In the first of the podcast series, Innovations in Organic Ag, I interview four organic farmers and an organic researcher engaged in organic technologies that may offer some value in organic operations. As with all technology, the benefits of technological innovations must be evaluated along with any trade-offs, which are explored in this podcast. Among the podcast innovators, Seth Harbecke, who farms organically with his family in western Illinois, addresses the advantages of utilizing data tracking technologies like FieldView™. Seth believes this computer and smartphone app has helped with monitoring correlations between soils, weather and yields on many fields on their organic farm.
Other innovators featured in this first podcast include Levi Lyle, who farms organically in Washington, Iowa. From weed zapping to organic no-till, Levi highlights the latest tools and production practices he utilizes to help manage weeds in his organic system. Scott Shriver, who farms 2,000 organic acres in Jefferson, Iowa, shares in the podcast how he uses tractor steering guidance systems, like RTK, and provides a detailed explanation of how the technology works and how it can benefit larger organic operations. Michael O’Donnell, Crop Specialist with Grain Millers in Indiana, and the Farm Certification Manager for the 4,000-acre organic Living Prairie Family Farm in northwest Indiana, describes how he has been helping perfect organic strip tillage and other innovations.
Finally, Dr. Brad Heins, professor of organic animal science at the University of Minnesota, talks about his dairy management technologies, from robotic milkers to bio-sensors, which improve breeding success and herd management for organic producers. He concludes with Cow•Vac for natural fly management and their research on automated calf feeders.
Innovations in Organic Ag Webinars too
The “Innovations in Organic Ag” project also hosted a webinar with Dr. Bo Melander, agroecology professor from Aarhus University in Denmark. Some of the many innovative weeders highlighted in the webinar were the Robovator, a vision-based robotic cultivating machine, and the FarmDroid, a seeding and weeding robot that runs on solar power. When I witnessed this robotic weeder on an organic farm in Denmark last year, I was fascinated by the possibility of this robot freeing one from weeding, while not requiring a single drop of oil to run. Of course, the current price of such a sophisticated machine requires extensive acreage to justify its use, but the idea of equipment sharing or government support for promoting solar operations could alleviate some of this cost. And, with all technology, prices will eventually come down!