Conservation Facing the Uses Knowledge of Phacochoerus Africanus (Gmelin 1788), Common Warthog And Potamochoerus Porcus (Linnaeus 1758), Red River Hog In South Of Benin

BackgroundDespite the number of wild animals that are useful to the local population and have served as a basis for ethnozoological research in Benin, others such as Phacochoerus africanus and Potamochoerus porcus remain poorly documented according to their uses. They are already facing threats to their proper conservation in ecosystems where they are found in metapopulations as a result of the fragmentation effects. In this study, the ethnozoological knowledge of these suids in southern Benin was inventoried. MethodsTo achieve this objective, structured interviews were conducted with 138 people randomly selected in nine districts. The use values of these suids parts and the fidelity level were assessed through global ethnozoological value. Non-parametric tests were carried out to analyse the uses differences according to gender, age and ethnic group. Two Correspondence Analyses (PCA) were carried out to describe use categories within districts and ethnic groups. A Generalized Linear Model (GLMs) of binomial families was used to relate the suids practice hunting to districts and distance from the village. ResultsMore than two use categories (food, medicinal and magical) were identified for both species. With regard to the most commonly used parts, we have the mane, teeth, horns for the common warthog and the skull, teeth, nose and testicles for the red river hog. Ten illnesses were cited to be treated by their parts. Significant differences were observed between ethnic groups regarding the suids medicinal uses but not for gender. The ethnozoological use value of suids was almost similar for adults and the elderly. ConclusionStrong pressure continues to be exerted on these two suids and their habitats despite their high zootechnical potential compared to exotic pigs. After the creation of income-generating activities, future research needs to be carried out to evaluate their budgets activities, genetic study and diet through metabarcoding approaches to promote their domestication. This could help to capitalise data that can be used in breeding programmes in order to limit threats on the few species individuals found in the natural environment, as well as to participate in reintroductions if necessary.