UNL-TAPS Participation Increasing in 2019
After being rescheduled due to weather concerns, the University of Nebraska-Lincoln Testing Ag Performance Solutions (TAPS) program kicked off its 2019 competitions on March 19 at the Bayer Crop Science Water Utilization Learning Center. Over 60 competitors and industry sponsors attended the event highlighting the center and its research on subsurface drip irrigation.
Mark Reiman, Learning Center agronomist, presented information about the learning center and its research and technology focus on efficient nitrogen and water use. Reiman commented that “as a whole, the Market Development group in Bayer Crop Science is really working to help producers with the information they need to help select proper seed products, seeding rates, manage weeds, manage disease, and a host of other topics,” which aligns with the mission of the UNL-TAPS program.
Reiman said the best part of hosting the UNL-TAPS group was meeting the participants, who are “a very diverse group spread geographically throughout the state that come to the contest with their own unique set of experiences, ideas, and plans for the contest.”
This year the TAPS program is expanding by adding a Subsurface Drip Irrigation (SDI) competition. Eco-Drip of Hastings donated, designed, and installed an SDI system at the West Central Research and Extension Center in North Platte for use in the TAPS Farm Management Competition.
The inaugural SDI competition is full with 16 teams, ranging from current SDI producers wanting to evaluate their management strategies against their peers and University recommendations, to producers interested in adopting SDI to demonstrate and learn how to manage it prior to adopting it on their own operations, as well as some industry teams looking to gain insight on the expanding SDI technology.
“I think for all producers it will be a unique chance to see how [SDI] water and nitrogen use efficiency compare to standard sprinkler irrigation,” Reiman said.
The other two TAPS competitions – irrigated corn and irrigated sorghum production – are continued from previous years. This year the corn contest will have 23 teams from throughout Nebraska, as well as competitors from Kansas, Colorado, and Missouri. The sorghum contest will include 10 teams, also from Nebraska, Colorado and Kansas.
Over 100 participants in 49 teams are signed up to compete. This is the largest number in the three years of the program.
Reiman, who has been involved with the TAPS program in the past, said the benefit to participating producers is “getting a chance to make decisions, and sometimes more risky decisions than they would normally make, without a direct financial impact on their farm.” Participants are able to test different methods and technologies than they might on their own operation with the UNL team making the applications and providing the data at the end of the season. “I think in that environment you have a sandbox to play in, and then eventually move the practices out to your larger farming operation to monetize the benefits of what you learned,” Reiman said.
New Oklahoma State Program Models UNL-TAPS
This year the UNL-TAPS organizers helped start a similar program with Oklahoma State University — OSU-TAPS. It is being hosted at the McCaull Research and Demonstration Farm in Eva, Oklahoma, 30 miles northwest of Goodwell in the Oklahoma Panhandle. Modeled after UNL-TAPS, six farmer-led teams are participating this year in the OSU inaugural sprinkler corn competition alongside three university-staff led teams. Aside from limiting participants to one corn variety, OSU-TAPS participants will follow the same competition format as UNL-TAPS, making decisions on seed population density, nitrogen and water timing and amount, crop insurance, and marketing for replicated plots under a VRI-equipped pivot.
One of OSU-TAP’s lead coordinators, OSU Extension Specialist Jason Warren, noted that “even with just six farmers participating, the group is very diverse.” Since their kick-off February 28, OSU-TAPS participants have submitted marketing decisions and initial pre-plant fertilizer requests.
“Each one of these guys is going to do something different. We’ve just got to wait for it to stop raining and for the ground to dry out to get rolling,” Warren said.