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用于指导动物健康监测的牲畜贸易网络。

Livestock trade networks for guiding animal health surveillance.

作者信息

Hardstaff Jo L, Häsler Barbara, Rushton Jonathan R

机构信息

University of Liverpool- Institute of Infection and Global Health, The Farr Institute@HeRC, 2nd Floor - Block F, Waterhouse building, Liverpool, L69 3GL, UK.

Leverhulme Centre for Integrative Research on Agriculture and Health, Royal Veterinary College, Hawkshead Lane, North Mymms, Hatfield, Hertfordshire, AL9 7TA, UK.

出版信息

BMC Vet Res. 2015 Apr 1;11:82. doi: 10.1186/s12917-015-0354-4.

Abstract

BACKGROUND

Trade in live animals can contribute to the introduction of exotic diseases, the maintenance and spread endemic diseases. Annually millions of animals are moved across Europe for the purposes of breeding, fattening and slaughter. Data on the number of animals moved were obtained from the Directorate General Sanco (DG Sanco) for 2011. These were converted to livestock units to enable direct comparison across species and their movements were mapped, used to calculate the indegrees and outdegrees of 27 European countries and the density and transitivity of movements within Europe. This provided the opportunity to discuss surveillance of European livestock movement taking into account stopping points en-route.

RESULTS

High density and transitivity of movement for registered equines, breeding and fattening cattle, breeding poultry and pigs for breeding, fattening and slaughter indicates that hazards have the potential to spread quickly within these populations. This is of concern to highly connected countries particularly those where imported animals constitute a large proportion of their national livestock populations, and have a high indegree. The transport of poultry (older than 72 hours) and unweaned animals would require more rest breaks than the movement of weaned animals, which may provide more opportunities for disease transmission. Transitivity is greatest for animals transported for breeding purposes with cattle, pigs and poultry having values of over 50%.

CONCLUSIONS

This paper demonstrated that some species (pigs and poultry) are traded much more frequently and at a larger scale than species such as goats. Some countries are more vulnerable than others due to importing animals from many countries, having imported animals requiring rest-breaks and importing large proportions of their national herd or flock. Such knowledge about the vulnerability of different livestock systems related to trade movements can be used to inform the design of animal health surveillance systems to facilitate the trade in animals between European member states.

摘要

背景

活体动物贸易会促使外来疾病的传入,以及地方病的存续和传播。每年有数以百万计的动物在欧洲各地运输,用于繁殖、育肥和屠宰。2011年动物运输数量的数据来自欧盟卫生与食品安全总司(DG Sanco)。这些数据被换算为牲畜单位,以便在不同物种间进行直接比较,并绘制其运输路线图,用于计算27个欧洲国家的入度和出度,以及欧洲内部运输的密度和传递性。这为讨论欧洲牲畜运输的监测提供了契机,同时考虑到运输途中的停靠点。

结果

已登记的马、繁殖和育肥牛、种禽以及用于繁殖、育肥和屠宰的猪的运输密度和传递性较高,这表明风险有可能在这些群体中迅速传播。这引起了联系紧密的国家的关注,特别是那些进口动物占本国牲畜种群很大比例且入度较高的国家。与断奶动物的运输相比,运输72小时以上的家禽和未断奶动物需要更多的休息时间,这可能为疾病传播提供更多机会。用于繁殖目的运输的动物传递性最高,牛、猪和家禽的值超过50%。

结论

本文表明,一些物种(猪和家禽)的贸易频率和规模比山羊等物种要高得多。一些国家比其他国家更容易受到影响,因为它们从许多国家进口动物,进口的动物需要休息,并且进口动物占本国畜群或禽群的很大比例。这种与贸易活动相关的不同牲畜系统脆弱性的知识,可用于为动物健康监测系统的设计提供参考,以促进欧洲成员国之间的动物贸易。

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