We have research expertise in the improvement of breeding stock of various production animals such as sheep, dairy cows and goats to produce animals with better meat, milk and fibre.
Our work defines breeding objectives for animals, calculates economic values using farm models, examines the contribution of the major histocompatibility complex to disease resistance, and identifies mutations associated with inherited diseases in animals. We work to understand genetic mechanisms underlying production, reproduction and disease resistance. We also have expertise in control and prevention of livestock disease through recombinant DNA techniques.
This work focuses on the analysis of genetic data across animal species in areas such as nutrition, breeding and husbandry in order to boost agricultural productivity and profitability.
Research examining pregnancy and birthing strategies across production animals, nutrition and genetic alternatives to increase lifetime reproduction per animal. We have expertise at both fundamental and applied levels.
Research around measuring fertility cycles and improving fertility to management. Diagnosis and prevention of abortion. We also have post-birth expertise in lactation physiology and mastitis control and management.
We have expertise in developing prototype models for genetic evaluation using genomic selection of dairy goats (with the NZ Dairy Goat Cooperative) and dairy sheep. This evaluation identifies superior animals to be selected for higher productivity and profitability, creating genetic gain in the national populations in these emergent New Zealand industries.
A selection index for dairy sheep has been developed by Massey researchers.
