DuPont announced today an extension of its collaboration with the Australian Centre for Plant Functional Genomics (ACPFG) to improve the productivity of cereal crops.
The expanded program brings a new focus on advanced cereal breeding through molecular markers, discovery research for agronomic traits and hybrid seed production in wheat.
The collaboration will also continue working toward increasing drought tolerance and decreasing the need for soil-applied nitrogen fertilizer in leading production crops, including corn, soybeans, canola, rice and sorghum.
“It's critical that we increase our efforts to grow global food production to meet the needs of our growing population," said Paul E. Schickler, president of Pioneer Hi-Bred, a DuPont business.
"ACPFG is an industry leader in wheat research and development, and this collaboration will strengthen our ability to bring high-yielding wheat products to farmers worldwide."
Pioneer Hi-Bred and ACPFG have been in collaboration since 2005 to discover and develop traits for yield enhancement and stability in a number of major crops. They extended their agreement in 2010 after continued progress toward this goal and are expanding the collaboration to include a new focus on wheat.
"A core role for ACPFG is to help ensure Australian producers benefit from local and international technology developments. We do this through developing new technologies and working with the very best research and commercialization groups," said Peter Langridge, ACPFG research leader.
“Collaborating with Pioneer, a leader in plant genetics, provides the opportunity to tap into the global agriculture network and stay at the forefront of development."
Wheat is the largest acreage crop in the world. It is the staple food for 35 percent of the world's population and represents 20 percent of the total protein intake.
