In 2024, we conducted a second measurement on 12 research plots in young beech forests in the Brežice area, which were initially established in 2014. The analyzed forest stands were divided into three strata based on damage and salvaging after the 2012 snow-break: undamaged, damaged and unsalvaged, and damaged and salvaged. Each stratum was represented by four research plots measuring 20 × 20 m. In the first part, a complete measurement of all trees above 1.3 m in height was carried out on the plots, and in the second part, the selected trees and their parameters were inventoried. The salvaged plots retained a greater diversity of tree species (14) and a higher proportion of admixed species relative to the dominant beech (43 %). The positive impact of salvaging was observed in changes in tree crown length, dimension ratio, social advancement, and damage levels of the selected trees. One unexpected finding was the decrease in the inclination of the selected trees in both damaged strata. However, when evaluating the collective stability of the selected trees, a better average score of 3.2 was found in the salvaged stratum, compared to 2.0 in the unsalvaged stratum, which was likely due to the strong lateral growth response of beech trees. This response influenced the interconnection of tree crowns and improved stand stability. For similar future events, we suggest implementing salvaging along with situationnal tending. Focusing on fewer selected trees would allow for more targeted attention, potentially saving time and reducing salvaging costs.
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