Gao Peng-Cheng, Death Russell G, Death Fiona
College of Resources and Environmental Science, Northwest A & F University, Yangling, Shaanxi, China.
Ying Yong Sheng Tai Xue Bao. 2012 Jun;23(6):1682-8.
This paper introduced the principles and applications of macroinvertebrate community index (MCI) and quantitative macroinvertebrate community index (QMCI) commonly used in New Zealand, and applied them to monitor and assess 53 sites in 40 rivers in Wellington region of the Country. Both MCI and QMCI were correlated with the rivers nutrients enrichment significantly, suggesting that it was possible to use the two indices to monitor and assess the nutrient pollution of water body. The MCI and QMCI could rapidly and easily assess water body quality, and the assessment showed that in Wellington region, the rivers water quality was overall good, but some of the rivers were poor in water quality. There was a significant correlation between MCI and QMCI, but, as compared with QMCI, MCI was better correlated with the rivers nutrients enrichment, and thus, recommended to be applied to assess water body quality. The aim of this paper was to introduce the related researchers in China how to use MCI and QMCI in monitoring and assessing water body quality, and gave some ideas on improving the development of biotic index with macroinvertebrates in rivers water quality assessment in China.
本文介绍了新西兰常用的大型无脊椎动物群落指数(MCI)和定量大型无脊椎动物群落指数(QMCI)的原理及应用,并将其应用于该国惠灵顿地区40条河流中53个点位的监测与评估。MCI和QMCI均与河流营养物质富集显著相关,表明利用这两个指数监测和评估水体营养污染具有可行性。MCI和QMCI能够快速、简便地评估水体质量,评估结果显示,在惠灵顿地区,河流总体水质良好,但部分河流水质较差。MCI和QMCI之间存在显著相关性,但与QMCI相比,MCI与河流营养物质富集的相关性更好,因此,推荐将其应用于水体质量评估。本文旨在向国内相关研究人员介绍如何利用MCI和QMCI监测和评估水体质量,并对我国河流水质评估中利用大型无脊椎动物改进生物指数的发展提出了一些想法。