Abstract

While it is widely acknowledged that the small-sized West African Shorthorn taurine Lagune cattle is being increasingly crossbred with and replaced by large-sized zebus, little is known about the factors that influence farmers’ crossbreeding decisions and selection practices. But this information is necessary for the development of strategies towards a rationale use and conservation of this unique African genetic resource. To fill this knowledge gap, we conducted, between September and November 2016, a questionnaire survey in the belt of this breed in South Benin. One hundred seventy-three cattle farms were surveyed. The binomial logistic regression approach was used to predict the likelihood of a Lagune cattle farmer to be willing to introduce zebus in his herd. The herds were composed of either Lagune only (82.1%), zebu only (4.0%), crossbred Lagune x zebu (1.2%), Lagune and zebu (9.2%) or Lagune and crossbred Lagune x zebu (3.5%). The low productivity of the Lagune cattle and the market demand for large-sized animals were the main farmers’ motivations for crossbreeding. Farmers raising large herds of Lagune cattle under control mating system were more likely to adopt crossbreeding. The risk of dilution of the Lagune breed could be reduced by increasing awareness among farmers, improving their technical skills in herd management and empowering them to develop legal institutions, by-laws and collective actions for sustainable breed management. Farmers who have already adopted crossbreeding should be provided with appropriate services and technical assistance, whereas breed conservation initiatives should mainly focus on small purebred herds kept under control mating.

Highlights

  • African cattle genetic resources are composed of taurine (Bos taurus), zebus (Bos indicus) and diverse products derived from their crossbreeding (Mwai, Hanotte, Kwon, & Cho, 2015)

  • While it is widely acknowledged that the small-sized West African Shorthorn taurine Lagune cattle is being increasingly crossbred with and replaced by large-sized zebus, little is known about the factors that influence farmers’ crossbreeding decisions and selection practices

  • This information is necessary for the development of strategies towards a rationale use and conservation of this unique African genetic resource

Read more

Summary

Introduction

African cattle genetic resources are composed of taurine (Bos taurus), zebus (Bos indicus) and diverse products derived from their crossbreeding (Mwai, Hanotte, Kwon, & Cho, 2015). They are mostly characterized by various genetic traits, namely, their resistance to diseases and drought, their ability to walk, their capacity to survive on poor pastures, and their fertility They play a vital role in food security and poverty reduction in pastoral and agropastoral communities (Duteurtre, 2007), and are essential for the sustainability of livestock production systems, especially in the current context of rapid urbanization, shrinkage grazing resources and diseases outbreaks. This genetic wealth, which is still insufficiently characterized, is increasingly threatened by genetic dilution.

Objectives
Methods
Results
Discussion
Conclusion
Full Text
Published version (Free)

Talk to us

Join us for a 30 min session where you can share your feedback and ask us any queries you have

Schedule a call