Shaeghi Mansoureh, Dehghan Hossein, Pakdad Kamran, Nikpour Fatemeh, Absavaran Azad, Sofizadeh Aioub, Akhavan Amir Ahmad, Vatandoost Hassan, Aghai-Afshar Abbass
Department of Medical Entomology and Vector Control, School of Public Health, Tehran University of Medical Sciences, Tehran, Iran.
Depertment of Environmental Chemical Pollutants and Pesticides, Institute for Environmental Research, Tehran University of Medical Sciences, Tehran, Iran.
J Arthropod Borne Dis. 2017 May 27;11(2):286-301. eCollection 2017 Jun.
Aquatic insects are very abundant and divers groups of insects that are associated with an aquatic or semiaquatic environment in one or more of their life stages. These insects have been, in some cases, well studied because they are vectors of several diseases. This is the first comprehensive faunistic study of aquatic insects from Babol County. The results may provide basic data for further taxonomic and ecological studies of aquatic insects as biological control agent or classification of water quality for the country.
The specimens were collected using different methods including: D-frame net collector, standard mosquito dipper (350ml), Sweep-Netting and plastic pipette. Sampling carried out in different part of breading places in several times.
During this study a total of 196 aquatic specimens were collected from different habitats and were morphologically identified including 18 families classified in 6 orders: Diptera, Trichoptera, Ephemeroptera, Plecoptera, Hemiptera and Odonata. Babol and Amol district in Mazandaran Province are located in humid climate regions with suitable ecological factors of humidity, moderate temperature and the variety of plant species. There are different species of aquatic insects in different habitats.
The results will provide information for biodeveristy, species richness, their role for biological control as well as calcification of rivers based on abundance of aquatic insects. Therefore the understanding of ecological specifications of aquatic insects could provide a clue for further Arthropod-borne disease control. Additionally aquatic insect could be used for classification of water bodies.
水生昆虫是非常丰富且多样的昆虫类群,在其一个或多个生命阶段与水生或半水生环境相关联。在某些情况下,这些昆虫已得到充分研究,因为它们是多种疾病的传播媒介。这是对巴博勒县水生昆虫的首次全面区系研究。研究结果可为该国进一步开展水生昆虫作为生物防治剂的分类学和生态学研究或水质分类提供基础数据。
使用不同方法采集标本,包括:D形网采集器、标准蚊虫勺(350毫升)、扫网和塑料移液管。在繁殖地的不同区域多次进行采样。
在本研究中,共从不同生境采集到196个水生标本,并进行了形态学鉴定,其中包括分属于6个目的18个科:双翅目、毛翅目、蜉蝣目、襀翅目、半翅目和蜻蜓目。马赞德兰省的巴博勒和阿莫勒地区位于湿润气候区,具有适宜的湿度、适中的温度和多样的植物物种等生态因素。不同生境中有不同种类的水生昆虫。
研究结果将为生物多样性、物种丰富度、它们在生物防治中的作用以及基于水生昆虫数量的河流钙化情况提供信息。因此,了解水生昆虫的生态特性可为进一步控制节肢动物传播疾病提供线索。此外,水生昆虫可用于水体分类。