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Seasonal and spatial occurrence of zoonotic Salmonella serotypes in griffon vultures at farmland environments: Implications in pathogen pollution and ecosystem services and disservices

机译:农田秃鹰在农田环境中的季节性和空间发生血清型:病原体污染和生态系统服务和孤立的影响

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Livestock production is a large source of microbial. pharmaceutical, and antimicrobial pollution worldwide. Vultures are one group of birds with particularly high exposure to food-borne pathogens due to frequent consumption of infected livestock carcasses. The potential origin and spatial-temporal shedding patterns of livestock-adapted Salmonella serotypes of zoonotic importance were evaluated in adult and nestling Griffon vultures (Gyps fulvus). We specifically assessed the exposure source and subsequent elimination of Sa/monella-infected carcasses (ecosystem services) or transmission back to livestock (ecosystem disservices) by vultures, thus contributing respectively to disease mitigation or amplification in natural and farmed environments. The results show a seasonal high occurrence and turnover of a high variety of serotypes, especially swine-adapted ones isolated at high frequency. This suggests that vultures can be reservoirs and long-distance carriers of faecal Salmonella shed in supplementary feeding stations and breeding colonies. Contrary to their conservation purposes, feeding stations can act as Salmonella hotspots and reservoirs. However, a role for vultures in the transmission back to food-producing animals seems impossible because they do not come into contact at indoor farms, while transmission to free-ranging ruminants was not supported by the presence of ruminant-adapted serotypes in the vultures. Therefore, vultures do not promote disservices associated with the re-infection of livestock with Salmonella, but can provide quantitatively important ecosystem services by removing carrion contaminated with these and other zoonotic pathogens potentially affecting their health. Sanitary vigilance of the farms authorised to provide food for avian scavengers should avoid the disposal of swine and poultry carcasses with Salmonella and the antibiotics used to treat it Extensive free-ranging livestock and their carcasses exploited in the countryside should be a priority for the conservation of vultures and their ecological function as cleaners and disease mitigators.
机译:牲畜生产是一种大型微生物来源。全世界药品和抗菌污染。秃鹰是一组鸟类,由于频繁消耗感染牲畜尸体,含有特别高的食物的病原体。在成人和雏鸟的Griffon秃鹰(GYPS Fulvus)中评估了牲畜适应的沙门氏菌血清型的潜在来源和空间延迟血清型。我们专门评估了暴露源以及随后消除了秃鹰的Sa / Manella感染的屠体(生态系统服务)或传输返回牲畜(生态系统孤立),从而分别涉及天然和养殖环境中的疾病缓解或扩增。结果表明,季节性高,血清型季节性高,尤其是在高频上分离的猪适应的速度。这表明秃鹰可以是补充饲养站和育种菌落中粪便血液落下的储层和长距离载体。与他们的保护目的相反,饲养站可以充当沙门氏菌热点和水库。然而,在传播中的秃鹰在产生食物的动物中的作用似乎是不可能的,因为它们在室内农场没有接触,而在秃鹰中的反刍动物适应的血清型存在反刍动物适应的血清型不支持到自由范围的反刍动物。因此,秃鹰不会促进与沙门氏菌的牲畜重新感染相关的扰动,但可以通过污染的腐肉提供定量重要的生态系统服务,这些病原体可能影响其健康。被授权为禽流养者提供食物的农场的卫生警察应避免使用沙门氏菌的猪和家禽尸体,并且用于治疗它的抗生素广泛的自由牲畜和他们在农村开发的胴体应该是保护的优先事项秃鹰及其生态功能作为清洁剂和疾病的影响者。

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