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Climatic and soil characteristics of the altitudinal vegetation zones and edaphic-trophic units

机译:垂直植被带和营养型单元的气候和土壤特征

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摘要

Classification of forest ecosystems in Slovakia is based on Zlatnik's geobiocenological school. The reconstruction units are forest geobiocoen types (FGT) and these are arranged into groups of forest geobiocoen types (GFGT) and other super-structured units according to phytosociological and ecological similarities. The classification system is based on consideration that permanent ecological conditions are not changing over a long time and that plant species are a good non-direct indicator of ecological conditions with respect to their specific ecological (soil and climatic) amplitude. Because the herb species composition significantly reflects also the changes in tree species layer the floristic analysis of vegetation along with analysis of ecological properties of sites can be used for typisation geobiocoens. Hence, we also need to know these ecological (climatic, soil and terrain) characteristics. The analysis of basic climatic and soil characteristics of the selected super-structured geobiocenological units (altitudinal vegetation zone (avz), edaphic-trophic non-waterlogged and waterlogged units) showed the high variability of both climatic and soil values.
机译:斯洛伐克的森林生态系统分类基于Zlatnik的地球生物生物学学校。重建单位是森林地质生物类型(FGT),并根据植物社会学和生态学上的相似性将其分为森林地质生物类型(GFGT)和其他超结构单位。分类系统是基于以下考虑:永久性生态条件不会长期改变,并且就其特定生态(土壤和气候)幅度而言,植物物种是生态条件的良好非直接指标。由于草本物种组成也显着反映了树种层的变化,因此可以对植被进行植物区系分析以及地点的生态特性分析,以用于典型的地理生物。因此,我们还需要了解这些生态(气候,土壤和地形)特征。对选定的超结构地球生物古生物学单位(垂直植被区(avz),非营养性和非营养性单位)的基本气候和土壤特征的分析表明,气候和土壤价值均存在较大的变异性。

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