Ecological assessment of Carex brizoides L. habitats on the Eastern border of the area

L. L. Kiseleva, Z. Silaeva, E. A. Parahina
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Abstract

The purpose of this work was an ecological assessment of the habitats of Carex brizoides L. on the Eastern border of the area on the indicator scales of D. N. Tsyganov (1983) using the computer program EcoScaleWin. To determine the ecological conditions of growth of C. brizoides, three coenopopulations were analyzed: on the margin of a mixed forest, forest of black alder and in cutting. Analysis of the ecological amplitude of the species on the scales of D.N. Tsyganov showed that the species is a stenobiont to the complex of climatic factors, a hemistenobiot to the complex of soil factors and a euryvalent for the light-shading factor. The degree of use of the ecological potentials of the species in the studied C. brizoides population is narrow in the following modes – scale of climate continentality, ombroclimatic scale of aridity and humidity, riches of the soil, nitrogen value of soils, soil acidity, Illumination-Shading (coefficient of ecological efficiency no more than 10%) and quite wide in – thermoclimatic end cryoclimatic scales, soil moisture (coefficient of ecological efficiency from 25.0% to 40.9%).
东边界凤尾草生境生态评价
利用EcoScaleWin软件,采用D. N. Tsyganov(1983)的指标尺度,对该区东部边界毛冠草生境进行了生态评价。为确定凤尾草的生长生态条件,对混交林边缘、黑桤木林和采伐地3个种群进行了分析。对该物种在D.N. Tsyganov尺度上的生态振幅分析表明,该物种对气候因子的复杂性是一个狭窄生物,对土壤因子的复杂性是一个半狭窄生物,对遮光因子是一个泛价生物。在气候大陆性尺度、干湿气候尺度、土壤富余度、土壤氮值、土壤酸度、光照-遮阳(生态效率系数不大于10%)等模式下,本研究物种生态潜力的利用程度较窄;在热—冷气候尺度、土壤湿度(生态效率系数25.0% ~ 40.9%)等模式下,物种生态潜力的利用程度较宽。
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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