state is critical for understanding water resource availability, aquifer dynamics, and the potential for groundwater contamination. This paper proposes the use of mathematical modeling as an effective approach to analyze the hydrogeological conditions of a given region. The model incorporates various parameters, including geological layers, hydraulic conductivity, and recharge rates, to simulate groundwater flow and behavior. This approach helps in predicting future trends, managing water resources, and supporting environmental sustainability.

Hydrogeology, groundwater modeling, mathematical model, water resources, aquifers, hydraulic conductivity, regional hydrogeology, groundwater flow.

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