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(00826)Potential Links between Precipitation and Anthrax Outbreak at North-West Siberia

机译:(00826)西伯利亚西北部降水和炭疽疫情之间的潜在环节

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West Siberia is a region subject to fast warming and unstable precipitation regime. In 2016, the most devastating anthrax outbreak in seventy years occurred in the northern part of the region. A working hypothesis suggests that permafrost thawing led to an exposure of old infected carcasses. We performed a thorough analysis of climatic factors in the region. Our analysis of soil temperature observations from the last 20 years indeed reveals rapid permafrost thawing near outbreak localization starting from 2010. We further analyzed meteorological observations to estimate the effect of warming and precipitation on permafrost. We showed that permafrost thawing was significantly accelerated during two consequent years with anomalously thick snow cover. Furthermore, spread of the disease was possibly intensified by an extremely dry summer. Precipitation in June-July 2016 did not exceed 10% of the climatological normals in the region. We conclude that epidemiological situation concerning anthrax remains highly unstable in the region due to the drastic decrease in summer precipitation and potential winter precipitation extremes.
机译:西西伯利亚是一个符合快速变暖和不稳定的降水制度的地区。 2016年,七十年内最具破坏性的炭疽病发生在该地区的北部发生。工作假设表明,Permafrost解冻导致旧感染尸体的暴露。我们对该地区的气候因子进行了彻底的分析。我们对过去20年来的土壤温度观测的分析确实揭示了从2010年开始的爆发定位附近的快速Permafrost解冻。我们进一步分析了气象观察,以估算升温对多年冻土的影响。我们表明,在两次随着异常厚的雪覆盖时,在两年后,Permafrost解冻显着加速。此外,这种疾病的传播可能会受到极其干燥的夏季加剧。 2016年6月至2016年7月的降水并未超过该地区气候常态的10%。我们得出结论,由于夏季降水和潜在的冬季降水极值剧烈降低,该地区的流行病学局势仍然是高度不稳定的。

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