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Organic no-till soybean production: is it possible in Ontario?

In this article, we will take a look at using a roller crimper for organic no-till soybean production and the results of on-farm trials in Ontario.
 
Why organic no-till?
 
Organic soybean production relies on a significant amount of tillage. When done well, yields can rival conventional production. There are drawbacks, however, including a high labour demand in the spring and the potential for soil degradation over time. Cover crop-based organic no-till soybean production techniques have been developed in recent years and proven to work in parts of the US. The question is: will they work under Ontario’s climate and soils?
 
Cover crop-based organic no-till soybean production uses a roller crimper, a drum with chevron-shaped blades (Figure 1) that crimps rye (or another suitable plant) once it’s flowering and kills it. Soybeans are seeded into the mulch. If it’s thick enough, the mulch provides season-long weed suppression. The cover crop-based organic no-till system offers advantages in terms of labour savings and soil health improvements but comes with additional risk.
 
Ontario trial
 
On-farm experiences with organic no-till soybean production in Ontario over the past decade have yielded mixed results. As part of a two-season OSCIA Tier 2 trial, Heartland Soil and Crop Improvement Association evaluated cover crop-based organic no-till soybean production using best practices. The goals were to evaluate performance, identify barriers to success and develop Ontario-specific recommendations.
 
Seven replicated and randomized strip-trials were used to compare cover crop-based organic no-till soybeans to standard production practices in 2019 and 2020. Nine observational field sites were also monitored. At all sites, rye was seeded on an angle (> 20 degrees) relative to the direction of roller crimping and soybean seeding. Common cereal rye was drilled in September or early October across the sites and seeded at a rate of 3 bushels/acre (168 lbs/acre) for the strip-trial sites.
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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.

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