"The awesome thing with pulse crops is no nitrogen needs... not having to put any nitrogen on a pulse crop is a great starting point," he says, noting that this allows growers to not only meet PKS requirements but, in some cases, build soil fertility for the rotation.
Across Ontario, producers are building healthier soils and improving their operations through everyday decisions - ones that shape productivity today and influence the legacy left for the next generation. The Ontario On-Farm Climate Action Fund (OFCAF) supports this work by providing cost-share funding to support the implementation of nitrogen management, cover cropping and rotational grazing projects. Many operations are already putting these beneficial management practices (BMPs) to work.
"If Canada wants generational change in agricultural innovation, we need to transform our policy around how we fund plant breeding," he says. The current system, heavily reliant on public funding and check-off dollars, is increasingly under pressure. Reinheimer points to signs that Agriculture and Agri-Food Canada (AAFC) is shrinking its breeding footprint-especially in wheat, where AAFC varieties still account for about 80 per cent of acres. The problem? There's no updated funding model to match that shift.
Last week, I was making my morning coffee-you know, the complicated order I'm too embarrassed to say out loud at coffee shops-when I noticed the pile of used grounds in my filter. For years, I'd been tossing these straight into the trash without a second thought. But then I remembered something my grandmother wrote in one of her letters years ago: "The garden teaches us that nothing is truly waste."
It can drive through the field and look at every square inch. We really honed our craft on model performance and detection with rocks, and now we've transitioned that into weeds. The robot uses a boom-mounted camera system to capture detailed imagery across the field. With eight cameras operating at 1 millimetre resolution, TerraScout can generate billions of data points per acre, allowing it to identify specific objects, including individual weeds.
This is the latest addition to the SoilStar family... it's using the same tried and true frame as our previous model... but this eliminates the coulter discs... and it's a seven bar tine harrow. The combination allows for increased agitation up front and more flexibility at the back, helping to achieve a more even spread of material.
The input planning calculator is a robust tool that can help farmers and agronomists better understand on-farm finances while helping uncover which crops make the most sense to plant from a cost perspective. By inputting key on-farm financial and agronomic data, including seed and agronomy service costs, growers can compare each crop on their farm and explore their true cost of production.
The term "soil fatigue" or exhaustion refers to the condition that soil profiles take on when they've been heavily monocropped and untended. This soil is devoid of the microbial content that offers plants bioavailable food. It lacks the fungal and bacterial organisms that interact with plant nutrients.
As concepts such as "regenerative" and "biodynamic" continue to enter the mainstream coffee lexicon, scientists continue to literally dig into the soil to give them meaning. A recent peer-reviewed study from India's Western Ghats argues that one of the clearest signals of healthy, sustainable coffee farms lies in the ground itself, with organic coffee soils performing better than soils from conventional farms treated with synthetic inputs.
People grow asparagus from crowns because it shortens the long wait times for harvesting. From seed, you'll need to wait three years before harvesting asparagus. Some people consider that a waste of time. The tradeoff is that you can keep harvesting every spring for up to 15 years or more. If you plant crowns, you get a one-year jump on things. However, those crowns may have soil-borne diseases you don't know about, so there is a risk involved. Seeds remove that problem.
"I've been with Syngenta for 28 years," Ramachandran says, noting that early travels across Canada shaped his passion for seed care. "What really stood out to me is seeing firsthand the passion, the resilience and the impact the growers made." Those experiences, combined with Canada's short growing season, continue to guide his work. "Everything that we have done... is around addressing those challenges, and how do we create solutions that are fit for purpose, for Canadian growers?"
More than 100 research studies show that soybeans typically suffer from a nitrogen gap when yields exceed 60 bu/ac. At that yield level, the combination of soil nitrogen and nodulation often doesn't provide what the plant requires to achieve higher yields. Could biologicals - including nitrogen-fixing endophytes and biostimulants - fill that "yield gap" and provide the nitrogen required at high yield levels? That's a question Syngenta Canada biological field specialist Greg Stewart has been working on for the past two years.
Yaghi describes AI not as a silver bullet, but as an advanced form of statistical pattern recognition-tools that can identify trends in data that may be difficult or time-consuming for people to uncover on their own. The real opportunity, he says, depends heavily on what farms are already doing. Operations that are consistently collecting and digitizing high-quality data are better positioned to benefit, whether the goal is lowering per-cow costs in a dairy, improving financial analysis, or identifying operational efficiencies.
My older brother has worked with pigs his entire adult life, managing about 70,000 of them across five counties, Faaborg says. But we got to a point where he went from laughing at me to saying: well, I guess maybe I'll quit my job and help you out. Now he's the most dedicated, says Katherine Jernigan, director of the Transfarmation Project at Mercy for Animals, a non-profit that helped the Faaborgs make the switch and set up their new business, 1100 Farm.