Larval biotopes of mosquitoes (Diptera: Culicidae) on the Berezinsky Biosphere Reserve (Belarus)

D. S. Suslo
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引用次数: 1

Abstract

The purpose of the research is to study of larval biotopes of the family Culicidae Meigen, 1818 on the territory of the Berezinsky Biosphere Reserve.Materials and methods. Mosquito larvae collected on the Berezinsky Biosphere Reserve in 2016–2020. A total of 7772 mosquito larvae were collected in the course of 1467 counts. Mosquito larvae were collected in four types of natural reservoirs: permanent open (I); permanent shaded (II); temporary open (III) and temporary shaded (IV). The larvae were collected by dip net. The specimens were identifed using standard keys; in certain cases, the taxonomic collection of the Zoological Institute of the Russian Academy of Sciences (St. Petersburg) was used.Results and discussion.We found larvae of 22 mosquito species on the Berezinsky Biosphere Reserve. The genus Aedes Meigen, 1818 is the most abundant – 16 species (72,7%). The genus Anopheles Meigen, 1818 is represented by 2 species (9,2%), the genus Culiseta Felt, 1904 – 3 species (13,6%) and the genus Culex Linnaeus, 1758 – 1 species (4,5%). The largest number of species (18) is recorded in permanent and temporary open-type reservoirs, 17 – in temporary shaded reservoirs and the smallest number – 6 in permanent shaded reservoirs. Three species, Aedes vexans (Meigen, 1830), Ae. cantans (Meigen, 1818), and Ae. sticticus (Meigen, 1838) were found at all types of water bodies. The main larval breeding habitats are reservoirs of temporary origin with varying degrees of shading (88,0%). There are the highest abundance and mean average density of larvae. Thus, in temporary open water bodies, the abundance is 52,4% (with an average density of 197,0±45,7 sp./m2), and in temporary shaded water bodies, the abundance is 35,5% (with an average density of 287,2±162,1 sp./m2). For permanent reservoirs with varying degrees of shading, a low abundance and an average density of larvae are noted. Thus, in permanent open water bodies, the abundance is 9,6% (with an average density of 27,0±7,7 sp./m2), and in permanent shaded water bodies, the abundance is 2,5% (with an average density of 19,4±6,0 sp./m2). In permanent open water bodies, the greatest species diversity is noted, which is confrmed by the values of the indices (Нʹ = 3,06; D Mg = 2,57 and DSm = 0,16).
别列津斯基生物圈保护区(白俄罗斯)蚊子幼虫生物区(直翅目:蚊科)
本研究的目的是研究别列津斯基生物圈保护区1818年美根库蚊(Culicidae Meigen, 1818)幼虫的生物区系。材料和方法。2016-2020年别列津斯基生物圈保护区蚊幼虫的采集。共捕获蚊幼虫7772只,计数1467次。蚊幼虫采集于4种类型的天然水库:永久开放(I)型;永久阴影(II);临时开放(III)和临时遮蔽(IV)。采用蘸网法采集幼虫。采用标准钥匙对标本进行鉴定;在某些情况下,使用了俄罗斯科学院动物研究所(圣彼得堡)的分类资料。结果和讨论。在别列津斯基生物圈保护区共发现22种蚊子幼虫。其中以美伊蚊属(1818)最多,有16种(72.7%)。其中,1818年美根按蚊属2种(9.2%),1904年库蚊属3种(13.6%),1758年林奈库蚊属1种(4.5%)。在永久和临时开放式水库中记录的物种最多(18种),在临时遮荫水库中记录的物种最多(17种),在永久遮荫水库中记录的物种最少(6种)。刺纹伊蚊(Meigen, 1830) 3种;cantans (Meigen, 1818)和Ae。粘虫(Meigen, 1838)在各种类型的水体中都有发现。主要的幼虫繁殖生境是不同程度遮荫的临时来源水库(88.0%)。幼虫的丰度和平均密度最高。临时开放水体的丰度为52.4%(平均密度为197,0±45,7 sp./m2),临时遮荫水体的丰度为35.5%(平均密度为287,2±162,1 sp./m2)。对于遮荫程度不同的永久水库,幼虫的丰度和平均密度都很低。因此,在永久开放水体中,丰度为9.6%(平均密度为27,0±7,7 sp./m2),在永久阴凉水体中,丰度为2.5%(平均密度为19.4±6,0 sp./m2)。在永久开放水体中,物种多样性最大,这一点得到了指数值的证实(Н + = 3,06;D Mg = 2,57, DSm = 0,16)。
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