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    Does Spontaneous Secondary Succession Contribute to the Drying of the Topsoil?

    Year: 2023

    Journal: Forests, Volume 14, 2023-02, page 356

    Authors: Hewelke, Edyta; Zaniewski, Piotr T.; Zaniewska, Ewa; Papierowska, Ewa; Gozdowski, Dariusz; Łachacz, Andrzej; Górska, Ewa Beata

    Keywords: afforestation; bio-hydro-physical soil properties; sandy soil; soil hydrophobicity; soil moisture content

    The aim of the study was to analyse the moisture content (θ) and the persistence and strength of water repellency (SWR) on sandy soil excluded from cultivation and then undergoing spontaneous afforestation or weed infestation during an abnormally warm period. Three site plots in close proximity were selected, i.e., Scots pine forest—S1 (Dicrano-Pinion), birch forest—S3 (Molinio-Frangulion) 25 years old, and an abandoned field—S2 (Scleranthion annui) 1 year old, in Central Poland. The study covers the growing period in 2020 for the two upper soil layers. For the top layer, the average θ values for S1, S2, and S3 were 0.069, 0.101, and 0.123 cm3cm−3, respectively. In S1, the θ values were close to the permanent wilting point, and the actual SWR classes (water drop penetration time WDPT test) indicated the top layer as belonging to the extremely repellent class continuously for almost the whole study period. For other sites and soil layers, the wettable SWR classes were assessed. Whereas the severity of the potential SWR, based on measured values of the wetting contact angle (sessile drop method), also showed hydrophobicity for the top layer under the birch forest. The study provides new information regarding the risk of drying out the soil due to the SWR in sandy soils, depending on land use and climate warming.
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