POST-AGRARIAN TRANSFORMATION OF GEOSYSTEMS OF THE TUNKINSKAYA DEPRESSION (REPUBLIC OF BURYATIA)

г. Иркутск, ул. Улан-Баторская, V. Sochava
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引用次数: 0

Abstract

To identify features of natural reforestation after abandonment of land, this paper considers the current state of 22 sites of fallow lands of the Tunkinskaya depression (Republic of Buryatia). The species composition of tree and ground covers was revealed during the overgrowing of arable land on the basis of the geobotanical analysis. The landscape specificity of the main agrarian regions of the Tunkinskaya depression was reviewed and directions for recovery successions occurring in different conditions of the functioning of geosystems were identified. The study of the dependence of demutation features on the state of the surrounding biocenoses allowed to isolate the pine, birch, mixed, and meadow varieties of vegetation after the termination of plowing. The dependence of the intensity of propagation of tree undergrowth on the degree of remoteness from the forests surrounding the abandoned lands was confirmed. A decrease in overgrowth of tree species was observed as the distance from the periphery of the deposit to its center increased. The main factor complicating the process of reforestation is grazing cattle. Its termination contributes to the intensive appearance of woody shoots.
tunkinskaya洼地(布里亚特共和国)地质系统的后农业转型
为了确定土地废弃后自然再造林的特征,本文考虑了布里亚特共和国Tunkinskaya洼地22个休耕地的现状。在地植物学分析的基础上,揭示了耕地过度生长过程中乔木和地被植物的种类组成。综述了通金斯卡亚坳陷主要农业区的景观特征,确定了不同地质系统功能条件下恢复演替的方向。研究突变特征对周围生物群落状态的依赖性,可以分离出松木、桦木、混交林和草甸等植被品种。证实了林下植被的繁殖强度与撂荒地周围森林的远离程度有关。随着沉积物外围到中心距离的增加,树木的过度生长减少。使重新造林过程复杂化的主要因素是放牧。它的终止有助于木本芽的密集出现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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