PubMed · 5614814
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E C Bonard. 1967. [Arbovirus].. https://pubmed.ncbi.nlm.nih.gov/5614814/
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The paper contains methodical basis of ecovirological zoning in the analysis of the problem of interrelation between climatic changes and the activity of natural nidi of arboviral infection. The authors offer an original hieroglyphic system of cartographic signs of arboviruses and a map of prevalence of arboviruses in various landscape zones of Noth Eurasia (within the boundaries of the former USSR.) They analyze the three main cartographic approaches to ecovirological zoning of natural territorial complexes, which imply analysis of a ralation to a landscape, conjugated component analysis, and paleographic reconstruction analysis.
Ross River virus (RRV) disease is the most common mosquito-borne disease in Australia, with the majority of cases reported from Queensland. In this study we investigate the relationship between local RRV disease outbreaks and standardized rainfall and temperature data in Queensland. No one set of variables could be found to accurately predict RRV disease outbreaks across all of Queensland, although good predictive models could be developed for smaller regions. The variables identified as important in predicting RRV disease outbreaks differed between regions, and also between summer and autumn. This work highlights the sensitive relationship between virus prevalence, mosquito bionomics, and climate, illustrating that critical climatic factors differ depending on underlying environmental conditions. Identification of factors leading to RRV disease outbreaks will help local authorities identify periods of high risk, optimizing the provision of additional mosquito control measures.
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