Bullock and Curran present at the Interest Group on Agricultural Data (IGAD) Meeting

Dr. David Bullock (University of Illinois) and Keith Curran (Washington State University) traveled to Philadelphia, Pennsylvania, to attend the Interest Group on Agricultural Data (IGAD) Meeting held on April 1.

“In 2019, DIFM will run approximately seventy trials in ten U.S. states, Argentina, Brazil, and Colombia. DIFM is developing software that will allow it to “scale up” its data management, processing, and analysis activities, and provide a farmer-consultant decision tool that will allow the practical implications of the data analysis to positively affect the efficiency of farmers’ input management decision. DIFM is interested in exploring possibilities of working with other groups to develop a cloud-based research cyber-infrastructure that will aid researchers worldwide who conduct run on-farm agronomic research.”

Check out their full presentation, “On-farm Agronomic Research, Data Generation, and Modeling in the Data-Intensive Farm Management Project and Washington State Farmers Network.” 

 

Yield Data Received from 2018 Trials

Yield data was received from fields in: Illinois (11), Ohio (2), Kansas (2), New York (1) Nebraska (4), Montana (6), Louisiana (1), Brazil (2), and Argentina (17) for 2018.

Our team is currently designing 2019 field trials. 

Interested in our work? Feel free to contact us at anytime.

Recently Published Papers

Rodrigo Goncalves Trevisan is a graduate student in Crop Sciences, under Professor Nicolas Martin, who is focused on harnessing the power of new analytical methods to improve the decision-making process in agricultural systems. Check out Rodrigo’s two published papers: Improving Yield Mapping Accuracy Using Remote Sensing and Site-Specific Treatment Responses in On-Farm Precision Experimentation.

Test-Driving Our New Veris U3

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Bob Dunker, a member of our research team, spent an afternoon in the sun testing out our new Veris U3 on the Morrow Plots, the oldest continually used experimental agricultural fields in the United States. The Veris U3 uses an electrical array to map deep into the soil rooting profile of a field. These maps will help us to characterize fields by providing us with information about the electroconductivity of the fields in our experiments. Check out the Veris website for more information about their technology!