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野生动物与诱饵密度监测以描述狐狸狂犬病疫苗接种计划的有效性

Wildlife and Bait Density Monitoring to Describe the Effectiveness of a Rabies Vaccination Program in Foxes.

作者信息

Tizzani Paolo, Fanelli Angela, Potzsch Carsten, Henning Joerg, Šašić Srdjan, Viviani Paolo, Hrapović Mevlida

机构信息

Department Veterinary Science, University of Turin, V. Leonardo da Vinci 44, 10095 Grugliasco (TO), Italy.

Consultant Veterinary Epidemiologist, 16866 Tramnitz, Germany.

出版信息

Trop Med Infect Dis. 2020 Feb 21;5(1):32. doi: 10.3390/tropicalmed5010032.

Abstract

Fox rabies has been eliminated from vast areas of West and Central Europe, but cases still occur in the Balkans. Oral vaccination is an effective method for reducing the incidence of the disease in wildlife, but it requires monitoring if bait density is adequate for the density of the wildlife reservoir. We developed a methodology to evaluate the effectiveness of aerial vaccination campaigns conducted in Montenegro during autumn 2011 and spring 2012. The effectiveness of the vaccination campaign was assessed by (i) estimating the density of baits, (ii) estimating the distribution of the red fox, (iii) identifying critical areas of insufficient bait density by combining both variables. Although the two vaccination campaigns resulted in 45% and 47% of the country's total area not reaching recommended density of 20 baits/km, the consecutive delivery of both campaigns reduced these "gaps" to 6%. By combining bait and reservoir density data, we were able to show that bait density was lower than fox density in only 5% of Montenegro's territory. The methodology described can be used for real-time evaluation of aerial vaccine delivery campaigns, to identify areas with insufficient bait densities.

摘要

狐狂犬病已在西欧和中欧的广大地区被消灭,但巴尔干地区仍有病例发生。口服疫苗接种是降低野生动物疾病发病率的有效方法,但如果诱饵密度与野生动物宿主密度相适应,则需要进行监测。我们开发了一种方法来评估2011年秋季和2012年春季在黑山进行的空中疫苗接种运动的效果。通过以下方式评估疫苗接种运动的效果:(i)估计诱饵密度;(ii)估计赤狐的分布;(iii)通过结合这两个变量确定诱饵密度不足的关键区域。尽管两次疫苗接种运动导致该国总面积的45%和47%未达到每平方公里20个诱饵的推荐密度,但连续进行这两次运动将这些“空白区域”减少到了6%。通过结合诱饵和宿主密度数据,我们能够表明,在黑山只有5%的领土上诱饵密度低于狐狸密度。所描述的方法可用于实时评估空中疫苗投放运动,以确定诱饵密度不足的区域。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/b821/7157659/84c897047490/tropicalmed-05-00032-g001.jpg

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