Objective To establish Anopheles minimus density evaluation model based on climate, environmental and remote sensing data.
目的借助气象、环境与遥感监测指标建立微小按蚊密度评价模型。
Objective To make a clear understand of malaria epidemic posture and evaluate the control effect in the region distributed with Anopheles minimus in Fujian Province.
目的了解福建省微小按蚊分布区疟疾流行态势，评价防治效果。
The mosquitoes were firstly identified morphologically, and then Anopheles minimus A and C, An. aconitus, and An. jeyporiensis were identified by using multiplex PCR.
将捕获的蚊虫以传统方法进行形态学鉴定，然后用复合PCR法鉴别微小按蚊、乌头按蚊和杰普按蚊。
The mosquitoes were firstly identified morphologically, and then Anopheles minimus A and C, An. aconitus, and An. jeyporiensis were identified by using multiplex PCR.
将捕获的蚊虫以传统方法进行形态学鉴定，然后用复合PCR法鉴别微小按蚊、乌头按蚊和杰普按蚊。
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