Mathematical modeling of processes of changes in groundwater levels and their concentration in the environment under the influence of irrigation water.
Received: 2026-05-25
Published: 2026-06-06
Abstract
This article provides an in-depth analysis of the processes of groundwater level changes in irrigated areas under the influence of irrigation water. The proposed mathematical model takes into account the convection and diffusion phenomena of water, and determines the flow rate and concentration distribution of seepage water. The scientific novelty of the model is that it also takes into account the influence of such important factors as water salinity, temperature indicators, and soil moisture saturation. Also, the use of these parameters in determining the coefficient of water permeability of the environment significantly increased the accuracy of the model and the effectiveness of forecasting. The mathematical model created based on the results of the research expands the possibilities of effective management of irrigation systems, rational use of water resources and their economical distribution. In addition, the results obtained are of significant scientific and practical importance in ensuring environmental sustainability, proper planning of agrotechnical measures, and improving the reclamation condition of lands.
Keywords
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