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Information × Registration Number 0226U001539, (0125U000739) , R & D reports Title Analysis of the practical application of electrophysical methods for determining the moisture distribution in soil cover popup.stage_title Аналіз практичного застосування електрофізичних методів для встановлення розподілу вологи у ґрунтовому покриві Head Koliada Valerii Petrovych, Registration Date 27-01-2026 Organization National Scientific Center «Institute for Soil Science and Agrochemistry Research named after O. N. Sokolovsky» popup.description1 Theoretical analysis and practical application of electrophysical methods for determining the moisture distribution in soil cover as an alternative to conventional methods in soil science popup.description2 SOIL MOISTURE, ELECTRO-PHYSICAL PROPERTIES OF SOIL, ELECTRICAL RESISTANCE, METHODS, OXIDATION-REDUCTION POTENTIAL OF SOIL The object of the study is the methodological aspects of determining the electro-physical parameters of soil.The purpose of the study is the theoretical analysis and practical application of electro-physical methods for determining the distribution of moisture in the soil cover as an alternative to the methods commonly used in soil science. Research methods – informational-monographic, abstract-logical; field, laboratory-analytical; computational-constructive; cartographic, mathematical modeling, statistical. Analysis of literary sources indicates the growing relevance of scientific research devoted to the theory and practical application of electromagnetic methods of surface study in soil science and agronomy. Such methods include vertical electrical studiing, electromagnetic induction (for determining soil electrical conductivity), and reflectometry (for assessing moisture content, etc.). It has been shown that in soil science, these methods are used to study the genesis, spatial heterogeneity and properties of soil cover, while in agronomy, they enable qualitative and quantitative monitoring of moisture content, water regime dynamics, salinity, and other parameters important for crop production. Of particular importance is the study of redox potential of the soil, which is functionally related to the water regime and reflects the genetic characteristics of soils, their landscape position, and plant nutrition conditions. In the course of the work, a method for establishing a geoelectric profile was developed and the relationship between the radial and lateral redistribution of soil electrical resistance and its moisture content was determined. The temporal dynamics of the redox potential for different crops and agricultural techniques studied or the water balance and density of soil composition. Product Description popup.authors Shevchenko Mykola V. Kruhlov Oleksandr V. Nazarok Pavlo H. popup.nrat_date 2026-01-27 Close