Ontario Agriculture

The network for agriculture in Ontario, Canada

Leading Technology Will Increase Your Yield and Decrease Your Labor Costs

Transplanting has long been re­served for leafy crops, tomatoes, and bare root onions. Automated planting technology now provides a cost ef­fective way to transplant produce from plugs grown in greenhouses for up to 30 percent increased yields and up to 50 percent lower labor costs.

 

Benefits of automated transplanting include:

• Greater general uniformity at har­vest time. This provides better yields, up to 30 percent overall.

• More exact spacing in compari­son to direct seed. Nearly any bed con­figuration and number of rows can be accommodated according to customer needs with the Standen Pearson AutoTransplanter, creating the proper growth area needed to produce a particular size of produce (from medium to jumbos).

• Guaranteed stand against wind, heat and general adverse weather con­ditions. The same cannot be said for direct seed stands.

• Lower seed use and costs ver­sus direct seed. When growers direct seed, a much higher seed population is needed to get a reasonable plant stand. This especially becomes a cost factor when hybrids, which are more expen­sive, are used.

• Faster turns and less potential disease pressure since plants spend less time in the ground.

• More efficient water manage­ment compared to direct seed. This is especially important for areas, such as the Californian Central Valley, in times of drought.

• Minimized labor costs due to the almost 50 percent decreased in labor needs. Hand transplanting for bare root can be very expensive.

• Greater overall assurance that a grower will successfully produce a crop.

 

The Pearson AutoTransplanter

The Pearson AutoTransplanter is an automated transplanting technology historically used for broccoli, romaine, and cel­ery. This technology has successfully expanded the use of the AutoTransplanter to other crops for more efficient field operations. Automated transplanting technology covers up to 25 percent more ground than with conventional transplanters.

Automated technology enables customers to transplant on virtually any bed configuration (as close as 2 inches) while minimizing labor costs and maximizing planting efficiency….

Labor needs for the Pearson AutoTransplanter  require only one tractor driver, and one laborer (in comparison to 12 laborers needed with conventional planters).

 

Transplanted produce started with seed breeders in order to facilitate seed crop production. The crops are then grown and strengthen to the proper size and are shipped and transplanted. Special chemical applications can be applied as a service to produce growing customers.

https://www.youtube.com/watch?v=92HyvZYbIZU

 

Northern Equipment Solutions Ontario, Canada is a full functioning dealer for Richard Pearson and their Automatic Transplanters www.northernequipment.ca or sales@northernequipment.ca

Views: 272

Comment

You need to be a member of Ontario Agriculture to add comments!

Join Ontario Agriculture

Agriculture Headlines from Farms.com Canada East News - click on title for full story

SaskOilseeds October Newsletter

Closing out the 2026 growing season With harvest nearing completion across Saskatchewan, canola and flax acres are among those still coming off the field. As of October 19, canola harvest was 96 per cent complete provincially, while flax was 88 per cent complete. Provincial yield estimates currently sit at 40 bu./ac. for canola and 26 bu./ac. for flax. Rain and snow slowed harvest and fall field work in many areas earlier this month, but the added moisture was beneficial for harvested acres heading into winter. Post-Harvest Storage & Agronomy Protect Your Harvest: Oilseed Storage A lot of work goes into getting a crop from the field to the bin, and every season looks a little different. These resources can help maintain quality in storage: Conditioning Tips for Stored Canola Factors that Increase Canola Storage Risk Tips for Drying Damp and Tough Canola Flax Harvest Preparing for Next Season Canola Disease Testing: Submit canola stem samples by October 30. Blackleg and verticilliu

Canadian Centre for Rural and Agricultural Health celebrates milestone 40th anniversary

The Canadian Centre for Rural and Agricultural Health (CCRAH) began more than four decades ago for a simple reason: to support the health and safety of rural and agricultural people in Saskatchewan. “Saskatchewan is the breadbasket of Canada. Agriculture and rural are what make Saskatchewan,” said Dr. Shelley Kirychuk (PhD), the current director of CCRAH. “We are rural, we represent agriculture, and we support the people that bring food to the world.” Where it started In the 1970s and ’80s, a phenomenon was noticed by Dr. James Dosman (MD), the eventual founding director of CCRAH. People who worked in grain elevators were reporting lung health issues due to grain dust exposure. These findings led to an International Symposium on Grain Dust and Health in the late ’70s, which eventually led to the development of a national grain dust medical surveillance program for Canada. From there, USask and the Saskatchewan Lung Association established the Centre for Agricultural Medicine in Ja

USask soil science class partners with Wanuskewin on restoration project

That was Jessica Gunn’s mantra when she put on waders and climbed chest-deep into the cool water of the opimihaw Creek at Wanuskewin Heritage Park in mid-September. Gunn was there with a group of University of Saskatchewan (USask) students who were engaging in a unique learning experience: constructing a beaver dam analog (BDA) in the creek. “A big part of why I wanted to do this course is because it’s so hands-on,” said Gunn, a third-year renewable resource management student who enrolled in SLSC 450.3: Practical and Applied Restoration, a soil science course taught by Dr. Katherine Stewart (PhD), an associate professor in USask’s College of Agriculture and Bioresources. For Gunn, the day at Wanuskewin was unlike any other school day she had experienced. “We had a great time as a class,” she said. “I feel like we learned so much.” The students were invited to Wanuskewin to help the park build a BDA — essentially a “starter” dam that beavers can take over and use to construct their

U.S. Canola Use Forecast to Jump 16% in 2026-27

U.S. canola use is forecast to climb sharply in the 2026-27 marketing year, supported by record domestic production, expanding crush capacity and rising demand for canola oil in biofuel manufacturing. According to the USDA's latest Oil Crops Outlook, total U.S. canola usage is projected to increase 16% from 2025-26, while domestic crushing is expected to rise 11% to 2.4 million tonnes. The stronger crush outlook reflects growing domestic demand for canola oil and meal, which has supported processing margins. A new crushing facility is also expected to be completed during 2026-27, adding to U.S. processing capacity. Meanwhile, U.S. canola oil use in biofuel production is forecast to surge to 2.54 million tonnes, up from 1.68 million tonnes last year, an increase of more than 50%. The USDA attributed the growth partly to stronger renewable fuel mandates for 2026 and 2027, along with new eligibility for the 45Z clean fuel production tax credit for biomass-based diesel made from No

Protect Grain Quality During Wet Harvests

Wet harvest conditions can increase the risk of OTA development in stored grains. Proper drying, cooling, cleaning, and monitoring help protect crop quality and value.

© 2026   Created by Darren Marsland.   Powered by

Badges  |  Report an Issue  |  Terms of Service