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Understanding succession is important to predicting the changes that forest vegetation undergoes after fire as it recovers. Fuller (1991) stated that succession refers to the order in which plants return to an area after fire or other disturbance. Previous studies have suggested that boreal forests have been shaped and controlled by fire for several hundred years (Gromtsev, 2002; Shorohova et al., 2009). Likewise, Mongolian forests have been formed by fire, which determines the spatial and temporal dynamics of forest ecosystems (Valendik et al., 1998; Goldammer, 2007). Productivity of Siberian larch has decreased and composition of the boreal forest in northern Mongolia may be altered by changes in the fire regime due to climate warming (Dulamsuren et al., 2011) and intensive human impact (Otoda et al., 2013). Limited studies on the succession and recovery in larch stands after fire were conducted. After fire, natural regeneration of larch stands in Siberian forest, progressed in 4 different directions depending of fire intensity: 1) secondary L. sibirica stand, 2) deciduous stand, 3) bush УДК 630*434+581.524.342 (517.3)

After Fire Regenerative Successions in Larch (Larix sibirica Ledeb.) Forests of the Central Khangai in Mongolia