This publication is made freely available under ______ __ open access. AUTHOR(S): TITLE: YEAR: Publisher citation: OpenAIR citation: Publisher copyright statement: This is the ______________________ version of an article originally published by ____________________________ in __________________________________________________________________________________________ (ISSN _________; eISSN __________). OpenAIR takedown statement: Section 6 of the “Repository policy for OpenAIR @ RGU” (available from http://www.rgu.ac.uk/staff-and-current- students/library/library-policies/repository-policies) provides guidance on the criteria under which RGU will consider withdrawing material from OpenAIR. If you believe that this item is subject to any of these criteria, or for any other reason should not be held on OpenAIR, then please contact
[email protected] with the details of the item and the nature of your complaint. This publication is distributed under a CC ____________ license. ____________________________________________________ Original Paper Czech J. Anim. Sci., 60, 2015 (5): 216–223 doi: 10.17221/8171-CJAS Assessment of genetic relationship between six populations of Welsh Mountain sheep using microsatellite markers K.M. Huson, W. Haresign, M.J. Hegarty, T.M. Blackmore, C. Morgan, N.R. McEwan Institute of Biological, Environmental and Rural Sciences, Penglais Campus, Aberystwyth University, Aberystwyth, United Kingdom ABSTRACT: This study investigated the genetic relationship between 6 populations of Welsh Mountain sheep: 5 phenotypic breed-types within the Welsh Mountain (WM) sheep breed, which have each been bred in spe- cific geographic areas of Wales, and the Black Welsh Mountain sheep breed. Based on DNA analysis using 8 microsatellite markers, observed heterozygosity levels were similar to those expected in livestock populations subjected to selective breeding (0.530–0.664), and all but one population showed evidence of inbreeding.