Mathematical Modeling of the Groundwater Level Regime for Substantiation of Resource-Saving Technological Parameters of Drained Lands Water Regulation

Kuzmych, Lyudmyla; Voropai, Halyna; Kuzmych, Stepan

doi:10.1109/idaacs58523.2023.10348689

2023 IEEE 12th International Conference on Intelligent Data Acquisition and Advanced Computing Systems: Technology and Applicat 2023

DOI: 10.1109/idaacs58523.2023.10348689

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Mathematical Modeling of the Groundwater Level Regime for Substantiation of Resource-Saving Technological Parameters of Drained Lands Water Regulation

Lyudmyla Kuzmych,

Halyna Voropai,

Stepan Kuzmych

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2024

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Cited by 5 publications

References 21 publications

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Substantiating Land Reclamation Measures for Protecting Territories and Water Bodies From Pollution Within Municipal Solid Waste Storing Site Area

Gromachenko,

Rokochinskiy,

Volk

et al. 2024

Advances in Environmental Engineering and Green Technologies

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The scientific research has been conducted and the methodological approaches to leachate volume estimation based on improved water-balance calculations; sorptive ameliorant application rate estimation as an integral characteristic of multicomponent value; substantiation of type, construction, and parameters of drainage-accumulation networks have been developed. The technological schemes of land-reclamation measures realization at the stage of project, exploitation, and conservation are worked out and their environmental and economic efficiency has been proved in production conditions.

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Substantiating Land Reclamation Measures for Protecting Territories and Water Bodies From Pollution Within Municipal Solid Waste Storing Site Area

Gromachenko,

Rokochinskiy,

Volk

et al. 2024

Advances in Environmental Engineering and Green Technologies

View full text Add to dashboard Cite

show abstract

Formation of Water Demand for Drained Lands in Variable Climatic and Agricultural Land Reclamation Conditions

Rokochynskyi,

Volk,

Kuzmych

et al. 2024

Advances in Environmental Engineering and Green Technologies

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The chapter provides information on crop evaporation and water consumption during different growth stages, influenced by prevailing weather and climate conditions. This data serves as the basis for designing and implementing effective water regulation strategies. The authors conducted an assessment of the weather and climate in Western Polissia of Ukraine, and performed computer simulations of diverse climate scenarios. These simulations were based on comprehensive forecasts and models, considering key parameters of hydro-melioration systems, local climatic conditions, water management techniques, and the productivity of drained lands under various natural, agronomic, and reclamation conditions. Long-term forecasts were utilized to determine the vegetative values of total evaporation and the water demand of drained lands under changing weather and climatic conditions. Additionally, the authors evaluated the technological efficiency of different methods for moistening drained lands.

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Modeling of Subsurface Runoff and Surface Runoff During Storm Precipitation in Low-Slope Undeformed and Surface-Deformed Soils on Agricultural Lands

Poliakov,

Voropai

2024

Advances in Environmental Engineering and Green Technologies

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The mathematical problem addressed in this study concerns the formation of subsurface and surface runoff during storm precipitation in a low-slope area featuring both undeformed and surface-deformed soils. Approximate relationships governing the water accumulation on the surface of these soils and the movement of the saturation front were derived. Additionally, the timeframe for infiltration and groundwater closure, as well as the dissipation of the surface layer following the cessation of precipitation, was determined. Utilizing generalized initial data for fine soils along with a two-layer soil configuration at the experimental site, the accuracy of the derived relationships was evaluated. This study delves into the process of soil wetting during the formation of a low-permeability interlayer on the surface, resulting from compaction and swelling. A detailed analysis was provided for the comparison of subsurface runoff under conditions of varying degrees of deformation, both with and without surface deformation.

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Mathematical Modeling of the Groundwater Level Regime for Substantiation of Resource-Saving Technological Parameters of Drained Lands Water Regulation

Cited by 5 publications

References 21 publications

Substantiating Land Reclamation Measures for Protecting Territories and Water Bodies From Pollution Within Municipal Solid Waste Storing Site Area

Substantiating Land Reclamation Measures for Protecting Territories and Water Bodies From Pollution Within Municipal Solid Waste Storing Site Area

Formation of Water Demand for Drained Lands in Variable Climatic and Agricultural Land Reclamation Conditions

Modeling of Subsurface Runoff and Surface Runoff During Storm Precipitation in Low-Slope Undeformed and Surface-Deformed Soils on Agricultural Lands

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