Research Unit in Epidemiology and Risk Analysis Applied to Veterinary Sciences (UREAR-ULg), Fundamental and Applied Research for Animal and Health (FARAH) Center, Department of Infectious and Parasitic Diseases, Faculty of Veterinary Medicine, University of Liège, Liege, Belgium.
Vector-borne Diseases and Biodiversity Unit (UMaVeB), International Research and Development Centre on Livestock in Sub-humid Areas (CIRDES), Bobo-Dioulasso, Burkina Faso.
Vet Med Sci. 2021 Jul;7(4):1216-1229. doi: 10.1002/vms3.414. Epub 2021 May 18.
Transhumance, a main ancestral animal production strategy of the West African Countries (WAC), can favour the spread of vectors and vector-borne diseases within and/or across countries. Transhumance has been implicated in such spread as well as that of related tick-borne diseases (TBD).
Using a questionnaire survey and statistical modelling, this study explores the perception of herders about ticks and TBD in cattle, their practices in tick control and the social groups involved in cattle farming in eastern Burkina Faso (46 random herds) and in the northern Benin (44 random herds). Results show that most of the herders (79%) are from the Fulani social group. The principal and secondary activities of herders are respectively cattle farming and agriculture. The mean age of pastoralists is between 40 and 50 years depending on the province of origin and 60% of the surveyed herds practice internal or transboundary transhumance. Herders have a clear knowledge of different genus of ticks except the genus Rhipicephalus. Their knowledge of TBD is very limited. These results also reveal that herders in Benin use less acaricides treatment calendar compared with those in Burkina Faso. Transhumant pastoralists (i.e. transhumant cattle farmers) plan more acaricide treatment and have more cows with lost teats (i.e. tick damage) than the sedentary ones. In addition, amitraz appears to be the main acaricide compound used by herders for tick control (68%) but its use is inappropriate and its source is frequently the unregulated market.
All of these findings can induce acaricide resistance especially as the inefficacy of amitraz against Rhipicephalus (Boophilus) microplus has already been reported in previous studies. Such results would help to elaborate suitable strategies of control and prevention of ticks and TBD in Burkina Faso and Benin.
游牧是西非国家(WAC)主要的祖传动物生产策略,它有利于在国家内部和/或国家之间传播媒介和媒介传播的疾病。游牧生活方式与相关的蜱传疾病(TBD)的传播有关。
本研究使用问卷调查和统计建模,探讨了布基纳法索东部(46 个随机牛群)和贝宁北部(44 个随机牛群)牧民对牛类蜱虫和 TBD 的看法、他们的蜱虫控制实践以及参与牛养殖的社会群体。结果表明,大多数牧民(79%)来自富拉尼社会群体。牧民的主要和次要活动分别是养牛和农业。牧民的平均年龄在 40 到 50 岁之间,具体取决于原籍省份,60%的调查牛群从事内部或跨境游牧生活。除了 Rhipicephalus 属,牧民对不同属的蜱虫有清晰的认识。他们对 TBD 的了解非常有限。这些结果还表明,贝宁的牧民比布基纳法索的牧民使用更少的杀蜱剂处理日程。游牧牧民(即游牧牛场主)比定居牧民计划更多的杀蜱剂处理,并且更多的奶牛失去乳头(即蜱虫损伤)。此外,阿维菌素似乎是牧民用于蜱虫控制的主要杀蜱剂化合物(68%),但其使用不当,其来源经常是不受监管的市场。
所有这些发现都可能导致杀蜱剂耐药性,特别是因为之前的研究已经报道了阿维菌素对 Rhpi-cephalus(Boophilus)microplus 的无效性。这些结果将有助于制定适合布基纳法索和贝宁的蜱虫和 TBD 控制和预防策略。