牲畜
生物安全
消费(社会学)
抗生素
畜牧业
农业科学
托比模型
动物科学
生物技术
环境卫生
兽医学
毒理
生物
医学
生态学
农业
数学
统计
社会学
微生物学
社会科学
作者
Sabine Gross,Jutta Roosen,David A. Hennessy
标识
DOI:10.1016/j.prevetmed.2023.105907
摘要
As high consumption of antibiotics in livestock production poses risks to public health, Germany has implemented a monitoring system to decrease their administration to farm animals. Data from 1,984 German pig farms are used to describe prescription trends for different antibiotic subclasses between Autumn 2017 and Autumn 2019. A panel Tobit model with control function approach is implemented to identify determinants of antibiotic consumption, where variables studied include farm, farmer, and county characteristics as well as weather variables. The overall quantity of prescribed antibiotics has been stable but with seasonal fluctuations and a shift away from critically important antibiotics used. Biosecurity factors such as livestock farm density in a county and pigs per farm are shown to be important drivers of antibiotic consumption. In addition, the number of cold days within a season increases antibiotic consumption but precipitation and the number of hot days have no significant effect.
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