富查河和bogota河上游部分水生双翅目群落结构

IF 0.8 4区 生物学 Q4 PLANT SCIENCES Bothalia Pub Date : 2021-01-15 DOI:10.15446/ABC.V26N2.81916
John Freddy Rodriguez Rodriguez, Gabriel Antonio Pinilla agudelo, Ligia Ines Moncada Alvarez
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引用次数: 1

摘要

水生大型无脊椎动物是公认的水质生物指标。在哥伦比亚,这些研究主要是在科分类水平上进行的。本文分析了安第斯山脉高水位河流(波哥大河和富查河)在低水位和高水位时期双翅目昆虫的丰度、丰富度和多样性在属水平上的变化。采用索伯网、手网和洗岩三种方法采集标本。平均气温为12.9摄氏度,氧饱和度接近100%或更高,除了波哥大河下游,在维拉平松镇之前。共收集双翅目13 690只,隶属10科40属。分类丰富度较高,两河下游变化最大。其中手摇蝇亚科最为丰富。典型对应分析(Canonical correspondence analysis, CCA)表明,正cladiinae与水电导率有关;gigantodax属(拟蝇科)未显示出与任何变量的明确关系;相反地,simulium属与尾端有关。总体而言,属与科相比,属与环境变量之间的关联更明显,但这种关联不够强。建议在物种水平上进行分析,考虑局地变化和时间变化,以寻找更高程度的生物区-环境关联。
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ESTRUCTURA DE LA COMUNIDAD DE DÍPTEROS ACUÁTICOS EN TRAMOS DE LOS CURSOS ALTOS DE LOS RÍOS FUCHA Y BOGOTÁ
Aquatic macroinvertebrates are recognized as bioindicators of water quality. In Colombia, the studies have mainly been addressed by the family taxonomic level. This work analyzes the responses in abundance, richness, and diversity of the Diptera at the genus level in high Andean rivers (Bogota River and Fucha River), in periods of low and high waters. The specimens were collected with three methods: Surber net, hand net, and rock washing. The average temperature was 12.9 oC and oxygen saturation was close to 100 % or more, except for the lower section of the Bogota River, before the Villapinzon town. 13 690 Diptera were collected from ten families and 40 genera. Taxonomic richness was high with the greatest variation in the lower sections of the two streams. The Chironomidae subfamilies were the most abundant. Canonical correspondence analysis (CCA) showed that Orthocladiinae were associated with water conductivity; the Gigantodaxgenus (Simuliidae) did not show a clear relationship with any variable; conversely, the genus Simuliumwas linked to the caudal. In general terms, the association between taxa and environmental variables was clearer for genera than for families, but it was not robust enough. It is suggested that to find a higher degree of biota-environment association, it is necessary to carry out analyzes at the species level, considering local and temporal variations.
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来源期刊
Bothalia
Bothalia 生物-植物科学
CiteScore
1.70
自引率
0.00%
发文量
12
期刊介绍: Bothalia: African Biodiversity & Conservation is published by AOSIS for the South African National Biodiversity Institute (SANBI) and aims to disseminate knowledge, information and innovative approaches that promote and enhance the wise use and management of biodiversity in order to sustain the systems and species that support and benefit the people of Africa. The journal was previously published as Bothalia, and had served the South African botanical community since 1921. However the expanded mandate of SANBI necessitated a broader scope for the journal, and in 2014, the subtitle, African Biodiversity & Conservation was added to reflect this change.
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