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Paragenese of the vegetation in ecosystems contact zones (in Lake Baikal basin)

机译:生态系统接触区(贝加尔湖盆地)植被的共生

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Phytocenoses in the ecosystems contact zones are characterized by a rather complex structural and dynamical more than one features and by specific development characters under definite physical and geographical conditions. Unlike zonal vegetation, such phytocenoses respond to all environment changes more rapidly. The structure of such phytocenoses allows to determine the way this or that scenarios of climate change would develop at any level of more than one ecosystems. A possibility to use the notion “paragenese” for characterization of phytocenoses under contrast conditions is considered. Paragenese is the development of phytocenoses which are not related to zonal vegetation types by their composition and structure. Probably, the communities from ecosystems contact zones are to be related to a particular “type” of vegetation. Phytocenoses in the contact of light coniferous taiga and extrazonal steppes, as well as relations between zonal forest-steppe at main areas of Lake Baikal basin served as examples for justification of use of the notion “paragenese” to characterize the development of such communities.
机译:生态系统接触区的植物藻素具有相当复杂的结构和动态的不止一个特征,以及在确定的自然和地理条件下的特定发育特征。与地带性植被不同,此类植物素对所有环境变化的反应更快。这种植物群落的结构决定了这种或那种气候变化情景在一个以上生态系统的任何水平上的发展方式。考虑了在对比条件下使用“共生”概念表征植物激素的可能性。共生是植物素的发展,而植物素的组成和结构与地带植被类型无关。来自生态系统接触区的社区可能与特定的“类型”植被相关。在轻型针叶林针叶林针叶林与地带外草原的接触中的植物群落,以及贝加尔湖盆地主要地区的带状森林草原之间的关系,为证明使用“共生”概念表征此类群落的发展提供了例证。

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