Research & Development

The rice industry invests heavily in research and development into innovative ways of producing rice, using less water per tonne.

This has led to the development of water efficient rice varieties, more sophisticated drainage and recycling systems and improved irrigation layouts to reduce water loss.

New rice varieties

It often takes more than 10 years to develop a new variety of rice.

“Sherpa” is a new variety which has recently been released to growers. After extensive research, it was found to have good cold-tolerance, down to 11.5 degrees Celsius, meaning it requires less water in which to grow. It also has a positive yield potential.

“Quest” – a variety launched in 2003 – was released after 16 years of research. It has a shorter growing cycle, making it more water efficient.

New varieties are grown and evaluated on the following criteria:

• Water use
• Length of grain
• Colour of grain
• Cooking quality – time, consistency
• Transparency of grain
• Yield in the paddock

 
RIRDC Rice R&D Program

The Australian Government's Rural Industries Research and Development Corporation (RIRDC) Rice R&D Program aims to improve the profitability and sustainability of the Australian rice industry.

Key R&D investments are identified and managed, with joint funds from industry participants and the Federal Government.

For more information visit the rice page on the RIRDC website 

Rice Research Australia Pty Ltd (RRAPL)

SunRice’s research and development subsidiary, RRAPL, works in partnership with DPI NSW’s Rice Breeding Program. It conducts breeding trials, cold tolerance research and other agronomic trials. RRAPL is also part of a number of international research and development projects.

Technology

Most of the equipment used on rice farms is fitted with computer-aided devices that allow our growers to manage their techniques with accuracy.

• GPS (Global Positioning Systems) and Precision Farming
  Uses satellite networks to precisely match crop needs with crop requirements.

• Computerised Whole Farm Design and Laser Landforming
  Uses computer aided design (CAD) and laser technology to design efficient farm irrigation systems. Laser landforming ensures the most efficient use of water. Farmers have precise control over the flow of water on and off the land.

• GIS (Geographical Information Systems)
  GIS is used to organise geographical information which is then stored digitally on a database.
   
• Remote Sensing
  Spectral imaging obtained from satellites and aircrafts assists with the planning and management of the farm system. Farmers can calculate the exact capabilities of their farm by identifying enterprises to suit each area.
   
• Aerial Machinery
  Experienced agricultural pilots use satellite guidance technology to distribute seeds and other inputs across a rice bay with precision and accuracy. This works hand in hand with precision farming.