PÁLEŠ, MATEJ: Analysis of the structure and suitability for close-to-nature forest management in a mixed stand in Forestry Unit Teplý vrch. The Bachelor’s thesis. Technical University in Zvolen. Faculty of Forestry; Department of Silviculture. Supervisor: doc. Ing. Stanislav Kucbel, PhD., Zvolen, 2021. 49 p. The aim of the bachelor thesis was to summarize the basic theoretical knowledge about the conversion of forest stands to permanently differentiated structures as part of the concept of close-to-nature forest management. The information obtained was subsequently used in the practical part, which contained an analysis and also a proposal of the procedures necessary for the conversion of the single-layered stand into a multi-layered one. The research area, was the compartment 308 which is part of the Teplý Vrch forest management area. The stand is 105 years old, with the rotation period of 110 years and regeneration period of 30 years. The main task was to analyse the structure of forest stand using the full calipering and the measurements of basic dendrometric values: average height, average diameter, and the volume of the mean stem. On the basis of the stem density in particular diameter classes, we calculated the stand volume of individual tree species and the tree species composition. We concluded that the stand volume is significantly underestimated compared to the data given in the Management plan. Biosociological analysis of the status of the trees and qualitative inventory of the stand also formed part of the analysis. In this inventory we concluded that investigated forest stand is of relatively good quality and of good vitality. The next part of the work is dedicated to a proposal of regeneration logging on the basis of the results of the analysis specifically on the volume calculated from the assessed diameter distribution. The proposal for the regeneration logging was aimed at fluent natural regeneration, accumulation of the volume increment and last but not least at the ecological stability of the stand. Among other things, we recommend the changing of the regeneration period from 30 years to unlimited.