Farms.com Home   News

US Department Of Energy Funds Sorghum Research On Drought Tolerance And Nitrogen Usage

The U.S. Department of Energy (DOE) has announced a second major investment into sorghum research. Drought tolerance and nitrogen usage and their microbiological interactions with sorghum plants will be the focus of the two projects funded.

US Department of Energy Funds Sorghum Research on Drought Tolerance and Nitrogen Usage

 

 

 

 

 



Thirteen institutions have teamed up for the two projects. The University of California, Berkeley, will lead the $12.3 million effort on drought tolerance, and the University of Nebraska, Lincoln, will lead the $13.5 million effort on nitrogen usage.

“The DOE has shown incredible vision in their commitment to sorghum,” said Sorghum Checkoff CEO Tim Lust. “Sorghum producers need innovative and longer-term investments in their crop, and DOE has been a great partner in this.”

This announcement marks the second time in the past six months the DOE has committed to investing significantly in sorghum, bringing the agency’s total commitment to the crop during this time to $55.8 million.

Click here to see more...

Trending Video

The All-New Kubota SVL110-3 in Action

Video: The All-New Kubota SVL110-3 in Action

Break New Grounds: Make short work of rugged bush, uneven ground, or a challenging job site. The new Kubota SVL110-3 is faster, stronger, and tougher than ever before thanks to increased horsepower and high-performance attachment capability. Key new features: Increased performance: It’s not just a new model. The SVL110-3 is equipped with a range of innovative new features that are designed to increase performance while maintaining operator ease and comfort. Easy maintenance and cleanouts: Save time and effort when doing maintenance: the cab can be tilted 72° without having to lift the arm, allowing easy access to the hydraulic pumps, valves, lines and hydraulic tank. The SVL110-3 has three clean outs on the bottom of the chassis and one on each side to clean out material from the loader arms area.