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基于大型无脊椎动物群落的流水生物水质评估:欧洲的历史与现状

Biological water quality assessment of running waters based on macroinvertebrate communities: history and present status in Europe.

作者信息

Metcalfe J L

机构信息

Rivers Research Branch, National Water Research Institute, PO Box 5050, 867 Lakeshore Road, Burlington, Ontario, Canada L7R 4A6.

出版信息

Environ Pollut. 1989;60(1-2):101-39. doi: 10.1016/0269-7491(89)90223-6.

Abstract

This paper reviews the history and development of biological water quality assessment using macroinvertebrates in Europe, and critically evaluates each of the principal approaches used. As the biotic approach incorporates the most highly regarded features of the saprobic and diversity approaches, it has received the most attention in recent years. Most modern biotic index and score systems have evolved from the Trent Biotic Index, through a series of refinements and adaptations (i.e. the Extended Biotic Index, Chandler's Score, Indice Biotique) into the two modern systems. These methods are the Biological Monitoring Working Party System, used mainly in Great Britain, and the Belgian Biotic Index Method. The results of these techniques are now influencing policy decisions concerning surface water management in Europe, where macroinvertebrate community assessment are being used as a planning tool for managing water uses, for ambient monitoring, and for evaluating the effectiveness of pollution control measures. New research directions aimed at improving the performance of bioassessment techniques are being explored. These include defining reference communities based on stream typology which can then be used to set water quality objectives, and applying these methods to the assessment of toxic pollution.

摘要

本文回顾了欧洲利用大型无脊椎动物进行生物水质评估的历史与发展,并对所采用的每种主要方法进行了批判性评估。由于生物方法融合了污水生物系统法和多样性方法中最受重视的特征,近年来受到了最多关注。大多数现代生物指数和评分系统都从特伦特生物指数演变而来,经过一系列的改进和调整(如扩展生物指数、钱德勒评分、生物指数),发展成为两种现代系统。这些方法是主要在英国使用的生物监测工作组系统,以及比利时生物指数法。这些技术的结果目前正在影响欧洲有关地表水管理的政策决策,在欧洲,大型无脊椎动物群落评估正被用作管理用水、进行环境监测以及评估污染控制措施有效性的规划工具。旨在提高生物评估技术性能的新研究方向正在探索中。这些方向包括基于河流类型定义参考群落,然后用于设定水质目标,以及将这些方法应用于有毒污染的评估。

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