真实附生植物样品的物种丰度分布模型

E. Hajnal, J. Lakner, C. Stenger-Kovács
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引用次数: 0

摘要

无论是从生态学的理论角度,还是从水体监测实践的角度,对水生植物物种丰度分布的认识都具有重要意义。附生植物种呈指数分布,而稀有种则超出期望值。由于期望值和标准差在同一个数量级上,很难用经典的统计方法来研究稀有物种的分布。用计算机模拟了分布函数。该软件可以由两种不同类型的分布函数的结果生成一个众,并根据有效的抽样标准从中随机抽取样本。通过不同的方法将人工样品与真实样品进行了比较。发现稀有种在周生层的分布较为均匀。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Species abundance distribution model for real periphyton samples
The recognition of abundance distribution of periphyton species is important both from theoretical ecological aspect, and from the view of the water monitoring practice. The periphyton species showed exponential distribution, but the rare species have an excess above the expected value. The distribution of the rare species can be hardly investigated by classical statistical methods, because the expected value and the standard deviation are in the same order of magnitude. The distribution function was modelled by computer. This software can generate a multitude by the resultant of two different types of distribution functions, and take random samples from it, according to the valid sampling standard. The artificial samples were compared to the real ones by different methods. The distribution of rare species was found to be uniform in the periphyton.
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