pntd.0011765.s004.tif (1.68 MB)

Hot spot analysis for human brucellosis in China from 2004 to 2019.

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posted on 2023-11-13, 18:44 authored by Zi-Xin Sun, Yan Wang, Ying-Jie Li, Shi-Hao Yu, Wei Wu, De-Sheng Huang, Peng Guan

Base layers were downloaded from Standard Map Service System by China Cartographic Publishing House (http://bzdt.ch.mnr.gov.cn/). No. GS(2020)4619. Note: the map of this study does not represent the true borders of administrative regions of China.

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level administrative units gross pastoral product clear seasonal increase average relative humidity average air temperature 4 municipalities directly present study strengthens present study aimed local health authorities spatial panel model different geographical regions 5 autonomous regions season variability played monthly reported number hotspot analysis indicated human brucellosis cases 2019 &# 8212 human brucellosis incidence human brucellosis autonomous regions season variability human health hotspot analysis study based geographical distribution 016 cases &# 8216 spatial heterogeneity spatial clustering spatial autocorrelation xlink ">wool yield spatiotemporal distribution significantly associated significant role scientific basis risk areas october 2003 national bureau mutton yield milk yield microsoft excel meteorological factors inner mongolia great threat epidemic area december 2019 data center combined effects beef yield arcmap software adjacent provinces 31 provincial 22 provinces

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