Spatio-Temporal distribution of Anopheles using the wide-area model for estimating water temperature

建立了疟疾媒介蚊按蚊生活史与气候条件的关系模型，以较好地描述其时空分布。由于蚊子在水生环境中通过不成熟的生命阶段生长，因此该模型被设计为表达有利于蚊子生长的表面湿度条件。根据蚊子生命周期的发育阶段，使用空气或水温估计蚊子的发育。因此，该模型能够预测按蚊在代表性地点发生的季节性模式，具有更合理的准确度。然后应用该模型，使用简单的气候数据，以获得不同种类的按蚊在季风亚洲发生的地理分布。

The relationship between the life cycle and climate conditions of the malaria vector mosquito Anopheles was modeled to describe its temporal and geographic distribution at a fine resolution. Since the mosquito grows through immature life stages in an aquatic environment, the model was designed to express the surface moisture conditions conducive to the mosquito's growth. The development of the mosquito was estimated using either air or water temperature, depending on the developmental stage of the mosquito's life cycle. As a result, the model was able to predict seasonal patterns of occurrence of Anopheles at representative sites with a more reasonable degree of accuracy. This model was then applied using simple climate data to obtain the geographic distribution of the occurrence of various species of Anopheles in Monsoon Asia.