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Studying gap dynamics is essential in order to work out close-to-nature regeneration methods since temperate deciduous forests often regenerate themselves by spontaneous gap formation if forestry operations do not influence the natural processes (1). Thus, gap cutting can be regarded as a basic tool of continuous cover forestry (2). Site conditions inside the gaps are spatially heterogeneous due to the differential shading by the neighbouring trees. South parts of the gaps are more shaded and cooler than the north parts therefore soil moisture content of the former is higher. However, fine-scale pattern of soil attributes may modify this phenomenon (3, 4, 5, 6, 7, 8). East locations can be drier than the west ones because they are exposed Tamás Tobisch Gap-phase regeneration of sessile oak

Gap-phase Regeneration of a Central-European Sessile Oak-Hornbeam Forest