Dry soil becomes hydrophobic due to organic matter coatings and structural changes
Evidence supports the concept that dry soils can exhibit water repellency driven by organic matter accumulation and drying cycles.
The provided literature references established soil science concepts where organic matter (humus) and drying conditions (wet-dry cycling) contribute to or modify soil water repellency.
Christopher S. Jordan, John L. Daniels, William Langley. The effects of temperature and wet-dry cycling on water-repellent soils. 2017. https://doi.org/10.1680/envgeo.14.00032
The study examines the stability and creation of water-repellent soils, noting that treatments like wet-dry cycling and thermal conditions affect the persistence of hydrophobic barriers.
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L. F. DeBano, R. M. Rice. Water Repellent Soils: Their Implications in Forestry. 1973. https://doi.org/10.1093/jof/71.4.220
Early foundational literature notes that water repellency in soils commonly arises from the development of humus, organic matter, and related microorganisms.
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