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Assessment reveals changes in mineral composition and water interactions in loess rocks, indicating risks of technogenic flooding.
The indicators of the mechanical composition, mineral composition of the clay fraction and the ion-salt complex of loess subsidence rocks of the territory between the Prut and Dniester rivers of natural composition and humidity and after prolonged interaction with water during soaking and fil-tration are analyzed. Changes in the structure and chemical composition that contribute to the trans-formation of loess macroporous deposits into a dense solid rock with water-resistant properties, con-tributing to the activation of technogenic flooding of the territory, have been identified
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Olyanskii et al. (2024) studied this question.
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