Outcomes

Our purpose

To deliver smart sustainable forages to New Zealand

Our targets

Pastoral Genomics is working towards 5 targets selected by the meat, dairy and velvet industries of New Zealand as of maximum benefit:

  1. Minimum 25% increase in forage biomass from cultivars, providing more ryegrass and clover leaf to stock
  2. More pasture condensed tannins to increase animal production, improving the quality of protein recieved by stock
  3. Improved drought tolerance in forages, including better performance under and more rapid recover from New Zealand droughts
  4. Increased persistence of clovers, allowing them to survive in swards alongside competitive ryegrass and under grazing pressure
  5. Increased quality of forage, improving palatability, energy content, and use of nutrients and water

Our strategy

Capture the broadest possible benefits from the genetics of New Zealand's key forage species, using genomics and germplasm and international expertise

Find the molecular landmarks in clover and ryegrass that will allow breeders to broaden and accelerate the creation of cultivars with maximum agronomic performance

Determine the underlying genetic causes for traits of importance and apply that knowledge while keeping genes within the species

Our products

Cultivars. Forages from our research will be delivered to market as soon as research and testing confirm their ability to deliver our targets. Biotechnologies of all kinds take time; we are working as hard as we can for the industry and the farmers.

Tools and technologies. Our breeding tools, including the world's best microsatellite maps for white clover and perennial ryegrass, have been developed to improve the genetic gain of forage breeding programmes in New Zealand. We are working with various partners to bring the technologies and applications from our work to bear on our industry.

Publications and patents. Our research is for direct application and is of world standard. We protect the intellectual property where this will ensure delivery to New Zealand farmers and we also publish finding in the scientific literature when this course of action will maximize gains by New Zealand farmers.