A Quick Review of the Family Chironomidae (Order Diptera) with Effect on the Environment

Fatemeh Shahidi-Hakak, Mohammad Hadi Amid-Motlagh, Mousa Khosravani
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引用次数: 1

Abstract

Context: The Chironomidae family is more sensitive to changes in water environment quality. This taxon is tolerant in stream ecosystems. Thus, it could be used as a bio-indicator of freshwater to recognize the presence of contaminants with deleterious effects on human health. Evidence Acquisition: We searched keywords Chironomidae, bioindicator, environment, water stream, water quality, anthropogenic disturbance, pollutant, fossil, industrial waste, and aquatic habitats. Chironomidae was used once in single and again in combination with others. Google Scholar, Scopus, Springer, ScienceDirect, PubMed, ProQuest, JSTOR, EBSCO, BioOne, ResearchGate, Sage, Wiley Online Library, and SID were used as databases or search engines. Then, the results were sorted into four sections: Distribution and ecology, biotic indicators, food, and paleoecological studies. Results: The identification key of chironomids should be improved based on morphological and molecular data to determine this family more clearly. Identifying sub-fossil chironomid insects found in the sediments of lakes unravels the range of environments during the history of its aquatic habitat through paleoecological investigations. Conclusions: Chironomidae at genera or species has variations in traits in the ecosystems. Each species as a bio-indicator has different tolerable condition in its own habitat .Overall, the role of this family in all types of pollutants is ambiguous. More studies are needed to particularize the importance of Chironomidae based on genera and species.
手蛾科(双翅目)及其对环境的影响
背景:摇尾蝇科对水环境质量变化较为敏感。这个分类群在溪流生态系统中具有耐受性。因此,它可以用作淡水的生物指示物,以识别对人类健康有有害影响的污染物的存在。证据获取:检索关键词:手蛾科、生物指示物、环境、水流、水质、人为干扰、污染物、化石、工业废弃物、水生生境。手蛾科一次单独使用,一次与其他科联合使用。使用Google Scholar、Scopus、Springer、ScienceDirect、PubMed、ProQuest、JSTOR、EBSCO、BioOne、ResearchGate、Sage、Wiley Online Library和SID作为数据库或搜索引擎。然后,将研究结果分为分布与生态、生物指标、食物和古生态四个部分。结果:在形态学和分子生物学的基础上,进一步完善摇尾拟鱼的鉴定重点,以明确摇尾拟鱼科的归属。通过古生态学研究,鉴定湖泊沉积物中发现的摇壶目昆虫亚化石,揭示了其水生栖息地历史上的环境范围。结论:手摇蝇科属或种在生态系统中存在性状差异。作为生物指示物的每个物种在其各自的栖息地都有不同的耐受条件。总体而言,该科在所有类型污染物中的作用尚不明确。需要更多的研究来明确手摇蝇科在属和种上的重要性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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