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首页> 外文期刊>Journal of Medical Entomology >Temporal and spatial synchrony of Culex territans (Diptera: Culicidae) with their amphibian hosts
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Temporal and spatial synchrony of Culex territans (Diptera: Culicidae) with their amphibian hosts

机译:Culex territans(Diptera:Culicidae)与两栖动物宿主的时空同步

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Culex territans Walker (Diptera: Culicidae) larvae share nonpolluted freshwater habitats with amphibians, which are bloodmeal hosts of their adults. To examine synchrony of Cx. territans with amphibian species, 10 larval habitat sites were sampled weekly from March to November of 2004. Cx. territans larvae were temporally and spatially associated with the green frog, Rana clamitans Latrielle. We predicted that if the preferred hosts were abundant at low temperatures, Cx. territans might be able to digest bloodmeals at those same temperatures. Using the thermal heat summation model, 192.3 d above 3.9 degrees C were needed to complete the gonotrophic cycle. This is the lowest thermal minimum reported for a Nearctic species of mosquito. Using this model, we calculated that the first larvae of Cx. territans field collected on 6 May 2004 were the progeny of females that bloodfed during the last week of March or first week of April. We conclude that Cx. territans has physiological mechanisms that allow them to take advantage of early season bloodmeal sources.
机译:Culex territans Walker(Diptera:Culicidae)幼虫与两栖动物共享无污染的淡水生境,两栖动物是其成年的血粉宿主。检查Cx的同步性。从2004年3月至11月,每周取样10个有两栖动物的土生动物栖息地。陆生幼虫在时间和空间上都与绿色蛙蛙蛙(Rana clamitans Latrielle)相关。我们预测,如果首选宿主在低温下丰富,则Cx。土人可能能够在相同温度下消化血粉。使用热总和模型,需要完成3.9摄氏度以上的192.3 d来完成非营养循环。这是据报道的Nearctic蚊子的最低热量最小值。使用此模型,我们计算出Cx的第一个幼虫。 2004年5月6日收集的territans田地是在3月的最后一个星期或4月的第一个星期进行血腥饲养的雌性的后代。我们得出结论,Cx。土人的生理机制使他们能够利用早期季节的血粉资源。

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