Seasonal activity of ticks infesting domestic dogs in Bejaia province, Northern Algeria

Kebbi, Rosa; Nait-Mouloud, Mohamed; Hassissen, Lila; Ayad, Abdelhanine

Seasonal activity of ticks infesting domestic dogs in Bejaia province, Northern Algeria

2019

Kebbi, Rosa(University of Bejaia Faculty of Nature and Life Sciences Department of Environment Biological Sciences) | Nait-Mouloud, Mohamed(University of Bejaia Faculty of Nature and Life Sciences Department of Environment Biological Sciences) | Hassissen, Lila | Ayad, Abdelhanine(University of Bejaia Faculty of Nature and Life Sciences Department of Environment Biological Sciences)

This epidemiological study aimed to determine the species of tick infestation in dogs, their prevalence and dynamic in the Bejaia province, northeastern Algeria. A total of 631 dogs were examined from different localities of the Bejaia province between March 2016 and February 2017. Of the 631 examined dogs, 15% were infested with one or more tick species. A total of 339 adult ticks were collected and identified, including 199 male tick species and 140 female tick species. Our results revealed that most of these were Rhipicephalus species, with Rhipicephalus sanguineus (51.32%) being the most prevalent followed by Rhipicephalus bursa (35.1%) and Rhipicephalus turanicus (12.98%). Ixodes ricinus represented only 0.6% of all ticks collected. The highest infested seasons were spring (22.55%) and summer (22.54%) and the lowest infested seasons were autumn (8.62%) and winter ( 0.9%). There is no significant difference between the sex of the animal and the prevalence of infestation (p = 0.837). Also, the prevalence of infestation by ticks in young animals was higher than that in adult animals (p = 0.550). A significant difference between the prevalence of infestation and animal breed was observed (p = 0.042). This study is the first epidemiological investigation conducted on the prevalence of hard ticks infesting domestic dogs in Bejaia (northeastern Algeria) based on conventional methods. It is therefore necessary to implement an effective tick control strategy during infestation periods in order to prevent vector-borne diseases.

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