Author

Darcy Smith

Darcy Smith has 283 articles published.

Organic Stories: Sweet Haven Farm, Secwepemcúl’ecw

in 2025/Climate Change/Crop Production/Current Issue/Fall 2025/Grow Organic/Land Stewardship/Organic Community/Organic Stories/Soil

Where Organic Matter Matters

Darcy Smith

More than 40 years in, Keith Boulter still calls his farm a “work in progress.” Sweet Haven Farm was born from a deep respect for the land and the soil, and that’s one of the few things that hasn’t changed over the years. The grain, hay, and forage farm in Tappen, BC covers about 250 acres of homestead and leased land, with 75 acres organically certified. Now 79 and “semi-retired” (I’ve heard that one before!), Keith, along with his wife Naomi Silver, has being “trying to do well by the land and the animals” since the farm’s inception. The homestead features large vegetable gardens and a home orchard, along with pasture and a small amount of hay land. Grain and hay is mostly produced on his leased acres.

At its peak, Sweet Haven was doing about 60 acres of grain, which Keith calls “a very incidental, inconsequential amount,” as grain is normally counted by the section. This was when Keith was involved in an organic milling co-operative that was the precursor to Fieldstone. Only a few other people locally produce grain, and today, Keith and Naomi are mostly growing grain for themselves, for their livestock, and for livestock feed for a small market of neighbours.

Keith was “born into farming” in Alberta, where he grew up on a small mixed farm with “pigs, cows, chickens, geese, all that sort of thing.” He describes himself as “always very oriented towards plants and animals,” and remembers being out in the yard digging shrubs—anything to get his hands in the dirt.

A handful of grain. Credit: Maylies Lang.

His family was “one of the last to quit using the old threshing machines with horses where we threw bundles onto wagons,” he says. During threshing, his mom would bring home a box of Macintosh apples from BC: “It was the highlight of the year. I’ve always loved apples, and wanted to live somewhere where I could grow apples.”

After two years of agricultural college training in Vermillion, Alberta, Keith’s apple-growing dreams came true and he made his way to BC, first landing in the Kootenays in 1974, then, via Salmon Arm, making his home at Sweet Haven in 1979.

He describes finding the property as “happenstance.” He says he “fell into it” because he was looking for a rental home. He took a chance, moved to the land, and eventually he and Naomi began purchasing it from the landlady, who generously gifted the remainder of the land to them upon her death in 2001. “I hadn’t necessarily gone out to seek it, but I am very attached to whatever land I’m sitting on,” he says.

Keith found organics before he found Sweet Haven—or rather, organics found him in 1968, knocking on his door in the form of a high school student selling magazine subscriptions to make a little money for school. He didn’t think he needed anything, he says, “but then I spied this thing on her list called Organic Farming and Gardening magazine.”

Grain close-up at Sweet Haven Farm. Credit: Maylies Lang.

His father had been more of a conventional farmer, but unorthodox. He practiced crop rotations, which was unusual in the area at the time. The magazine sparked something for Keith: “I came across the association between humus and organic matter and fertility, and I started paying attention on our farm,” he says. “I saw that where there was more organic matter, the soil produced better.”

He also reflected on his time at the agricultural college, where he was trained to use chemicals. “I tried it once or twice after graduating and didn’t like the feel of chemical fertilizers on my hands, the smell of pesticides,” he says. “I didn’t like it on the land.” Ever since, he’s been dedicated to building organic matter.

Naturally, Keith certified Sweet Haven as soon as he could—meaning, in 1993 under the North Okanagan Organic Association, as soon as the BC Certified Organic Program became available. Like many other early adopters, he remembers driving many hours to attend meetings.

Today, he describes himself and Naomi as “both fairly reclusive” as well as busy, but he is nostalgic for the feeling of camaraderie of the days when there was a “younger energy—I was younger too!” he jokes. There was “a feeling like we were making a big difference by trying to push for standards and push for awareness of the methods,” he says. “There was an invigorating energy involved.”

For Keith, the important thing about organic farming is “the health of the soil, and the health of the people who are eating from it.” He’s seen the results first hand, both with family members who struggle with food sensitivities, and on the land he has caringly stewarded. He talks about being “in the zone” with a shovel or his hands in the soil. “I forget about time. I enjoy improving the soil.”

Naomi calls this tendency a gift. “When he works the fields in the spring, there’s a feel to it that I will remember for my whole life,” she says. “Being in deep relationship with the earth, if you’re born with it or you develop it, you’ve got it. It’s such a gift.”

Figuring out the unique ecosystem of the Shuswap brought more than a few challenges. Keith grew up on the Prairies, with rich black soil. “We had six inches of black topsoil,” he says. “The soil has much more reserves to grow with if it has organic matter.”

Contrast that with Sweet Haven, which is up on a bench, “not a valley bottom,” he says, slightly ruefully.

Keith in the field. Credit: Maylies Lang.

Sweet Haven doesn’t irrigate aside from the gardens, and the soil can get hardpacked. And it’s rocky, too! “It takes time to build up humus—unless you have a lot of money to throw at it.” Keith says. “It takes a while, but it’s going to be more critical in the future.”

“Things have shifted” since the mid-late 90s, Keith says. “The last 20-some years have been much drier than the previous 20-some.” The vegetable garden, which didn’t need irrigating in the early years, has become much more dependent on watering, with all the limitations that brings in an area with less and less rainfall. Sweet Haven doesn’t have enough water to irrigate the fields, which “has had some significant and relatively severe consequences for what we want to do.”

Keith finds that today, he can’t reliably start a hay crop in spring, and has to do it in the fall. He finds the same with grain. By spring, “the soil has started to dry out, and if you don’t get any rain, the crop doesn’t produce as well.” They used to get a second cut of hay “just about always” in the first 20 years, “but now it’s a rarity. Once the heat hits in July the grass goes dormant.”

Another victim to drier summers: the red clover they grew in their field rotations. “We were hand-picking red clover blossom and selling it down to California,” he says, with peak sales of over 350 pounds. “That’s a lot of clover blossoms when you’re picking by hand!” Once the weather got drier, the blossoms got smaller, making hand-harvesting less feasible.

Despite being semi-retired, Keith has plans, and most of them involve organic matter. He’s planning to do more subsoiling on the hardpacked soils, “so water can get in better and the soil can build more organic matter. It makes a huge difference to how much it dries out and what it’ll grow.”

As an organic farmer, he is, of course, contending with weeds. “Weeds try to fill in niches,” and right now, Keith is dealing with some “problematic pastures that have basically been invaded by chicory.” He pauses to say that chicory is “a beautiful plant, and cattle do eat it, a little bit.” But chicory has a very deep tap root, and when the grass goes dormant in July, “the chicory just keeps growing. It also produces seeds off the stem, and the cows just eat the leaves. It’s unfair competition.” His work over the next few years will be to rejuvenate the pastures.

“If I look around the place, I would say I haven’t done much in 46 years. But on the other side of it, there’s a lot that’s happened,” Keith says. All the changes at Sweet Haven are under the soil—you have to dig to see what has been accomplished. “This year, I started digging some early potatoes. This ground can go really hard—trying to put fence posts in in summer nearly impossible, but in the gardens, I can dig potatoes with my hands.”

Harvesting grain. Credit: Maylies Lang.

To his satisfaction, there is now soft soil down six to eight inches. “I have put energy into getting rid of rocks and adding sufficient humus to make a big difference,” he says, but extending that impact to all the fields is more than a lifetime’s work.

Knowing that, Keith has been contemplating what’s next for Sweet Haven—should he ever fully retire, of course. He fears that as a labour of love, it’s “not something that’s easily passed on.”

He’s considering seeking out some young agrarians, but the problem comes back to limited water, and the need to build the soil. They sold 20 of the 180 home acres to one of their children (five between Keith and Naomi), which led to digging another well.

They got lucky: Keith “managed to douse a well that I wish I’d had 30 years ago when I was starting to grow vegetables.” This boon will enable them to pipe more water up to the rest of the property, and potentially open up new possibilities. Meanwhile, “we’ll keep going as long as we can,” he says. “I’m not slowing down much yet.”

Keith sees the soil improvements at Sweet Haven as a potential key to the future more broadly. “Science is telling us too much carbon is going into the air,” he says. “But I’ve always been impressed with the idea that soil with more organic matter has so much more water holding capacity.”

For every one percent of organic matter content, the soil can hold 16,500 gallons of plant-available water per acre of soil. That soil can also “store a heck of a lot more carbon. If all the agricultural land was to change from one or two percent to five percent organic matter, that would go a long way to solving the problem right there.”

Darcy Smith is the editor of the BC Organic Grower, and a huge fan of organic farmers. She is also the National Director at Young Agrarians, and, when coreopsis beetles haven’t eaten her entire crop, a coreopsis (and other dye flower) grower.

Featured image: Keith Boulter working the fields.Credit: Maylies Lang.

The Value Of On-Farm Demonstration Research In BC’s Organic Sector

in 2025/Crop Production/Current Issue/Fall 2025/Grow Organic/Research/Tools & Techniques

Drew Bondar

What is On-Farm Demonstration Research?

Trialing something new on the farm can feel daunting. Farmers face numerous demands each day, and improving an existing system takes time and resources, and carries potential risks. On-farm demonstration research is a practical tool that allows farmers to evaluate a new practice, product, or technology in a way that minimizes risks and reduces demands on producers’ time and resources.

Whether trialing a new variety of cover crop or reducing tillage without impacting yields, on-farm demonstration research can help growers evaluate the economic and environmental impacts of a new practice and enhance their operations. Guided and implemented by producers, demonstration research supports the development of practical, relevant solutions that are more likely to be adopted on-farm. When linked with case studies or field days, demonstration research can provide the broader farming community with experience and information about a new practice, product, or technology.

Demonstration research incorporates scientific elements in the process but is not as meticulous as traditional research. It allows for a more nimble and simple approach to trialing something on-farm than is otherwise possible with more rigorous scientific studies. The availability of land for a trial, the size of treatment area needed, and day-to-day operations are important factors to consider. Demonstration research can be conducted on a smaller scale with limited required resources that fit within a farm’s operations.

It is important to note that it is challenging to draw definitive conclusions from demonstration research as the results are not statistically significant due to a lack of replication. Through multiple seasons of data collection, however, confidence in the results is improved. Demonstration research is a great tool to evaluate if a new practice, shown to be beneficial through traditional research, will work for a particular farm, industry, or region.

Andrew Budgell with Laughing Crow Organics portioning seed for their trial on interseeding cover crops with broccoli. Credit: E.S. Cropconsult.

Regional Extension Program Project

For the past two years, the BC Ministry of Agriculture and Food has been supporting on-farm demonstration research through its Regional Extension Program. Demonstration trials are underway across the province. The goal of the project on the South Coast is to promote the adoption of beneficial management practices (BMP) and to increase growers’ knowledge and skillset in conducting on-farm research. E.S. Cropconsult, which provides crop consulting and research services in the Fraser Valley and Pemberton, has been contracted to deliver the project. This includes supporting growers in the development of research manuals, setting up trials, data collection, and reporting.

BMPs trialed to date have been evaluated for their impact on improving soil health, supporting beneficial insects, and/or improving crop yields. The trials completed have typically been two years in length, which includes two seasons of data collection and consist of a side-by-side comparison utilizing a control (i.e. standard practice) and the treatment (i.e. new practice).

Each trial begins by partnering with an interested grower who is facing a particular management challenge and has a potential solution in mind. The contractor and the grower then work together on formalizing the topic and develop a research manual over the winter season. The manual contains all the relevant information needed to undertake the trial, including required materials, trial set-up, and data collection. A rough cost estimate to undertake the trial is also included. Although the manuals are specific to the grower, they are standalone documents that are available to the broader agricultural community, who may be interested in undertaking similar trials.

The first year of trial begins in the spring. Trial setup is completed in partnership with the consultant and grower. Typical operational tasks, such as field preparation and seeding, are completed by the grower. Data is then collected through the season, which may include soil samples to assess changes in soil health, pest and beneficial insect abundance, and crop yield. After two seasons of data collection, a final research brief is completed that provides an overview of the trial and highlights the results.

To date, six farms have completed trials across the Lower Mainland and Pemberton, and another four farms began new trials this year. The first six trials were completed with organic field vegetable and blueberry producers.

Trial topics included assessing the impact/efficacy of: no-till on cabbage and lettuce; interseeding cover crops with broccoli; mustard biofumigation control of parasitic nematodes in blueberries; planting blueberry alleyways with cover crop mixes to increase habitat for predatory ground beetles; liming of acidic soils to improve nutrient availability and yield in potatoes; and planting headlands with perennial plants to support beneficial insect populations in cabbage and lettuce fields.

The four new trials that began this year include: fall application of gypsum to improve sulphate availability; humic acid application to improve soil compaction and crop health in blueberries; mustard biofumigation to suppress wireworm and improve soil health; and using a nitrogen-fixing biological to improve nutrient management. Stay tuned for the trial results, which will be available next year! The research manuals should be available online soon.

Conclusion

While finding the time for on-farm research can be challenging with demanding farm schedules, the growers that participated in the first round of the project found that the trials were less difficult and risky than anticipated and plan on continuing with some version of the trial.

If you have a pressing question about a new practice or product on your farm, we encourage you to explore the resources developed through this project, including completed research manuals and briefs, which are available online. We hope these resources encourage you to undertake a similar demonstration trial yourself.

bit.ly/428myVf

Drew Bondar is the Regional Agrologist for Metro Vancouver with the BC Ministry of Agriculture and Food and is a co-lead of the South Coast on-farm demonstration research project.

We’d like to acknowledge the growers that have participated in the project to date, E.S. Cropconsult for doing the heavy lifting of supporting the implementation of the trials, and Conley Keyes, who was instrumental in developing the project as a whole.

Financial support was provided by the governments of Canada and British Columbia under the Sustainable Canadian Agricultural Partnership, a federal-provincial-territorial initiative.

Featured image: Layout of no-till cabbage trial. Credit: E.S. Cropconsult.

Unlocking the Potential of Pastured Poultry

in 2025/Current Issue/Fall 2025/Grow Organic/Livestock/Tools & Techniques

How the Rovabarn is Changing the Game

Julia Smith

Agri-tech gets a lot of airtime these days, but it often seems irrelevant to smaller-scale, organic producers. We picture robotic milking barns, precision spraying drones, and complex greenhouse operations—technologies typically designed for large conventional farms. The scale and investment required for many of these innovations put them out of reach for most BC farms. However, two certified organic livestock producers have found a promising technology that aligns with their pasture-based systems: the Rovabarn.

Daniel Badiou, raised on a dairy farm, developed an early interest in using machinery to solve livestock production and management challenges. After designing an autonomous barn for his own farm, he partnered with mechanical engineer Katrina Jean-Laflamme to launch Ukkö Robotics in 2016. Their Rovabarn brings the benefits of a high-tech barn to pasture-based poultry operations.

Moving autonomously, the Rovabarn provides fresh forage throughout the day. Automatic feeding and watering systems offer close to a week of storage capacity, while an intelligent ventilation system regulates temperature via a mobile app. Electrified skirting prevents predation while adapting to uneven terrain.

L-R: Katrina Jean-Laflamme (Ukkö co-founder & COO), Julia Smith, Daniel Badiou (Ukkö co-founder and CEO), and Steve Meggait at Ukkö’s manufacturing facility in Manitoba. Credit: Julia Smith.

BC Organic Farmers Leading the Way

At Fresh Valley Farms in Armstrong, early adopter Steve Meggait saw the Rovabarn as a way to reduce soil compaction, improve pasture health, and cut down on poultry labour demands. Funding through the BC Climate Action Fund’s Beneficial Management Practices (BMP) program and the Shuswap Watershed Council covered about half of the $40,000 investment.

The Rovabarn became an integral part of Fresh Valley’s rotational grazing plan, moving three feet per hour across a 15-acre hayfield. Unlike previous mobile coops that left patchy fertility, this system distributes manure evenly, improving pasture quality. “Now I’m seeing a 30-foot-wide swath of evenly fertilized, healthy pasture wherever the Rovabarn has been,” says Steve. “The chickens are also more engaged—they chase insects and graze more actively when they hear the warning beeps before each move.”

However, temperature control has been a challenge, particularly in hot weather. While the app sends alerts when temperatures rise, the roll-up sides were unreliable, forcing Steve to manually operate misters and fans to keep birds cool. Electrical breakdowns in the first season also required frequent repairs, making mechanical troubleshooting a necessity.

At Whiskey Creek Ranch in Rose Prairie, Michelle Schaeffer adopted the Rovabarn for her year-round laying hen operation, attracted to its Canadian-made design. Managing layers in extreme winter conditions was a concern, but Michelle felt confident in handling challenges after consulting with Ukkö founder Daniel Badiou. Like Steve, she was able to secure partial funding—this time through the BC Hydro Site C Agricultural Compensation Fund.

Whiskey Creek Ranch has yet to have the Rovabarn available for a full grazing season, but is appreciating the Rovabarn’s autonomy, bulk food and water storage, and automated notifications, which simplify management. However, she encountered issues with the roll-away nesting boxes, which frequently needed adjustment to respond to varied terrain, and water nipples that leaked in freezing weather, creating ice buildup and humidity concerns.

Checking out the Rovabarn. Credit: Julia Smith.

Technical Support & Innovations

Both Steve and Michelle emphasize that while Ukkö Robotics is highly responsive, farmers should expect to troubleshoot and handle some repairs themselves. Daniel often resolves software issues remotely, and parts are shipped quickly, but hands-on mechanical skills remain essential.

Last year, Steve and I visited Ukkö’s manufacturing facility in Manitoba to learn more about their process. Ukkö had already incorporated farmer feedback into their new ‘S’ model, a streamlined version of the Rovabarn which is more modular, making it easier to transport and assemble on-site with easier maintenance. Enhanced structural integrity will enable it to withstand more extreme weather conditions and heavy use over time. The new design reduces maintenance needs and long-term costs. Software updates enable more frequent livestock moves, customizable LED lighting schedules, and improved cooling with optimized misting and ventilation. The roll-up sidewalls are now easier to replace and repair, ensuring greater durability.

Daniel explains: “We believe in continuous improvement. Farmers like Steve and Michelle have given us invaluable feedback, and we’ve made changes to ensure long-term durability and ease of maintenance.”

Chickens tucked into the Rovabarn. Credit: Michelle Schaeffer.

The Future of Pastured Poultry & Agri-Tech

Ukkö is already successfully raising sheep and pigs using the Rovabarn on their pilot farm and seeing similar benefits in terms of animal and pasture health. They are also developing an improved mobile app that will track data, push notifications, and potentially monitor soil carbon sequestration, which could provide valuable insights into pasture health.

As consumer demand for pasture-raised poultry grows, the Rovabarn offers an exciting opportunity for small-scale commercial growers to reap the many benefits of rotationally grazing poultry while mitigating the increased labour needs, improving biosecurity, and reducing disease risks like Avian Influenza. But current supply management regulations make it very difficult for operations like Steve’s and Michelle’s to achieve economies of scale. Without policy shifts or practical quota options for pastured poultry, innovations like the Rovabarn will remain underutilized in Canada.

Steve sees a lot of potential for the future if these barriers could be removed. “When chickens are managed well, they can add significant value to a pasture system while also commanding a premium price,” he says. “If we can overcome the limitations of the supply management system, I could see us raising 10,000 birds a year with this technology.”

Julia Smith farms entirely off-grid near Merritt, BC where she owns and operates Blue Sky Ranch. She is Executive Director of the Small-Scale Meat Producers Association, working to strengthen and expand opportunities for small-scale meat producers across BC.

Julia’s commitment to policy and regulatory work stems from her drive to enhance the stability and growth of the small-scale meat sector and its vital role in regional food security.

This project was funded in part by Agriculture and Agri-Food Canada through the BC Climate Agri-Solutions Fund delivered by the Investment Agriculture Foundation of BC.

Featured image: ​​Rovabarn lit from within at Whiskey Creek Ranch. Credit: Michelle Schaeffer.

A Return to the Biodynamic Farm Story

in 2025/Crop Production/Current Issue/Fall 2025/Land Stewardship/Organic Community/Preparation/Tools & Techniques

Anna Helmer

We’ve had some cow horns stuffed with manure buried at the foot of the garden since Christmas. We dug them up in May to check, but the manure was still pretty sloppy. I expect they are now ready and I intend to dig them up and prepare some BD-500. I am doing that and writing this article at the very same time.

Live-action article writing is admittedly niche. However, I think the exercise will help me to get my act together Biodynamically. Full disclosure, our Biodynamic farming practices have been shuffled so far to the back burner, they might have fallen off the stove.

So, these manure-stuffed horns. They are the basis of a Biodynamic preparation called BD-500. I may have mentioned it in previous articles. I consider it to be the gateway Biodynamic preparation, because the method and ingredients are straightforward and it’s likely to be effective. It’s basic Biodynamics: stuff cow horns with fresh manure, bury for six months or so, capture and concentrate energy from the universe, dig up, stir with water for an hour, apply to ground.

It can get a lot more complicated. Technically, the cow horns should be from cows that have calved, and the stirring should be done for one hour—alternating clock-wise and anti-clockwise directions. And of course, it should be spread in concert with BD-501, which is a little more difficult not only to make, but source ingredients. Oh, and it should be done at certain times of the month, depending on the position of the sun and moon in the constellations.

One must do one’s best to accommodate the complications. However, the main thing is to get it on the ground. Let that be the mission. Rudolph Steiner, who 100 years ago predicted that soil would require healing, indicated that as much land as possible all over the world should be covered with BD-500 as soon as possible. For now, it’s going on field 2b, at Helmers’ Organic Farm.

I myself have had many farm-related, non-Biodynamic complications impeding my progress in the endeavour. Everything has been more important than BD-500, but as the potatoes are pretty much in, and I am not ready to start carrots just yet, I can now consider accommodating other activities.

So, I am digging up a horn right this moment. There is dirt on my keyboard. We buried many horns. My high-quality manure provider gave me an entire five-gallon bucket, which filled a lot of horns. I am just prying a single one out right now. This one is special: some biodynamic people gave it to dad.

There is a dirt plug at the end, and I’ll just pry that out and tap the horn on my knee to dislodge that which lies within. When we dug it up in May, the manure was still quite moist and definitely lacked the Biodynamic vibe that is emanating from the substance that just plopped into my hand.

It came out of the horn in one complete piece. It’s darker than the manure it was made from, drier, and porous. Fine lines of white fungus wrap around the mass. I feel compelled to lift it to my nose and inhale deeply. A rich, earthy bouquet moves into my body. I sprout wings and take to the skies. Kidding.

I crumble it into a pail of water and decide to use the horn itself to stir the mixture, wanting to both clean the horn and capture any residual material within. I note the time and start to stir. First in one direction until a vortex forms, then in the other, forming a new vortex. Create order, introduce chaos, re-create order. Repeat.

At some point, I recognize that the water has changed. There is a sheen to it, a smoothness: it’s a new substance. I try to keep mindful of my activity, but to no avail. There are people all around me and the conversation cannot be ignored. We are celebrating mom’s birthday with a glass of champagne. A very small amount of champagne. There’s cake too, and some of the icing drops into my pail. I wonder how that will affect things. Could only be good, I decide. I am not so sure about the crumbs and drops of liquid that have joined the dirt on the keyboard.

Before I know it, the hour is up. I had already decided that this was just going to be a manual application. Had I taken the time to get the tractor sprayer up and running, I might have failed to get to this stage. Mechanical difficulties seem inevitable, and I’ll cross that bridge later when I dig up the remaining horns and make a proper big batch of the preparation.

For now, I am going to stagger out to next year’s potato field with my pail of potion and computer. This is awkward with a rotator cuff injury. Eventually I get out there however and look around for spots requiring healing. There are plenty. I just dip my hands into the liquid and fling it about, dragging the pail another few steps and doing it again. I sprinkle a few drops on my injured shoulder. I believe I am going to need a new computer. The pail is finally empty.

I return to my desk to proofread and make a note on the almost empty Biodynamic page of my farm binder that I did something Biodynamic. A rosy sense of accomplishment burbles into my consciousness.

helmersorganic.com

Anna Helmer farms in Pemberton BC and represents the more minimalist approach today.

Featured image: Cow horns stuffed with manure. Credit: stock.adobe.com.

Breaking the Silence Around Stress and Burnout in BC Agriculture

in 2025/Current Issue/Fall 2025/Organic Community/Tools & Techniques

Matt Treble

From extreme weather events to international tariffs, the last few years have shown that there are plenty of things that fall outside of an agricultural producer’s control that can cause stress, burnout, or other impacts to mental wellness. In addition, mental health is perceived as highly stigmatized in society, meaning that people who may be struggling may not feel comfortable or safe talking about what they are going through. This is often due to a fear of being judged or being perceived as weak.

AgSafe has been an industry leader in shifting the narrative on mental health and wellness in BC agriculture through creating tailored ag-specific mental health programming, delivering free educational/training opportunities to the agricultural communities in BC, and providing free counselling to people who are part of BC agriculture.

Mental Health & Agriculture

There are many things that can cause stress for a producer; machinery breakdowns, influenza, extreme weather events, financial stress, and family conflicts are just a few examples. Stress can show up differently for different people, and some may not even realize they are experiencing high stress or burnout for a long time or until their symptoms start to significantly impact their work and life.

Stress

Stress is a complex human experience because, most of the time, it is actually a positive thing our body and mind experience to help protect us. However, stress can also build to a point where it is no longer positive and can impact our day-to-day lives. Stress shows up in a lot of different ways for everyone. For some, it may show up as a foggy mind, increased heart rate, or fatigue. Stress can also make some people feel more irritable, experience insomnia or less sleep, and even take a toll on personal relationships.

Feeling stressed is very normal in agricultural work, as numerous factors can cause stress. What we want to keep an eye on is when that stress may be starting to accumulate and negatively impact us. Here are some ideas of what to keep an eye out for:

  • Increased heart rate (e.g., heart is pounding when you feel stressed)
  • Exhaustion (e.g., how much sleep are you getting?)
  • Mood (e.g., am I feeling more annoyed lately at the small things?)
  • Increased accidents/risks (e.g., have you been having more farming accidents or close calls lately?)

The reason we want to pay attention to our own stress is that if it is left unchecked, it can continue to worsen and lead to burnout. Burnout can happen when our body and mind are at a much lower capacity due to ongoing stress. Feeling burnt out can have more noticeable (and potentially dangerous) impacts on our work. Being burnt out is not fun for anyone, so we want to try to intervene when we are feeling high stress so that we do not reach the point of burnout.

So, what do we do if we think we may be feeling burnt out or if we are worried about someone else?

Mental wellness board. Photo provided by: AgSafeBC.

Available Resources and Supports

The good news is that there are plenty of agriculturally aware resources and supports that you can reach out to (or that you can share with someone you are worried about!)!

Do More Ag – AgTalk

AgTalk is a peer-to-peer support platform, powered by Togetherall, specifically designed for individuals working in agriculture. Peer support programs aim to bring people together who belong to the same community. They teach you skills and knowledge to support each other. Consider signing up for AgTalk today and join a growing digital community aimed at supporting Canadian agriculture.

As well, you can receive support for yourself through this program! You can learn more about AgTalk on the Do More Agriculture Foundation’s website: domore.ag/agtalk

National Farmer’s Wellness Line

Call 1-866-FARMS01 (1-866-327-6701) for support 24/7. This distress line was created specifically for Canadian agriculture and works to connect Canadian producers with counselling support that understands the realities of agriculture. The service is entirely free and confidential. You can learn more about the National Farmers’ Wellness Line on the Canadian Centre for Agricultural Wellbeing website: ccaw.ca/national-farmer-wellness-network

Rural Minds Matter

The ‘Rural Minds Matter’ campaign aims to reduce stigma, increase mental health awareness, and develop peer groups among people living in rural, remote communities across Northern British Columbia. Learn more about Rural Minds Matter on the Stigma Free Mental Health Society’s website: stigmafreementalhealth.com/campaigns/rural-minds-matter

9-8-8

9-8-8 is a free, 24/7 national distress line that you can access by phone or text for all Canadians. Services are currently available in English and French. To access, simply call or text 9-8-8.

This distress line provides anonymous emotional support for whatever you’re going through. The volunteer call takers will work with you to navigate the emotional impacts and stressful situations you are experiencing.

AgSafe’s Mental Wellness Initiative

AgSafe’s Mental Wellness Initiative is a program that provides accessible and free counselling services (virtual or in-person) with mental health professionals to members of the BC agriculture sector. These services are available in multiple languages, including Punjabi, Hindi, and Spanish.

This program was designed specifically to bridge the gap between BC agricultural workers and tailored mental health support. One-on-one support can be highly beneficial, allowing you the time and space to work with a registered mental health professional to navigate tough times.

AgSafe’s team of approved mental health professionals are all pre-approved and committed to supporting BC agriculture. View the available mental health professionals on AgSafe’s website: agsafebc.ca/mental-wellness/counsellors

Working in agriculture can be deeply rewarding, but it also comes with unique pressures that can take a toll on mental wellness. If you’re feeling overwhelmed, burned out, or simply not yourself, know that you’re not alone—and that reaching out for support is not a sign of weakness. In fact, seeking help is one of the strongest things a person can do. Counselling and mental health resources are available to support producers like you, who carry a significant burden for their families, communities, and the land.

These services are confidential, agriculture-aware, and designed to meet you where you are. Whether it’s for yourself or someone you care about, please don’t hesitate to connect with the resources listed above. Your well-being matters—and help is here when you need it.

About AgSafe:

AgSafe is the non-profit health and safety association for agricultural producers in British Columbia, providing site-specific consultation and on-site safety education, as well as online workplace safety resources and materials. AgSafe is also the COR Certifying Partner for B.C.’s agricultural and associated industries.

For more information about AgSafe, visit AgSafeBC.ca

Sign up for the monthly newsletter, The Dirt on Ag: AgSafeBC.ca/contact-us/subscribe

Matt Treble (he/him), MC, is the manager of Suicide Prevention and Life Promotion at the Canadian Mental Health Association—BC Division (CMHA BC) and facilitator for British Columbia’s AgLife Network Connector Training. The AgLife Network is a suicide prevention and life promotion initiative developed in collaboration and partnership between AgSafe and the CMHA BC. Matt has a Master of Counselling from Athabasca University and is passionate about increasing accessibility to mental health resources and support.

Featured image: Farmers talking at sunset. Photo provided by: AgSafeBC.

New GMO Fruits And Vegetables: A Threat To Future Harvests

in 2025/Current Issue/Fall 2025/GMO Updates/Organic Standards

Fionna Tough

As farmers wrap up their seasons by finishing fall harvests, attending the last outdoor markets, and delivering the last fall Community Supported Agriculture (CSA) boxes, salad greens remain an important, cold-hardy crop. For many, the early morning harvest and careful packing of tender greens continues right into the winter months. Meanwhile, farmers who grow for seed have watched rows of mixed greens slowly stretch into “towers,” bloom, and then offer tiny, hopeful seeds for salads-to-come. These practices are known to farmers. They know the satisfaction and the risks that come with each growing season, producing crops like greens for salad, and for seed.

But what many farmers, and their customers, do not yet know, is how new genetic engineering (genetic modification or GM) techniques of gene editing could impact future harvests of crops such as salad greens, and the future of various other fresh fruits, vegetables, and seeds across Canada.

Gene editing techniques, such as CRISPR, are new ways to genetically engineer plants and animals to express new traits. These techniques aim to delete, insert, or otherwise change a DNA sequence. Unlike traditional plant and animal breeding, genetic engineering makes changes directly to the genetic make-up of organisms, without mating, in the laboratory. These techniques are particularly controversial because, at the same time that they are set to lead to many new different types of genetically modified organisms (GMOs), like gene-edited salad greens and strawberries, most of the new products will not trigger government regulation in Canada.

No Regulation for New GMOs

Gene-edited seeds and foods would be introduced to the market with even less transparency than earlier genetically engineered foods such as the corn, canola, and soy that came to market in the late 1990s.

In 2022 and 2023, the Canadian government removed regulation for most gene-edited plants (if these new GMOs have no DNA from other species). These exemptions to regulation were designed by a corporate-government committee called the “Tiger Team” made up of representatives from the biotechnology and pesticide industry lobby group CropLife, which includes Bayer (formerly Monsanto), with other industry lobby groups and government officials.
Now, many gene-edited plants and foods can enter our food system and environment without any government safety assessments or independent science. These GMOs can also enter the market without any notification to the government or to farmers and consumers.

GM Gene-Edited Mustard Greens Stalled

In September 2024, the Canadian Biotechnology Action Network (CBAN) began investigating the potential introduction of GM gene-edited mustard greens (Brassica juncea) by Bayer, intended to be sold in packaged salad mixes. The greens were gene edited to remove their mustardy flavour, so they could be marketed as “a mustard green that eats like a lettuce.”

These greens were poised to be the first gene-edited vegetable sold in Canadian grocery stores and the first GM vegetable seed made available to home gardeners in Canada. Bayer said it planned to release the greens in Canada and the US in late 2024 or early 2025. However, in May 2025, despite April promotion on social media, Bayer confirmed to CBAN that it was not growing the GM greens commercially and no longer had a specific target date for commercialization.

Targeting Home and Market Gardeners

Despite this delay, farmers and gardeners cannot celebrate with non-GMO victory salads quite yet. Bayer, and other companies, are still testing the market to sell various gene-edited fruits and vegetables to consumers and gene-edited seeds to small-scale farmers and home gardeners.

Although Bayer has not rolled out its much-hyped GM salad greens and seeds, the small biotechnology company GreenVenus quietly started selling a limited quantity of gene-edited romaine seeds online in packets sized for small growers in the US only. The company recently removed this product from its website, but it is part of an alarming attempt by the biotechnology industry to target home and market gardeners with GM seeds for the first time.

This is the beginning of a very serious threat to heritage seeds, organic, heirloom, and open-pollinated seeds, and to seed biodiversity more broadly.

Market Status of GM Fruits and Vegetables in Canada

There are only three fresh GM fruits and vegetables sold in Canada, and only one of these—GM sweet corn—is grown here, with seeds sold in quantities targeting large-scale production.

With GM whole foods on the horizon, CBAN has released a new report on the market status of genetically engineered fruits and vegetables. The report profiles the three GM fruits and vegetables on the market in Canada (GM sweet corn, pineapple, papaya), three new GM whole foods that could soon be introduced (GM greens, strawberries, purple tomato), and three prominent GM products that are not yet on the market despite many years of promotion (GM potatoes, apples, bananas).

Some of these GM whole foods made with gene-editing would be the first genetically engineered foods eaten in Canada without safety assessments from Health Canada, and like all GMOs in Canada, they will be sold without any labels. You can read the report at: cban.ca/GMfoods2025

What We Can Do

CBAN and the organization Kids Right to Know have launched a new petition for mandatory labelling of genetically engineered foods in Canada. The Parliamentary e-petition can be signed until November 3, 2025 at: ourcommons.ca/petitions (search the petition number e-6768)

Customers can take action by supporting local organic and ecological farmers, and by writing to the head office of their grocery store to demand a non-GMO produce section. For more information, visit: cban.ca/ProtectOurProduce

Just as we ended production of the GM salmon, we can use the collective power of farmers and eaters to resist the agenda of companies like Bayer, which seek to dominate our food system. By acting now, we can uphold a food system rooted in seed and food sovereignty, committed to ecological and social justice.

Fionna Tough supports outreach and campaigning at the Canadian Biotechnology Action Network (CBAN) which brings together 15 groups to research, monitor, and raise awareness about issues relating to genetic engineering in food and farming. CBAN members include farmer associations, environmental and social justice organizations, and regional coalitions of grassroots groups. CBAN is a project of MakeWay Charitable Society.

Featured image: Harvesting organic salad greens. Credit: Maylies Lang.

Organic Stories: Northstar Organics, WSÁNEĆ Territory

in 2025/Crop Production/Grow Organic/Organic Community/Organic Stories/Spring/Summer 2025

Small-Scale Growing Big

Ailsa McFadyen-Mungall

“We have to be a little more particular about our growing. We’re trying to get a lot of food off a small space,” says Shawn Dirksen, owner and operator of Northstar Organics. But “a little more particular” does not do Northstar justice. Farming on a 10-acre plot on the Saanich Peninsula on Vancouver Island, Shawn optimises his growing spaces with precision to ensure production is thriving.

I visited Northstar in April, on one of the first days that felt like spring, just before the season was about to bloom. I was greeted by Shawn, who was wearing a big work hat, as well as his canine companion Zambi, who accompanied us while we talked, munching on carrots.

Walking onto Northstar’s land, you’re met with the farm’s cornerstone feature: the four high-tech greenhouses which run all year long, pumping out luscious veg from January to December. These big white tunnels produce a comforting whir as they regulate a collection of environmental controls, building the ultimate environment for the crop inside.

Shawn grew up with heated greenhouses, and traces his connection with the technology to his generational family farm back in Ontario where his grandfather used a “giant old oil boiler” to heat greenhouses for flower crops. Now, decades later, Shawn is using natural gas and high efficiency condensing boilers which deliver heat to the greenhouse through a series of radiant tubes. But Northstar’s greenhouses don’t just heat. These houses are high tech: they regulate heat, humidity, artificial light, airflow, and irrigation.

Northstar Organics, with Bear Hill in the background. Credit: Maylies Lang.

Vertical airflow fans move air from the peak of the house down to the bottom, keeping the humidity even and regulating CO2. Radiant heat stops moisture from condensing on the plant’s leaves, preventing disease. Artificial lighting boosts production in the winter months. Northstar puts a lot of time and attention into managing their greenhouses, and consequently, that means they put in a lot of money as well.

“It’s capital intensive to grow this way,” Shawn says. “But, because we’re selling at premium prices, we can make it make sense. And we’re really early with production. The amount of peppers or eggplant that we’ll get out of a greenhouse like this—which is producing right until basically Christmas—really is so much more than we would get out of a field crop.”

Shawn has many years of practice curating a delicate balance for his greenhouse crops. “Using technology is the thing I like a lot. I know that’s a bit unusual for organic farmers, but that’s what I get really into.” He says that it’s “just fun for me to be working out the numbers of what’s going to make things work.” Since his time in Ontario, he has been fiddling with greenhouse tech.

Lush, heated greenhouse. Credit: Maylies Lang.

But Shawn always knew he eventually wanted to move out west. He moved to Vancouver and worked as a landscaper “as long as [I] could stand it,” he chuckles. Once he was sick of city living, he moved to Lasqueti Island for seven years, where he started a small veggie farm (complete with an off-grid high-tech greenhouse where he generated his own electricity from solar panels), and met “the love of my life” during his time there. As the age-old story goes, Shawn followed his love connection, leading him to the Saanich Peninsula where she lived. This is how Northstar finds itself here today.

But Northstar wasn’t his first stop in Saanich. Shawn farmed for many years at Haliburton Farm, a community-supported, small-scale incubator farm further south on the Peninsula. Each farmer at Haliburton has a small plot, producing as individuals but sharing common resources, such as equipment, farmers’ market stalls, and a CSA box program. Haliburton is the place where Shawn honed his high-output production: “I really did it super, super, super intensively. It’s probably the most money I’ve made in farming, that little one-acre plot.” Shawn reminisces that the connections formed through his time working within the Haliburton community were critical in his growth as an organic farmer: “I got a sense of how to sell things, and how to grow things that work in this climate. I was able to learn from a community of organic farmers about the certification process. It was as a farmer at Haliburton that I started to establish connections with customers and markets as well as restaurants and stores, and these connections are still integral to [Northstar’s] success.”

Although Shawn had been farming with organic principles and practices for decades, it wasn’t until his time at Haliburton that he found the path to certification, and similarly certified his following venture at Northstar. He has “both a carrot and a stick” behind his desire to have Northstar adhere to the organic certification. “The stick is that I grew up on a family farm that did not grow organically and I could see how it was damaging for the land and damaging for us to be involved with that level of toxic chemicals,” he says. “But that’s not the main reason. The main reason is that it just naturally falls into what I think is the way I want to grow. And anything else feels a little bit out of place.”

Greenhouse tomatoes. Credit: Maylies Lang.

For example, Shawn goes on to say, “the methods that I naturally want to use for pest control and disease control are about bringing in beneficial insects.” Rather than relying on insecticides, Shawn’s inclination is to tinker with biological pest control. The farmers at Northstar closely monitor crops for pests and respond by introducing targeted predatory insects. To do this, Northstar has built a close relationship with the local Applied Bio-nomics branch in Saanich, who supply them weekly with biological defenses against problem insects. For instance, when green peach aphid is spotted, the farm brings in Aphidoletes aphidimyza, a parasitic midge whose larvae feeds on aphids. When two-spotted spider mite is found, the farm brings in Phytoseiulus persimilis, a predatory mite higher on the insect food chain. And the list goes on.

This inclination towards biological pest control is likely another influence from Shawn’s time in the world of greenhouses. He says that traditional organic field crop growers “would be more tempted to grow banks of native plants to encourage insects. And we’ve done that too.” He showed me the hedgerow that ran the length of the long east end of his property. “But that’s not enough. We’re bringing in tons of bugs. So many. All the time.”

But Northstar’s modus operandi isn’t just reactive. On the contrary, the farm has organized their growing systems to be extremely preventative of potential harm. This is best exemplified in their use of grafting: using the resilient root stock of one genetic strain and attaching it to the tastier fruiting top of another. “All of our tomatoes and eggplant and melons and pickling cucumbers we graft onto really resistant root stock,” Shawn says. “This is to get around diseases, to make them less vulnerable to insect predation, and it’s part of why we’re able to get our tomatoes to grow all the way through the year.”

In the past, Northstar had outsourced this service to the mainland, but the farm’s commitment to its organic certification took precedence: “we used to buy grafted plants from Bevo farms in Delta, but then they dropped their organic certification, so we had to learn all of a sudden.” When Shawn could no longer find a reliable source for the organic grafted plants he had come to rely on, the farm took the responsibility upon themselves. And they took it in stride. Northstar has honed their in-house grafting to a science through the countless plants that require attention each season, dissecting at precisely the correct angle and encouraging fusion with silicone clips. With time, Shawn says, “you can get fast at it.”

Greenhouse peppers. Credit: Maylies Lang.

He tells me that organic principles are critical for guiding the farm’s culture: “The employees that are here, I don’t think many of them would choose to work at a conventional farm. I think the reason that they’re here is the feeling of trying to nurture the soil, trying to provide healthy food, and trying to create a healthy work place. If those things were missing, it would be a very different place.”

Northstar has a hefty team of dedicated full-time staff, including a head grower, a harvest manager, and a number of “year-around employees [who] have been with the farm for multiple years and so are expert at their work.” The intensive output and uninterrupted growing season at Northstar means that the core staff hold full-year positions, which cultivates a workforce that is uniquely cohesive in a profession as seasonal as farming, where employees tend to come and go with the work. Northstar is different. Shawn’s staff have been there for years, and enjoy a comfortable amount of security knowing their job won’t disappear in the fall.

Shawn clearly values the team assembled at Northstar, and trusts their judgement enough to hold an annual meeting every November to discuss the passing season: “we like to get together with all the employees and we spend half a day—sometimes more than that—just talking about the things that worked, the things that didn’t work, and any innovations that anybody’s thought of that might be helpful.” He points to this tradition as essential for the farm’s steady refinement and continued success.

Harvesting blueberries.Credit: Maylies Lang.

Work does pick up in the spring and summer seasons, however, and Northstar requires additional assistance outside of the core crew as the outdoor crops begin to boom. Shawn has found a distinctive solution to this problem as well. He says, “it’s not practical to hire new people every spring who are often unskilled, and it’s not possible to hold onto employees if they are laid off every winter.” Instead, Shawn hires a handful of temporary workers from Mexico through the Temporary Foreign Worker program as the season heats up. “The program allows us to have the same experienced employees come to the farm exactly as things get busy. They’re able to put in as many hours as they want, and all of their housing and transportation is paid for, so they’re able to earn enough that they’re happy to come back each year. I think it is a win for the farm and a win for them.”

Northstar is not afraid to embrace novelty and similarly not afraid to explore unconventional and intensive methods of organic farming. As a result, they find themselves on the cutting edge of how a small organic farm can function. Shawn seems proud to have found a system that works for him, satisfied to be growing as efficiently as possible. But when asked if he desired the broader organic sector to be moving in a similar direction, he says: “I think there’s space for everyone. Farming the way that we’re farming out here is capital intensive. It’s not going to work for everyone. And I think there needs to be space for people who want to do it on a smaller scale and more seasonally. So, it’s not that I want to see everyone move that way. But it definitely is possible. For anyone who’s inclined to do it, it’s possible to make a living doing it. And to be pushing how much you can grow in a relatively small space.”

Like its namesake, Northstar is illuminating a guiding light for what the future of small-scale organic farm can look like.

Ailsa McFadyen is a farmer living on Vancouver Island. Working in multiple facets of her local food system, Ailsa’s days are filled with food production, writing, and singing.

Featured image: Harvesting blueberries. Credit: Maylies Lang.

Farm Story: In Which Anna Plants Potatoes (Eventually)

in 2025/Crop Production/Grow Organic/Land Stewardship/Organic Community/Preparation/Spring/Summer 2025/Tools & Techniques

Anna Helmer

Gosh, I am having enormous trouble focussing my brain on writing. There are any number of reasons why this is so, but basically, I haven’t made time to get to my computer and once there, commence writing. I get to the machine all right, but my attention is quickly pulled into other areas of interest. The federal election, tawdry trade war manoeuvres, potato sorting lines, and camping equipment are topics of the open tabs in the browser.

The online seed potato store dashboard tab is open too, but I don’t go there much anymore. There are only three orders left for pick-up and most of the remaining seed potato-related work involves responding to people who left it a little

late. And starting soon, as in any day, the remaining inventory is going into the ground.

I think this is the earliest we have begun planting in years. I could go back and confirm that, but it would be a sidetrack from which I would have great difficulty extricating myself. Imagine all the interesting details I would encounter sending me off in all directions were I to open planting records from yesteryear.

No. It is tempting, but resistible. Right? A herculean effort is now underway to maintain focus on writing. A twitch under my right eye mars the impression of outward composure and betrays the inner mental scuffle. Story of my life. The article must claim focus.

You know, some of my focussing struggles are due to my age. It’s true. All ancients over 50 are likely to encounter a brain fog situation such that it is hard to focus. Experiencing this makes me wish I had used my brain better during the years I had more control over it. The good news is this: a) it’s recoverable, and b) by this age, we’re often so smart that it merely brings us intellectually level with the younger people. It gives them a chance to gain a little ground, you see. To catch up, as it were. It’s nature’s plan.

I felt a similar use-it-or-lose-it regret when I became a parent. I remember, as time was passing me by in those early years, and I was perpetually trying to get hours of work done in the 15 minutes I had made available, the feeling of great futility. It was useless to struggle—I had to sink. I should have used my time better when I had the chance.

Before I sally forth further into this topic that is fraught with dangerous waters, please understand that I am a happy parent. There are implications, however, and even if there is no likelihood whatsoever that an imminent parent would understand the absolute depth of the parenthood productivity problem, I feel I ought to mention it.

In fact, not only are children major productivity impediments, but upon the introduction of one into your midst, you can kiss goodbye to any of the fun things you used to enjoy doing in life. And you can just forget about any goals you had prior to their arrival.

On the plus side, if you are willing to adjust those goals and ambitions, there are significant wins available in parenthood. For example, you perhaps previously enjoyed cleaning up the shop and organizing tools, listening to the radio, pondering life’s little questions. Never mind all that. Instead, savour the sweet rush of victory the first time you manage to listen, uninterrupted, to the entire political panel segment on morning radio.

And perhaps you have big, lofty ideals around feeding your brood nothing but your own home-grown vegetables. This may be disappointing to hear, but you’ll be lucky if the child manages to choke down your potatoes without making a gagging face—involuntarily, expressively, and in public. Adjust your goal to “eats enough to survive” and likely every meal will feature triumphant moments, even if it’s only white pasta that goes down the hatch.

I digress. I was talking about planting potatoes, wasn’t I? Oh dear. Yes. There it is. I mentioned early planting. In fact, the soil already seems a bit dusty and today is scorching hot. Okay, this is the real reason I am totally distracted and feeling a bit punchy: I have a feeling we are headed for another heat dome summer, and my swimming hole is too closely resembling the slough from which it was carved. There are sheets of algae floating on the surface and the high water table is preventing our usual maintenance. I know I can’t heat dome farm without a swimmable swamp.

Now that the “Biodynamic” tag has been removed from the Farm Story title of my column, I have obviously gone somewhat adrift, in terms of creativity and content. I asked for it to be removed because as you may have noticed, I ran out of Biodynamic expertise and information quite some time ago. However, apparently it did serve the purpose of keeping me more or less focussed on actual farming.

And to farming I will return. It is official now: we have begun planting, and it is the earliest in years—I went and looked. I have returned to writing, three days later. That’s how long it took to reel myself back in.

helmersorganic.com

Anna Helmer farms in Pemberton, where she dabbles in Biodynamic potato farming. She congratulates Organic BC on their new direction and will be paying her dues.

Featured image: Freshly dug up potatoes. Credit: Suradech – stock.adobe.com.

Regenerative Agriculture: More Questions Than Answers?

in 2025/Grow Organic/Organic Community/Organic Standards/Spring/Summer 2025

Tristan Banwell

What is a regenerative farm? Perhaps it is easiest to contrast the opposite—a degenerative farm; agricultural practices that degrade the land. As we travel around our own province, we can see many farms where the farmer has taken too much without giving anything back. We commonly see farming methods where the whole focus is on maximizing production. As the natural fertility of the land has been mined, eroded away by wind and water, consumed by tillage and export of nutrients, increasing amounts of synthetic inputs are required to maintain productivity, and those inputs damage the soil environment.

Agriculture does not have to be this way, as every organic producer knows! Regeneration is the way that nature and ecosystems function. When there is a disturbance, life moves back in and toward a balance until the next disturbance.

Regenerative agriculture is defined and described in many different ways. A fascinating 2020 journal article looked into definitions and descriptions of regenerative agriculture, both in research papers and directly from producers. They noted that these definitions are based on processes, outcomes, or combinations of both1.

The most frequently mentioned processes were reducing or eliminating tillage, the integration of livestock, the use of cover crops, reduction of external inputs and use of on-farm inputs, and reduction of synthetic fertilizers or pesticides.

The most frequently mentioned outcomes were improvements to soil health, sequestration of carbon, increased biodiversity, improved water resources, and supporting the social and/or economic well-being of communities.

Principles of Regenerative Agriculture

From an assessment of many organizations promoting regenerative agriculture, we can get down to some basic principles that many seem to agree on. These principles are rooted in agroecology. This is the understanding that a farm is a part of the greater environment, that we are living and working in an ecosystem that we manage for production, and that our farming practices are linked to natural processes that derive their resilience and productivity from diversity.

Regenerative agriculture asks you to understand your context and work within that on minimizing disturbance, keeping living roots in the ground, keeping the soil covered, utilizing biological and non farm sources of fertility, and enhancing biodiversity within the crop systems as well as further afield, which in theory, will provide ecosystem services to your farm.

This approach is not unlike the four principles of organic:

  • Principle of Health: Organic agriculture should sustain and enhance the health of soil, plant, animal, human, and planet as one and indivisible.
  • Principle of Ecology: Organic agriculture should be based on living ecological systems and cycles, work with them, emulate them, and help sustain them.
  • Principle of Fairness: Organic agriculture should build on relationships that ensure fairness with regard to the common environment and life opportunities.
  • Principle of Care: Organic agriculture should be managed in a precautionary and responsible manner to protect the health and well-being of current and future generations and the environment.

These organic principles describe the goals of practicing agriculture in a way that enhances, rather than degrades and exploits, ecosystems—including human ones. Soil health and carbon sequestration are often cited as top desired outcomes from the adoption of regenerative agriculture processes. Organic farmers nourish soil naturally by using quality compost, cover crops, mulches, integrated crop and livestock production, and other considered practices. Healthy soil supports optimum plant growth, has increased capacity to retain water and intercept runoff, resist erosion, filter out nutrients and pathogens, and suppress pests, weeds, and diseases. We also know that healthy soils sequester carbon, helping to mitigate climate change.

Flowering buckwheat. Credit: Organic BC.

The History of Regenerative Agriculture in BC and Beyond

There is increasing interest in regenerative agriculture of late, but the ideas behind it are not new. Looking at the history of food production practices worldwide can lead to a better understanding of the regenerative movement.

Indigenous food production practices around the world are diverse and sophisticated, and are specific to the place and the tools available. There are countless examples of peoples living rich and abundant lives with food systems that sustained their cultures for thousands of years in the same place. Chinampas, terra prieta, sea gardens, the creation and maintenance of prairies and food forests, cultural burning practices, and more—there is a lot to be learned from traditional foodways.

The history of organic agriculture traces back to Indian Vedic agriculture and peasant farming knowledge that are still used throughout the world today. Abraham Lincoln was talking about sustainable agriculture in 1859. A 1911 book called Farmers of Forty Centuries by F.H. King documents the agricultural practices in use throughout Asia in the early 1900s that enabled the productive use of those lands for upwards of 4,000 years, and contrasts them with the practices developing in the United States at that time.

Organic pioneer Robert Rodale promoted regenerative agriculture throughout the 1980s as a useful term for broadening the positive impacts of low input, ecological farming methods beyond strict organic production. Here in BC, the BC Association for Regenerative Agriculture was founded and began certifying farms in 1988, and it is still in operation today.

The 2020 study mentioned above cites references to regenerative agriculture in a research journal article as early as 1982, and there was a flurry of interest in regenerative agriculture through the ’80s. They show a steady increase in the use of the term in scholarly articles over time, with a surge beginning in 2015.

That surge in interest is what we are experiencing today, and new techniques and technologies are popping up to support regenerative farming. But, we need to look back and remember that there is a long history of alternative methods of production and farmer-led innovations that show promise and success in all bioregions and all commodities.

Initiatives

As interest in regenerative agriculture rises again, there are many organizations promoting, defining and certifying regenerative agriculture. These include very high-bar certifications involving on-farm audits, monitoring and verification of soil health, animal welfare and worker wellbeing. And unfortunately, they range down through commodity production self-assessments and even some claims with no public-facing standard that, in some cases, may be nothing more than a public trust campaign meant to sign off on current practices without requiring any real change or improvement.

Some of the largest companies in the world are getting behind the idea of regenerative agriculture, and this understandably makes a lot of organic and grassroots champions nervous, because some would say that organic is regenerative by nature. Despite the range in the validity and meaning of regenerative, the attention on issues of agriculture and the environment is overall positive. If companies are promoting this, it is because consumers are asking about it, and that represents an opportunity for change. These changes may not be as fast as we’d like, but changes are coming at all scales.

Grazing cattle. Credit: Jonathan Petersson.

Regenerative Standards and Certifications

Currently, anyone can call themselves regenerative, creating both opportunities and challenges. Organic certification has clear, prescriptive standards and mandatory labelling requirements, providing transparency and trust for consumers. However, for organic producers, certification is not simply about prohibited practices—it fundamentally aims to enhance soil health through ecological approaches.

Emerging certifications, such as Regenerative Organic Certification and A Greener World’s regenerative standards, combine rigorous standards around soil health, animal welfare, and social fairness. Meanwhile, groups like Regeneration Canada advocate broadly for regenerative principles. On the commodity side, companies like General Mills, Ocean Spray, McCain’s, Cargill, and Kellogg’s use self-assessment frameworks to align with consumer demand. The Global Farmers’ Consultation on Regenerative Food Systems, held at the World Farmers’ Organization Annual Meeting in South Africa (WFOGA2023), highlights the global momentum behind regenerative approaches.

Divisions in Regenerative

With all these different voices in the regenerative conversation, you can imagine that there are some divisions. These include viewing regenerative agriculture as either a panacea or merely hype, making extreme claims versus relying on long-term science, activism contrasted with agronomy, and debates between practice-based approaches versus those based on monitoring and measurable outcomes.

There’s tension around measurement itself—attempting to quantify and box-in natural processes that can be inherently complex and dynamic. Many organizations claim to offer definitive tools for assessment, while in reality, these tools are often still in development. Further, there’s ongoing debate around regenerative versus organic practices, whether agriculture should aim for maximum production or seek optimum sustainable yields, and whether to focus support on innovators and early adopters or to bring along the late majority and laggards. Finally, there’s a philosophical divide, sometimes characterized as “Wizards versus Prophets”—techno-optimists believing technology can solve our agricultural challenges versus those advocating for simpler, more ecologically-aligned practices.

What Does All This Mean on Your Farm?

Most farmers want to improve the health of the land. Many are interested in the concepts of regenerative agriculture, and many would benefit from implementing some of these ideas. However, what does our current paradigm and economic model value? The prevailing system encourages farmers to maximize yield and decrease cost. This trajectory can lead to degradation or degeneration of farm lands. This model generally misses the value of all the other ecosystem services and benefits to human and planetary health that a regenerative farm can produce. It also allows us to pass along costs as negative externalities which must be borne by ecosystems, society, and individuals.

Given the many different interpretations of regenerative agriculture, it is important to give some consideration to what the term means to you. Every producer is doing something good, and has made positive changes in their operation! And conversely, every single one of us can take action to improve and do something better.

After you have an idea of what regeneration means to you, you may find it easier to implement it on your farm by focusing on your goals rather than specific practices or certifications. When you see someone else working toward the same goals as you—whether that is climate resilience, reduced input costs, or improved soil health—work together with the knowledge, experiences and resources you bring to the conversation. Focusing on our specific production practices, and looking at our methods in good/bad binaries, such as organic vs conventional, has caused unneeded divisions and stopped a lot of useful listening and learning that we all need right now.

Farmers are risk averse in terms of making change. There are enough other risks without mucking around changing things, right? I joke that everyone is farming using the best ideas from their grandparents’ generation.

The other one we hear all the time is “That would never work for me because…” Seeing a technique implemented successfully by another farmer in your region is a huge boost towards trying it yourself. This is why I believe that field days, pasture walks, and other on-farm events are the best way to spread information and increase adoption of innovations. And I know from experience—sometimes the neighbour has to see that practice working for quite a while before they are willing to give it a try.

So have those conversations, get out of your box, ask folks what they are doing that works and what doesn’t. When the farmer next door sees change just over the fenceline, they might just come around.

Tristan Banwell manages Spray Creek Ranch, a diversified organic livestock operation in St’at’imc Territory near Lillooet, BC. The ranch has been BC Certified Organic since 2017, raising cattle, sheep, pigs, and poultry on pasture and operating an on-farm abattoir, direct-marketing meats to local communities. spraycreek.ca

References
1 Newton, P. et al. (2020) What Is Regenerative Agriculture? A Review of Scholar and Practitioner Definitions Based on Processes and Outcomes. Frontiers in Sustainable Food Systems, volume 4. doi.org/10.3389/fsufs.2020.577723

Featured image: Alfalfa in bloom. Credit: Organic BC.

Rotational Grazing as a Tool in Climate Change Adaptation

in 2025/Climate Change/Crop Production/Grow Organic/Land Stewardship/Livestock/Soil/Spring/Summer 2025/Tools & Techniques

Stacey Santos

Drought, heatwaves, wildfires, and other climate-related challenges are taking a heavy toll on farmers in BC, including at Blue Sky Ranch in the Nicola Valley. There, farmer Julia Smith is working hard to keep a healthy pasture in the face of climate change by following the principles of rotational grazing: having the right species for your pasture, moving them frequently, and allowing the pasture enough time to rest and recover between moves.

Julia invited us to her farm to learn more about these practices and how she’s building up the land to be more resilient—all in a way that’s in line with her values, the way she wants to raise her animals, the way she wants to operate within her community, and the relationship she wants to have with her land.

The Right Species

Julia found that pigs were not the right species for her pasture, as they root around, dig giant holes, kill trees, and generally make a mess. Cows weren’t the right species either because there isn’t enough land for them.

The answer? Sheep, which are ideal for weed control in pastures and naturally fertilize the land as they graze.

“Sheep seemed to be a good fit for us because of our size of operation and the plant species we have,” said Julia. “It’s been really fun working with the sheep for the last couple of years. They’re a way better fit for the land. They sip water. They’re also easier to move and are much easier on the pasture—they’re actually a benefit to the pasture. They’re a kinder, gentler solution for land restoration.”

“The pasture looks way better than I thought it would with the amount of rain we’ve had this year. I just hope it’s going to keep improving in spite of everything Mother Nature is throwing at us.”

Enjoying the shelter. Credit: Small Scale Meat Producers Association.

Not One Size Fits All

Many people who are starting out with rotational grazing want to know things like: How often do I have to move my animals? What size should my paddocks be?

The answer depends. What Julia’s doing won’t necessarily work for everyone. It depends on your weather, the species you’re using, the plant species you have in your fields, your stocking rate, and other factors.

“There are so many variables,” said Julia. “You can’t just tell someone, ‘Set up your paddocks at this size and move them every two days.’ You have to watch what your animals are doing. You have to watch what your plant species are doing. You have to watch what the weather is doing. Being out there every day, you get a feel for it pretty quickly.”

Multi-Species Intensive Rotational Grazing Plan

At her ranch, Julia uses a multi-species intensive rotational grazing plan, with the animals moved nearly every day (depending on how much they’ve eaten).

The sheep are first in pasture and are great at pounding down the weeds, but avoid some of the grass species.

“We find that the sheep seem to like the brome but are less keen on the fescue,” Julia explained.

Rather than leaving the sheep in the paddock and forcing them to eat the less-tasty species, Julia decided to introduce horses into the rotation. After the sheep are moved up to the next paddock, the horses are moved into where the sheep were—a plan that’s working well because the horses have a preference for grass.

Sheep and horses: Blue Sky Ranch’s multi-species intensive rotational grazing plan. Credit: Small Scale Meat Producers Association.

The Gold Standard of Groundcover

When it comes to groundcover, Julia aims for an abundance of native bunch grasses.

“Sometimes they get outcompeted, but any groundcover is better than no groundcover,” Julia said. “So I’ve tried to change my relationship with weeds a little bit and embrace the groundcover. Nature decided that if grass wasn’t going to grow there, let’s put something there.”

The benefit of sheep being so into the weeds is that they knock the weeds back and give the grasses a chance to compete. With fewer weeds, the grasses can get more of the sunlight, more of the limited moisture that’s available, and have time to regrow so the plant can come back nice and strong.

“The idea being that the grasses will start to take up more and more space as we go along, and the weeds will diminish,” Julia explained. “We don’t want to take [the grass] so far down that there’s not enough roots for the plant to regrow. So that’s where we do the frequent moves.”

If all the munching of weeds and grass leave bare patches, Julia covers as much of the exposed areas as she can with hay litter to help hold the moisture in.

Daily move of the shelter. Credit: Small Scale Meat Producers Association.

Bale Grazing

Last year, Julia ran out of forage earlier than she would have liked. Her plan this year, when she runs out of forage, is to start bale grazing.

Traditionally, bale grazing is a technique that’s used in the winter, where you set out a number of bales in a field and move the animals to the bales. It’s like rotational grazing, only they’re not grazing–they’re eating the hay.

This allows you to take advantage of any leftover hay residue, which keeps nutrients cycling back into your soil.

“I’m going to try doing this in the summer or fall when we run out of forage here. I’ll put the hay out and continue to move the sheep around the property,” said Julia. “The hay residue will stay on the ground, increasing the litter, and it’ll allow me to keep the nutrients from the sheep manure travelling around the pasture.”

Dry soil vs. moist soil. Hay litter helps hold moisture in. Credit: Small Scale Meat Producers Association.

The Right Enclosures for Your Species

There are so many fencing options available, with technology that makes relocating the fencing relatively easy.

But first, you need to choose the right kind of fence for your species.

Julia’s sheep are on a four-strand Smart Fence, which rolls up with a crank and is on wheels so it’s easy to move around. The horses have simpler infrastructure: Ring Top Posts with one line of Poly Wire.

Within each pasture, you must ensure the animals have access to water, mineral salts, and some kind of shelter. Julia set up a fairly large structure for her sheep to use for shade and hiding from storms, with enclosed windows, a door, and a metal roof.

“You don’t necessarily need something as fancy as this,” Julia said. “This is on wheels—it’s a trailer. We keep the ATV hooked up to it because we move it every day. We just open up the fence and roll it into the next paddock when it’s time to move.”
While rotational grazing is a more labour-intensive practice, being hands-on allows you to become more familiar with the needs of the herd—and land.

“You’re out there all the time, so there’s really no excuse for missing these things,” said Julia. “If you’re out there watching your animals and your land, you get a pretty good feel for when it’s time to move. And it’s important to make sure that those moves are as easy as possible because you know, if it’s cold and windy, you might not feel like going out and moving them today!”

Want to see these practices in action? Watch the Blue Sky Ranch virtual farm tour at: youtu.be/ts-VwIUXFAE

Stacey Santos is the Communications Manager for Organic BC and the designer for the BC Organic Grower. She lives, writes and gardens in the beautiful and traditional territories of the Lekwungen peoples, who are now known as the Esquimalt and Songhees Nations.

This project was funded in part by Agriculture and Agri-Food Canada through the BC Climate Agri-Solutions Fund delivered by the Investment Agriculture Foundation of BC.

Featured image: Sheep in the pasture. Credit: Small Scale Meat Producers Association.

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