Survey and morphological characterization of Brazilian local goat breed Gurgueia in its origin

Authors

  • Márcio da Silva Costa Universidade Federal do Piauí
  • Adriana Mello de Araújo EMBRAPA/CPAMN – Teresina/Piauí/Brasil
  • José Elivalto Guimarães Campelo UNIVERSIDADE FEDERAL DO PIAUÍ - UFPI/DZO
  • Théa Mírian Medeiros Machado UNIVERSIDADE FEDERAL DO VIÇOSA
  • Luanna Chácara Pires UNIVERSIDADE FEDERAL DO SUL DA BAHIA
  • Andréa Alves do Egito EMBRAPA Gado de Corte
  • Arthur da Silva Mariante EMBRAPA/Cenargen

Abstract

The purpose of this study was to conduct the inventory of goat breed Gurgueia in the state of Piauí, Northeast region of Brazil. The inventory includes a historical survey - made by searching in the literature - and a population survey - made by gathering in loco information. The geographic location through GPS was taken in farms sheltering Gurgueia goats and then individuals Gurgueia were counted to estimate population size and classifying the risk of extinction. To characterize the Gurgueia breed, the presence of beard, horns, earrings, patterns of color roan, agouti and brown, and the presence of reduced ear were observed to perform simple descriptive analysis. The regional literature demonstrates lack of consistency about the origin of the Gurgueia breed. However, flocks of goats in the Gurgueia river valley, in Southern Piauí, gave origin to the breed denomination. The present study found out 119 Gurgueia individuals scattered in three micro-regions - classifying the Gurgueia breed as critically endangered. The morphological analysis shows low frequency of earrings (0,05) and high frequency of horn (0.95) in Gurgéia individuals. The beard frequency was 0.52 and was verified absence of long hairs, indicating no relationship between those. The analysis showed high frequency of roan pattern (0.96), absence of brown and single coat pattern (non-agouti). Reduced ear was absent. This inventory appointed that Gurgueia risk of endangerment is unstable, since its presence within herds is mixed with other breed types.

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Published

2016-06-04

Issue

Section

Animal Breeding and Genetic