Organic Farming Strategies from Experienced Farmers

“We’re looking for more high-value, low-yielding crops.” This was the phrase that stood out to me most from a successful, Saskatchewanian farmer who receives no subsidies, buys no crop insurance, and only got 2 inches of rain each of the past two growing seasons. When crop prices are poor, growing diverse, high value, specialty crops are certainly a buffer. But the innovations at Axten Farms hardly stop there. 🚜 Derek and Tannis Axten farm 12,000 acres, of which 2,000 are native prairie and pollinator strips. Starting in 2007, they began a journey to: 🌱 sow seed using a no-till drill 🌱use a stripper-header to harvest just the heads of grain and leave the whole stem standing in order to catch large amounts of snow 🌱maximize water from that snow by keeping large amounts of crop residue on the soil surface 🌱phase out synthetic fertilizer 🌱build compost windrows to brew and apply living compost extract across the farm 🌱integrate livestock with mob grazing and stubble aftermath grazing 🌱reduce fungicide use to minimum in wet years and none in dry years 🌱Intercrop: they have tested 25 combinations so far, the most successful being flax+lentils, flax+chickpeas, spring wheat+winter peas, mustard+winter peas With three-way intercrops, total yield increases, but so does the difficulty of sorting out the grain. Not all intercrops are harvested. Clover as an unharvested companion crop works great in wet years. 🍞 Einkorn, khorasan, camelina, buckwheat, oats, rye, spelt, and red fife have all found a place in their rotations and in their shop. They are trying out kernza for a high-value, low-yield perennial. The final element to the Axtens’ success and decommoditization is the investments they have made to vertically integrate. They spent millions to construct their own seed cleaning facility and flour mill. Their regeneratively grown grain no longer has to be mixed with the rest and lose its distinctive value. Derek & Tannis are working with, not against their soil. They have taken initiative to decommoditize and diversify. And, consequently, they have become resilient to market fluctuations, weather, and federal policy. Learn more and check out the shop at axtenfarms.ca Thanks once more to Green Cover for bringing folks like Derek together to share their trials and successes at the Regen Nexus, and to Derek for being generous with his hard-earned wisdom.

Regenerative No-Till Revolution at Singing Frogs Farm 🐸 I love this inspiring example of highly productive, climate-resilient farming—on just a few acres. Paul and Elizabeth Kaiser of Singing Frogs Farm in Northern California’s Sonoma County have perfected their version of a #NoTill vegetable operation that’s broken records for soil fertility, profitability, and ecological balance. Key Takeaways 1. Soil-Centric Management •Built sandy-loam soil from low organic matter to 8–11% SOM—vital for water retention and nutrient cycling. •#NoTillage. Instead, they cut spent crops at or below the soil surface, preserving microbial hotspots in the root zone. 2. Rapid Bed Flips (cool to watch) •Harvest in the morning, remove spent tops, add compost, and transplant new crops that same day. •Over 95% of crops start as transplants, enabling quick canopy cover and fewer weeds. 3. #Hedgerows & #Biodiversity •Perennial hedgerows provide habitats for #BeneficialInsects, reduce wind, and buffer temperature extremes. •Encouraging #wildlife—like snakes, frogs, and birds—reduces reliance on sprays for pest control. 4. #Compost & Closing the Nutrient Loop •They blend on-farm compost with municipal compost from urban food scraps. •Multiple compost sources boost microbial #diversity and organic matter. 5. Exceptional Returns •Their 2.5-acre farm often surpasses $100k in revenue per acre, outpacing many larger organic operations. •High labor costs are offset by intensive successions (3–9 crops per bed/year) and robust local markets. Benefits •#Resilience to #Drought & #Flood: High soil organic matter acts like a sponge, buffering extremes. •Reduced Weeding & Spraying: Healthy soil biology and constant canopy cover suppress weeds and pests naturally. •Strong #Community Ties: Year-round CSA and municipal compost partnerships create a sustainable local loop. For Growers •Minimize Tillage: Start by reducing passes and letting roots stay in place after harvest. •Invest in Soil: Top-dress compost, encourage #biodiversity, and keep living roots in the soil year-round. •Work with Nature: Plant hedgerows, bring in #pollinators and predators—lowering chemical inputs. •Focus on Intensive Rotations: Multi-crop each bed for maximum production on minimal acreage. Singing Frogs Farm proves that small-scale, soil-first farming can regenerate landscapes, yield abundant produce, and remain highly profitable and feed a large community. If you’re aiming to scale up quality and sustainability—without sacrificing the bottom line—this is the model to watch. There are more where they came from! AgReserves, Inc. Soil4Climate Inc. EcoRestoration Alliance

Biodiversity can NOT be protected, but it can be nourished 🌱🪱 This soil, after seven years of no-till and a deliberate, systematic practice of cover cropping, is now ready for the next step: direct seeding. The structure is in good condition, with 40% fine soil and a predominance of "porous" clods, known as Gamma in agronomic jargon. We find around 6-7 adult earthworms per spadeful. The analysis reveals excessive acidity, which will be easy to correct with carbonate inputs over the next two years. The farmer wants to take it a step further—either eliminating tillage entirely or limiting it to the seeding line only. Without realizing it, he has followed the right steps for a smooth transition without yield losses: ✔ Stopped plowing (switching to fissuring with the famous Michel tines) ✔ Implemented cover crops ✔ Carefully timed field operations After a few years, the results speak for themselves: ✅ Strong biological activity ✅ Excellent soil structure Tomorrow, the cover crop will no longer be slightly buried as seen in the photo—it will be rolled down on the surface, and direct seeding will take place. Every farmer can achieve this progressive transition. It is possible because soil biodiversity takes over from mechanical tillage. This biodiversity has been nourished through cover crops and proper organic matter management 🌱🪱. It has also experienced less mechanical disturbance. Replacing metal with plants is a conscious and tangible act. Thanks to the switch to direct seeding, this will result in: 200 fewer working hours on the entire farm (140ha /346acres) €19,000 saved per year, totaling €137,000 over seven years—more than enough to cover the cost of a brand-new direct seeder, amortized over seven years. #Agronomy is the art of feeding biodiversity to create synergy with our production activities. Make sure to showcase these efforts properly by quantifying the tangible benefits 🫡: time savings, financial gains, and environmental impact. A progressive, well-managed transition is a win-win on all fronts! 👍

Building Organic Matter Naturally? Most Farms Are Doing It Wrong. Here’s why “adding compost” is NOT the same as regenerating soil. Let’s clear the air. Most farmers believe that improving organic matter is just a matter of: “Add more mulch. Throw some manure. Wait patiently.” But that mindset is decades behind the science. And it's why most farms—after 5+ years—still struggle to see even a 1% increase in soil organic matter. Here’s What No One’s Telling You: 1. You don’t build organic matter. 2. You engineer the biological system that builds it FOR you. -Mulching isn’t enough. -Composting without biological activation is slow and inefficient. -Cover cropping fails without microbial synergy and root depth. What the Best Farms Are Doing Differently 1. Malaysia: Progressive oil palm farms are stacking fronds, applying targeted microbes, and using humic acids to decompose biomass faster—and deeper. 2. Brazil: Sugarcane growers are combining biochar, legume-rooted covers, and fungal-rich compost to increase OM by 2–3% in just 5 years. 3. Europe: Regenerative pioneers focus on liquid carbon pathways via root exudates, reduced tillage, and diverse perennial plantings. They’re not “adding” OM—they’re growing it from the inside out. The Real Strategy for Building Organic Matter Naturally 1. Root-Driven Carbon Input → Tap-rooted plants + deep-rooting perennials feed carbon below the surface. 2. Biology-First Approach → Feed microbial life with molasses, fish hydrolysate, and compost teas. 3. Structural Layering → Biomass + manure + biochar + fungal inoculants = long-lasting humus. 4. Minimized Disruption → Every tillage pass resets microbial succession. Less is more. 5. Data-Driven Monitoring → Track respiration rates, infiltration, and aggregate stability—not just OM %. The Takeaway: You can’t “add” your way to healthy soil. You must activate it biologically. Organic matter is not a product—it’s a consequence of a living, thriving soil system. Farmers, agronomists, and soil strategists—what’s your best method for building organic matter? Share your techniques, lessons, and field-tested insights. Tag someone who still thinks compost alone is enough. #DrSuzie #SoilDoctorByDrSuzie #SoilHealthExpert #GreenSoilSolution #SmartFarming #SoilRegeneration #BuildOrganicMatter #PrecisionAg #SustainableFarming #AgriTech #MicrobialFarming #CarbonFarming #MalaysiaAgriculture #FarmInnovation Dr Suzie Soil Health Expert (SHE)

🌱 10 Soil Regeneration Strategies Every Modern Farmer Must Adopt Healthy soil is the foundation of sustainable agriculture — and the future of global food security. Today, as we face nutrient depletion, declining organic matter, and climate-related stress, regenerating our soil isn’t optional… it’s essential. Here are 10 powerful, science-backed soil regeneration strategies that can transform farmlands, boost productivity, and strengthen ecological resilience: 1️⃣ Organic Matter Enrichment Adding compost, manure, and other organic inputs revitalises soil life, boosts microbial activity, and improves long-term fertility. 🌿 Healthy soil begins with organic carbon. 2️⃣ Crop Rotation Alternating crop types prevents nutrient exhaustion, reduces pest pressure, and improves soil balance. 🔄 Diversity equals stability. 3️⃣ Cover Cropping Legumes, green manure, and intercrops protect soil from erosion, enhance moisture retention, and fix nitrogen naturally. 🌾 Soil should never be left naked. 4️⃣ Reduced or No Tillage Minimizing soil disturbance preserves native microbes, maintains soil structure, and reduces carbon loss. 🚜 Let the soil ecosystem thrive undisturbed. 5️⃣ Integrated Pest Management (IPM) Combining biological, mechanical, and eco-safe chemical controls helps manage pests without harming the soil. 🪲 Smart protection, minimal chemicals. 6️⃣ Agroforestry Practices Trees + crops = stronger biodiversity, better water retention, and enhanced carbon sequestration. 🌳 Farms that mimic forests are more resilient. 7️⃣ Moisture Conservation Mulching, no-till, and smart irrigation prevent water loss and improve root zone health. 💧 Every drop saved is a crop saved. 8️⃣ Reduced Chemical Dependency Lowering synthetic inputs prevents soil toxicity, supports beneficial microbes, and reduces pollution. 🧪 Healthy soil doesn’t depend on heavy chemicals. 9️⃣ Soil Testing & Monitoring Regular soil analysis helps farmers understand nutrient gaps and make precise, data-driven decisions. 🧬 What gets measured gets improved. 🔟 Grazing Management Planned rotational grazing increases pasture health, enhances soil carbon, and improves biodiversity. 🐄 Livestock + land = mutual regeneration. 🌍 The Future of Agriculture Is Regenerative These strategies don’t just restore soil — they build stronger farming communities, healthier food systems, and a greener planet. Adopting regenerative practices today ensures sustainable prosperity for generations to come. 🌾🌎 #sansargreen #rimigarden #erwon #agreno #sovata #sansarorganics #sansaragro #rajeevsansar #SIARD #haritsansar #agreno