基辅和切尔卡西地区不同生物类群硬蜱种群密度指数的研究与比较

O. Panteleienko, T. Tsarenko
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引用次数: 1

摘要

蜱在各种传染病的传播中起着重要作用。硬蚊科的代表携带大量的病原体。人畜共患感染,如蜱传螺旋体病、蜱传脑炎、埃立克体病、无形体病等,特别危险。蜱的分布区域非常多样:森林、草甸、灌木、城市公园和城市中各种类型的绿地。传染病自然疫源地蜱的数量和种类组成研究,是评估特定地区流行病学生物潜力和预测传染病风险的重要组成部分。本研究以蓖麻硬蜱和网状革蜱的种群密度指数为基础,研究比较了人工改造的半自然森林环境和草甸带牧场两种生境中蜱的分布。第一个-森林区域位于基辅地区Bila Tserkva的森林公园“Golendernya”。第二个是位于Cherkasy地区,Lysyansk联合领土社区(OTG)的Zhabianka村的天然草甸区。在旗子上按常规方法采集蜱虫。种群密度指数以调查区域每平方米蜱虫数表示,修正系数为1.2。调查总生境面积1.2万m2,共采集蜱类572只,其中蓖麻蜱393只,网纹革蜱179只。在黄连道共捕获蜱356只,其中蓖麻蜱339只,网状革蜱17只。据此,在黄属草地6 000 m2调查面积上,蓖麻伊蚊种群密度指数为0.07只/m2(95.9%),网状革蜱种群密度指数为- 0.003只/m2(4.1%)。在天然草甸生态区共采集蜱类216只,其中网纹革蜱162只,蓖麻蜱54只。在6万m2的草甸生物群落中,网状革螨种群密度指数为0.03只/m2(75.0%),蓖麻蜱种群密度指数为0.01只/m2。(25.0%)。蓖麻伊蚊与网状革蜱种群密度指数差异有统计学意义(p <0.01),这与生境类型有关。关键词:伊蚊,蓖麻伊蚊,网纹革蚊,种群密度指数,生境
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study and comparison of population density indices of Ixodes ticks of different biotopes of Kyiv and Cherkasy regions
Ixodes ticks play an important role in the spread of various infectious diseases. Representatives of the Ixodes family carry a large number of pathogens. Zoonotic infections, such as tick-borne borreliosis, tick-borne encephalitis, ehrlichiosis, anaplasmosis, etc., are especially dangerous. Areas of distribution of Ixodes ticks are quite diverse: forests, meadows, shrubs, city parks and various types of green spaces in cities. The study of the quantitative and species composition of ticks in natural foci of infectious diseases is an important component of assessing the epizootiological biopotential and forecasting the risks of infectious diseases in certain areas. In the studies, we studied and compared the distribution of Ixodes ticks based on the population density index of Ixodes ricinus and Dermacentor reticulatus in two different habitats: anthropogenically transformed semi-natural forest environment and meadow-type with pastures. The first – the forest area is located in the forest park tract "Golendernya" in Bila Tserkva, Kyiv region. The second – a natural meadow area is located in the Cherkasy region, Lysyansk United Territorial Community (OTG), village Zhabianka. Collection of Ixodes was performed by the usual method on the flag. The population density index is expressed in relation to the number of ticks per 1 m2 of the surveyed area with a correction factor of 1.2. A total of 12,000 m2 of total habitat area was surveyed, 572 specimens of Ixodes ticks were collected, including 393 Ixodes ricinus and Dermacentor reticulatus 179, respectively. 356 Ixodes ticks were collected in the Golendernia tract, of which 339 were Ixodes ricinus and only 17 were Dermacentor reticulatus. Accordingly, in Golendernia tract the population density index of the surveyed area of 6 thousand m2 Ixodes ricinus is 0.07 specimens/m2 (95.9%) and Dermacentor reticulatus – 0.003 specimens/m2 (4.1%). 216 specimens of Ixodes ticks were collected in the natural meadow biotope, of which 162 – Dermacentor reticulatus and 54 – Ixodes ricinus. The population density index of the surveyed area of 6 thousand m2 in the meadow biotope with mites of the species Dermacentor reticulatus is 0.03 specimens/m2 (75.0%), and with mites of the species Ixodes ricinus – 0.01 specimens/m2. (25.0%). Population density indices between Ixodes ricinus and Dermacentor reticulatus have a statistically significant difference (p <0.01) which is due to the types of habitats. Key words: Ixodes tiks, Ixodes ricinus, Dermacentor reticulatus, population density index, habitats.
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