巴西南部乌拉圭河流域一亚流域溪流中黑蝇的时空分布(双翅目:黑蝇科)

Patricia Maria Limberger, D. A. R. Tataje, Darlan Novicki, Luiz Carlos Marmilicz Junior, M. N. Strieder
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摘要

大多数黑蝇(双翅目,拟蝇科)的成年雌性都有吸血的习惯。未成熟阶段在水道中发育,在水环境生态学中具有重要意义。我们的目的是了解巴西南里奥格兰德州西北部Comandaí河水文次盆地中未成熟模拟流体的分布。为此,在沿亚盆地三个主要区域分布的九条河流的三段(源头、中间和河口)取样了模拟流体。对非生物因子在不同时空尺度上的影响进行了评价。采样分两个季节进行:2016年9月至11月(春季)和2017年4月至7月(秋季)。共采集拟蝇末龄幼虫和蛹17146只,鉴定出拟蝇科11种。种数最多的物种是桉树(Simulium pertinax Kollar)(77.55%),其次是桉树(Simulium incrustatum Lutz)(14.56%)和苍白树(Simulium subpallidum Lutz)(2.35%)。在指示种的鉴定上,在口型段中以葡萄树(S. pertinax)、枣红树(Simulium jujuyense Paterson & Shannon)、白斑树(S. subpallidum)和轨道树(Simulium orbitale Lutz)较为突出,在源型段中以红胸树(Simulium rubrithorax Lutz)较为突出。环境变量如电导率、海拔、冠层盖度和溪流宽度被解释为模拟未成熟阶段分布的重要调节因素。总体而言,春季研究区拟蝇科数量较多,且以下游为主。这一信息可能有助于在巴西南部实施有效措施,控制对健康有重要意义的物种。
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Spatio-temporal distribution of preimaginal black flies (Diptera: Simuliidae) in streams of a sub-basin of the Uruguay river basin, southern Brazil
Adult females of most black flies species (Diptera, Simuliidae) exhibit a blood-sucking habit. Immature stages develop in water courses and are important in the ecology of lotic environments. We aim to understand the distribution of immature simuliids in the hydrographic sub-basin of the Comandaí river, in Northwest of Rio Grande do Sul, Brazil. For that purpose, simuliids were sampled in three stretches (source, intermediate and mouth) of nine streams, distributed along the three main regions of the sub-basin. Evaluations of the influence of abiotic factors in different spatial and temporal scales were made. Sampling was carried out in two seasons: between September and November 2016 (spring), and between April and July 2017 (autumn). In total, 17,146 individuals were sampled (larvae of last instars and pupae), which resulted in the identification of eleven Simuliidae species. The most abundant species were Simulium pertinax Kollar (77.55%), followed by Simulium incrustatum Lutz (14.56%) and Simulium subpallidum Lutz (2.35%). Regarding the identification of indicator species, S. pertinax, Simulium jujuyense Paterson & Shannon, S. subpallidum and Simulium orbitale Lutz stood out in mouth stretches, and Simulium rubrithorax Lutz in source stretches. Environmental variables such as conductivity, altitude, canopy cover and stream width were interpreted as important conditioning factors for the distribution of simuliid immature stages. In general, we concluded that Simuliidae are more abundant during spring in the study area, mainly downstream. This information may contribute to the implementation of efficient measures to control species of health importance in southern Brazil.  
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