Genetics & selection

Genetic improvement is a major factor contributing to the profitability of production systems for livestock and poultry. Breeding and selection have resulted in significant economic gains in beef, lamb, wool, milk, pork, egg and chicken production.

The Department of Primary Industries and Regional Development hosts the Genetic Resource flock funded by Meat and Livestock Australia and the breech strike and worm resistant Rylington Merino flocks funded by Australian Wool Innovation Ltd. These flocks make use of measurement, modern statistical methods and DNA technologies to estimate breeding values for traits such as disease resistance, meat quality and reproduction that otherwise are difficult and expensive to measure. Outputs are used by sheep breeders through nationally recognised programs such as Lambplan and Merinoselect, to genetically improve meat and wool production from robust, easy care sheep.

The department also advises the local beef and dairy industries on genetic improvement programs in co-operation with Beefplan and Dairy Australia. Genetic improvement in the poultry and pig industries are mainly carried out by the private industry with input from research groups nationally and internationally.

Articles

  • The Genetic Resource Flock of Western Australia, previously called the Information Nucleus Flock, was established by the Sheep Cooperative Research Centre (Sheep CRC) in 2007 and is now funded by M

  • Genetic selection enables both wool and sheep producers to make positive and permanent genetic gains in their flock.

  • An on-farm ram comparison is designed to improve your ability, as a commercial sheep producer, to confirm the suitability of a ram source for your flock.

  • Wool growers can achieve their breeding objectives by retaining superior breeding stock and by choosing superior rams.

  • Most of us benchmark our flock by eye; comparing our sheep with our neighbours' animals across the fence, or when talking with other farmers.

  • The Department of Primary Industries and Regional Development (DPIRD) carries out genetic research in sheep and contributes to developing modern tools to assist breeders in their success to breed b

  • The adoption of genetic technologies activity is part of the Sheep Industry Business Innovation project and is currently providing a range of tools that will help sheep producers introduce genetic

  • Lost productivity due to drench resistance in sheep worms has been recognised as a widespread problem in Western Australia (WA) since the 1980s.