不同地形池塘浮游植物群落结构的抗菌空间多样性:事后分析方法

E. Octaviany, Y. Widyaningrum, C. Retnaningdyah
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引用次数: 0

摘要

确定了浮游植物多样性的理化水质特征之间的关系。在Ngenep、Nyolo和Balittas采集了浮游植物和水样。每个水池都取了三次。用5升水取样器取样,用浮游生物网过滤后,在10 × 25倍放大显微镜下,在500个视野下用塞奇威克拉夫特计数室观察。每个站点收集的数据包括群落结构、多样性和水质。然后对数据进行方差分析。结果表明,Ngenep、Nyolo和Balittas池塘共发现浮游植物14种。3个池塘浮游植物(H’)多样性指数处于中等水平(1.0.05),但影响了浮游植物多样性和群落结构。聚类分析显示了群落结构、浮游植物多样性与理化水质参数之间的相关关系。
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Antimicrobial Spatial Diversity of Phytoplankton Community Structure on Different Topography Ponds: Ex Post Facto Method
Determine the relationship between physic-chemical water quality characterictics of phytoplankton diversity. Phytoplankton and water samples were taken in Ngenep, Nyolo, and Balittas. Each pool was taken three times. Samples were taken using 5 liters of water sampler, then filtered with plankton net and observed with Sedgewick Rafter's Counting Chamber at 500 visual fields under a microscope 10 x 25 times enlargement. Data collection for each station includes community structure, diversity and water quality. Then the data was analyzed by ANOVA. The results showed that 14 phytoplankton species were found in Ngenep, Nyolo and Balittas ponds. Phytoplankton (H ') diversity index in three ponds at moderate levels (1 .0.05), but affected phytoplankton diversity and community structure. Clustering analysis shows the correlation pattern between community structure, phytoplankton diversity with physico chemical water quality parameters.
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