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群落结构特征参数对葡萄园节肢动物群落作用的比较

邹运鼎1;李昌根1,2;毕守东1;巫厚长1;陈向阳1;李芬1;周夏芝1;林雪飞1   

  1. 1安徽农业大学林学与园林学院,合肥 230036;2国家林业局三北防护林建设局,银川 750001
  • 收稿日期:2005-08-11 修回日期:2006-01-18 出版日期:2006-06-18 发布日期:2006-06-18

Structural characteristics of arthropod community in grapery

ZOU Yunding1;LI Changgen1,2;BI Shoudong1;WU Houzhang1;CHEN Xiangyang1;LI Fen1;ZHOU Xiazhi1;LIN Xuefei1   

  1. 1College of Forestry and Garden, Anhui Agricultural University, Hefei 230036, China; 2The ThreeNorth Program of State Forestry Administration, Yingchuan 750001, China
  • Received:2005-08-11 Revised:2006-01-18 Online:2006-06-18 Published:2006-06-18

摘要: 利用主成分分析法,对葡萄园节肢动物群落、植食类亚群落、捕食类亚群落的特征参数进行分析.结果表明,葡萄园节肢动物群落、植食类亚群落、捕食类亚群落特征向量矩阵中第1主分量综合指标贡献率依次为66.70%、73.39%和54.17%.节肢动物群落的总个体数N、Hill多样性指数N1、Hill多样性指数N2和McIntosh指数Dmc的标准回归系数绝对值较大,对群落贡献大;植食类亚群落的NN2N1和物种数S的标准回归系数绝对值较大,对植食类亚群落贡献大;捕食类亚群落的N2N1、Shannon-Wiener多样性指数H'和丰富度R的标准回归系数绝对值较大,对捕食类亚群落贡献大.综合分析,多样性指数N1N2对3种类型群落贡献较大.

关键词: 叶菜, 节肢动物, 多样性, 抽样技术, 临界抽样量

Abstract: By the method of principal component analysis, this paper analyzed the characteristic parameters of arthropod community and its phytophagous and predacious sub-communities in grapery. The results showed that in the first principal component, the contribution of arthropod community, phytophagous sub-community and predacious sub-community was 66.70%, 73.39% and 54.17%, respectively. For arthropod community, the absolute values of normalized regressive coefficients of individuals’ number N, Hill diversity index N1, Hill diversity index N2 and McIntosh index Dmc were larger, indicating their greater contribution on the community. For phytophagous sub-community, N, N1, N2, N and S (total species) had greater contribution; while for predacious sub-community, the greater contribution was made by N1, N2, Shannon-Wiener diversity index H'and abundance R. Synthetically, N2 and N1 had greater contribution on the arthropod community and its phytophagous and predacious sub-communities in grapery, comparing with other characteristic parameters.

Key words: Leafy vegetable, Arthropod, Diversity, Sampling technology, Critcal number of samples