OMAFRA turned to Bioenterprise Canada for help in delivering the Challenge and the team sprang into action to quickly roll out the initiative, which was looking for entrepreneurs ready to go to market in less than a year.
The Challenge included 32 participating businesses, yielding a range of highly competitive proposals, with a big focus on alternative fertilizer solutions, like biologicals, biofertilizers, composts, biostimulants and using different manure sources, followed by precision and digital agronomy tools.
“We were looking for companies who had an innovation that could really make a difference for farmers, and we were surprised at the number of applications we received and the many entrepreneurs who were ready to meet the short timeline of the Challenge,” says Denise Dewar, Innovation Advisor at Bioenterprise.
“Not only were we dealing with high inflation and the situation in Ukraine, but the federal government had also just announced new fertilizer emissions reductions targets,” she adds. “More effective and efficient use of fertilizer is a key part of the agriculture sector’s sustainability moving forward, but we can’t lose sight of the need for profitability as well.”
Haggerty AgRobotics was one of the nine Ontario-based companies that received funding through the Challenge for its efforts to speed up soil sampling as well as improve the quality of its results.
“Soil sampling is quite labour intensive, especially on larger acreages and the time it takes to get results is often several days or weeks in the busy season,” explains Jason Gharibo, Project Manager at Haggerty. “We integrated multiple technologies into a single system; the ultimate goal is to have all the systems integrated into a single, automated and autonomous platform.”
Thanks to the funding, Haggerty will be able to offer quicker turnaround on fertility results and higher resolution soil fertility maps so growers can more accurately address what their soils actually need. Automating much of the process reduces the amount of labour needed for manual soil sampling as well as employee hours spent driving across fields to gather data.
“We were able to test several iterations of the system,” Gharibo says. “The funding really helped us accelerate our timelines in getting the needed testing completed.”
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