Dynamics of the pine forest ground cover in the forest-steppe zone after fires

Valentina Popova, Anna Popova, Anastasiya Kondrat'eva, Aleksey Tseplyaev, Gennadiy Klimchik, Olesya Bel’china
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Abstract

The ground cover in the forest plant community is the most dynamic structure. We analyzed the ground cover in the pre- and post-fire period in the forest community of a pine forest of natural origin, not damaged by fires, but located on the border of the harem. The study was carried out in biotopes of pine forest (Voronezh region, Educational and Experimental Forestry Enterprise of Voronezh State Forestry Engineering University named after G.F. Morozov) by describing the ground cover of the transect in several types of forest of areas undamaged by fire: dry forest, raw forest, subor. Over the past decade, the total number of ground cover species in the pine forest has been preserved (63 species), their species composition is changing. The greatest species diversity is characteristic of suborea. By 2022, steppe and meadow plants, primarily cereals, will appear in the flora, which indicates a change in environmental conditions. Ground lichens have completely disappeared, as well as 19 species of indicator plants, six of which are included in the Red Book of the Voronezh Region. There was a change in the structure of plant groups. Along with the indicator species, meadow and steppe species appear in the groups. The total projective coverage of the ground cover decreased from 80 to 68 %, as well as the projective coverage of the thicket (from 60 to 50%), mosses (from 80 to 70%), lingonberries (from 40 to 30%) in groups.
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森林-草原带火灾后松林地表覆盖动态
森林植物群落中地被覆盖结构最具动态性。本文对位于后宫边缘、未被火灾破坏的天然松林的森林群落进行了火灾前后的地表覆被分析。这项研究是在松林的生物群落中进行的(沃罗涅日地区,沃罗涅日国立林业工程大学的教育和实验林业企业以G.F. Morozov命名),通过描述几种未受火灾破坏的森林类型的样带的地面覆盖:干燥森林、原始森林、亚森林。近十年来,松林地表覆盖物种总数保持不变(63种),其物种组成正在发生变化。物种多样性最大的是亚热带。到2022年,草原和草甸植物,主要是谷物,将出现在植物区系中,这表明环境条件发生了变化。地衣已经完全消失,还有19种指示植物,其中6种被列入沃罗涅日地区红皮书。植物类群结构发生了变化。除指示种外,类群中还出现草甸和草原物种。地表植被的总投影盖度从80%下降到68%,灌丛、苔藓、越橘的投影盖度从60%下降到50%、苔藓从80%下降到70%、越橘的投影盖度从40%下降到30%。
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