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首页> 外文期刊>Bangladesh Journal of Plant Taxonomy >Cyanobacterial Diversity and Physicochemical Characteristics of Thermal Springs in The Kütahya Province of Turkey
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Cyanobacterial Diversity and Physicochemical Characteristics of Thermal Springs in The Kütahya Province of Turkey

机译：火鸡克塔哈谷省热弹簧的蓝细菌多样性及物理化学特征

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摘要

Thermal springs are very difficult environments for organisms due to the high temperature, and physicochemical parameters. Cyanobacteria, which are photosynthetic prokaryotes, are best adapted to these environments. Kütahya is an important thermal area in Turkey. The aim of the study was to determine the cyanobacterial flora with a morphologic and ecologic approach in the 11 thermal. The physicochemical properties of the thermal springs in Kütahya province were measured. The thermal springs are alkaline (pH>6) with an average temperature of 52°C. As a result, 54 cyanobacteria taxa were identified. Oscillatoriales were the predominant order in terms of taxa diversity (24 taxa) and biomass size. Statistical analyses were conducted to reveal the physicochemical properties of the thermal springs and the distribution of cyanobacteria in detail. According to these analyses, the thermal springs were classified into two main groups with a Piper. As a result of the RDA analysis under CANOCO 5.0, the total variation was 55.45455, and the first two axes explained a total of 57.43% of the variance. There was a significant difference (P<0.001) in the comparison of the physicochemical parameters including pH, EC, TDS, and temperature values of the thermal springs in the Kruskal Wallis tests.
机译：由于高温和物理化学参数，热弹簧是有机体的非常困难的环境。蓝藻是光合原核素的，最好适应这些环境。 Kütahya是土耳其的一个重要的热面积。该研究的目的是在11热量中测定蓝藻菌群，其形态学和生态方法。测量了Kütahya省热弹簧的物理化学特性。热弹簧是碱性（pH> 6），平均温度为52℃。结果，确定了54个蓝色细菌群。振荡器是在分类群多样性（24个分类群）和生物质尺寸方面的主要顺序。进行统计分析以揭示热弹簧的物理化学特性和细胞的分布细节。根据这些分析，将热弹簧分为两个主要组，用吹笛者。由于Canoco 5.0下的RDA分析，总变化为55.45455，前两个轴解释了总方差的57.43％。在与Kruskal Wallis试验中的热弹簧的PH值，​​EC，TDS和温度值的物理化学参数的比较中存在显着差异（P <0.001）。

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