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1890s Institutions Charging Forth on Specialty Crop Projects through USDA Support

With last month’s announcement of the 2023 Specialty Crop Block Grant awards, the program has reached a milestone of over $1 billion invested into projects to support the U.S. specialty crop industry. Since the program’s inception in 2006, 1890s land-grant universities throughout the country have been using USDA’s Specialty Crop Block Grant Program (SCBGP) funding to address key specialty crop challenges in their states. SCBGP supports these historically Black colleges and universities, and others nationwide, by funding a variety of grant projects that enhance the competitiveness of specialty crops.

South Carolina State University’s 1890s Research and Extension Program is one example. The university is currently using funds awarded in 2021 for a project to evaluate the economic potential of producing chickpeas in the sandy soils of South Carolina’s Midlands. Over the next year, the project will conduct field research for six growing varieties and create a chickpea production manual specific to South Carolina. The project team sees many benefits to introducing chickpeas to the state, including creating more crop diversity and improving resilience to the state’s increasingly variable climate. We are eager to see how this project unfolds!

Two other projects recently wrapped up their work and provided the knowledge base to boost production for in-demand crops in their states. In 2019, Fort Valley State University in Georgia received SCBGP funding to explore production of turmeric, a rapidly emerging new crop within the state. Through the project, over 500 people were educated on turmeric production and the growing consumer interest in the commodity. Likewise, Missouri’s Lincoln University’s SCBGP project determined Jade Cross brussels sprouts were the best variety for growing in Missouri with ideal growing season beginning in May. The information was shared with 400 growers through extensive outreach.

USDA is proud to support the impact these institutions are making in enhancing production, access, and knowledge of specialty crops for a safe and healthy food supply.

Administered by the Agricultural Marketing Service, SCBGP is just one way USDA engages with our 1890s partners in their role as critical leaders, innovators, and change makers for higher education in underserved communities.

Source : usda.gov

Trending Video

Air Command Section Control for Pro-Force Spreaders

Video: Air Command Section Control for Pro-Force Spreaders


This patented section control system uses air to divert material on to different areas of the spinner disks for precise 4-section control, for an economical design by eliminating the need for added conveyor belts or movable spreader components. The section control uses the Raven RCM ISOBUS controller and a customer’s field boundary and coverage map to automatically turn off any of the four sections at any time to avoid applying valuable fertilizer in areas where it’s not needed.

This results in fertilizer savings which means more money in your pocket for a maximum Return On Investment. The powerful blower fan sends air through a 4-section manifold while the conveyor automatically speeds up or slows down as sections are turned on or off for consistent and precise fertilizer application.

• The revolutionary patented Air Command section control utilizes a pneumatic system to accurately place fertilizer onto the spinner disks to give you individualized 4-section control of your spread pattern.

• Pinpoint accuracy of four individual sections allows you to operate the system with ease. This robust design with few moving parts offers no gimmicks, just real-world results.

• The new Air Command section control option is available on pull-type models 2250 and 1850 with the new PTO drive system, and on 1450, 1250 and 1050 pull-type models with standard single hydraulics.

• Continue to do it all with the Unverferth pull-type Pro-Force Spreader. Use the Air Command section control for spreading fertilizer and in-seeding applications, while converting to single-section lime or litter application in a matter of minute