首页> 外文期刊>Korean Journal of Applied Entomology >Species Composition and Species Diversity of Moths (Lepidoptera) on Quercus mongolica forests sand Pinus densiflora forests, in Korean National Long-term Ecological Research Sites (Mt Nam, Mt . Jiri, Mt Wolak)
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Species Composition and Species Diversity of Moths (Lepidoptera) on Quercus mongolica forests sand Pinus densiflora forests, in Korean National Long-term Ecological Research Sites (Mt Nam, Mt . Jiri, Mt Wolak)

机译:韩国国家长期生态研究基地(南山,吉里山,沃拉克山)的蒙古栎林和沙地松林上的蛾类(鳞翅目)的物种组成和物种多样性

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摘要

Moths were collected using a 22W UV black light trap in June through September in 2005 and May, June, August and September in 2006. The study sites were Namsan (Mt. Nam), Jirisan (Mt. Jiri), Woraksan (Mt. Worak) which are part of the Korean National Long Term Ecological Research (KNLTER). There were two common forest communities, Quercus mongolica and Pinus densiflora. The purpose of this study was to compare species diversity of the major plant feeding Lepidoptera in the two forest types at the regional KNLTER sites. We collected a total of 435 species from the KLTER sites in 2005 and 2006. Abundance of moths was highest at Woraksan (Mt. Worak) followed by Jirisan (Mt. Jiri). The Namsan (Mt. Nam) site had the lowest, with five families (Arctiidae,Geometridae, Noctuidae, Notodontidae, and Pyralidae). Analysis of variance (ANOVA) showed statistically significant differences at sampling date in species abundance as a response variable and at site in species richness as another response variable. Although we expected a distinct cluster with the forest type at each study site, one of ordination analyses, nonmetric multidimensional scaling (NMS), showed distinct clusters with the moth assemblages at each site only but NMS did not show any distinct cluster with the different forest types at each site as we expected.
机译:在2005年6月至9月以及2006年5月,6月,8月和9月使用22W紫外线黑光陷阱收集蛾子。研究地点是南山(南山),吉里山(吉里山),沃拉山(沃拉克山)。 ),这是韩国国家长期生态研究(KNLTER)的一部分。有两个常见的森林群落,蒙古栎和松果。这项研究的目的是在区域KNLTER地点比较两种森林类型中主要以鳞翅目为食的植物的物种多样性。在2005年和2006年,我们从KLTER站点收集了总共435种。在沃拉克桑(沃拉克山),蛾子的丰度最高,其次是吉里森(吉里山)。 Namsan(南山)站点最低,有五个科(弓形科,地线虫科,夜蛾科,Notodontidae和Pyralidae)。方差分析(ANOVA)显示,在采样日期,物种丰富度作为响应变量,而在物种丰富度作为另一响应变量时,在统计上存在显着差异。尽管我们预计每个研究地点的森林类型都会有明显的集群,但协调分析之一非度量多维标度(NMS)却显示了每个地点都有蛾类聚集的独特集群,但NMS并没有显示出不同森林的任何集群。按我们的预期在每个站点输入类型。

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