Regenerative agriculture is not one recipe. It is a way of farming and growing that starts by paying attention to the land, understanding how living systems work, and making management decisions that support life and work with nature.

Your context matters. The practices will look different from one farm or garden to another. Soil type, climate, water, crops, livestock, equipment, economics, and history all matter.

Regenerative Agriculture Core Principles

Through Heart & Soil's conversations, features, research, and lived experience, we've seen how these core principles can help you transform your land into a thriving biological ecosystem that supports life.

Important Note: Our view of Regen Ag is based on working with nature and nurturing life in the farm's ecosystem. The term Regenerative Agriculture is not yet regulated and can be used as "creating more life" in the literal definition - or- it can be slapped on a product to look good, even when it's not. We honour and support organic, biodynamic, natural farming, and indigenous practices that respect the land and its connection with our own humanity. 

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1. Keep Living Roots in the Soil

Living roots feed the soil. Through photosynthesis, plants capture sunlight and move carbon below ground, where root exudates help feed bacteria, fungi, and other soil organisms.

Keeping something actively growing for as much of the year as your conditions allow can support soil biology, aggregation, nutrient cycling, and soil structure.

Cover crops, perennial plants, pasture, intercropping, and undersowing are some of the ways growers extend the time they have living roots in the ground.

Ask your land: How many months of the year is my soil supporting living roots?

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2. Keep the Soil Covered

Bare soil is vulnerable soil.

Living plants, crop residue, mulch, cover crops, and pasture help protect the soil surface from wind, heavy rain, erosion, temperature extremes, and moisture loss.

Soil cover also creates habitat for soil organisms and provides organic material that can be cycled back into the soil.

Ask your land: Where and when is my soil bare, and what could I do differently?

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3. Minimize Disturbance

Every disturbance changes the soil.

Cultivation and tillage must be understood, because it can disrupt soil aggregates, roots, fungal networks, and habitat. Chemical disturbance can kill the biological community you are trying to build.

Tillage can be useful in the right context. The regenerative question is whether the disturbance is necessary, when is the appropriate time and depth, and whether there is a less disruptive way to achieve the same result.

Ask your land: What am I disturbing, why am I doing it, and could I accomplish the job with less disturbance?

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4. Grow Diversity

Nature rarely grows a monoculture.

Different plants have different roots, growth habits, nutrient relationships, flowering times, and interactions with soil organisms. Diversity above ground can help build diversity below ground.

That might mean longer crop rotations, multispecies cover crops, mixed pasture, companion planting, hedgerows, pollinator habitat, agroforestry, or simply introducing more plant families into a garden.

Ask your land: Where could I add another plant, crop, root type, habitat, or layer of diversity?

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5. Integrate Animals Where They Fit

Plants and animals have developed together.

Well-managed livestock can turn plant material into manure, stimulate plant growth, cycle nutrients, and add another biological relationship to the farm. Chickens, cattle, sheep, pigs, and other animals can each play important roles.

But livestock integration is not a requirement for every piece of land. Context, stocking density, timing, recovery, water, infrastructure, and management matter.

Ask your land: Could animals contribute to the fertility and biological cycles here, and can I manage them in a way that benefits the land?

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6. Build and Protect Soil Biology

Healthy soil is alive.

Bacteria, fungi, protozoa, nematodes, earthworms, arthropods, plant roots, and countless other organisms interact in the soil. They help decompose organic material, cycle nutrients, build aggregates, and create relationships with plants.

Instead of asking only, “What does my crop need?” regenerative growing also asks, “What does the soil biology need in order to function?”

Ask your land: What signs of biological life do I see when I dig into my soil?

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7. Build Organic Matter, Humus, and Soil Structure

Good soil structure is something you can often see and feel.

Roots, soil organisms, organic residues, compost, manure, and biological activity all contribute to the processes that build and stabilize soil.

Rather than simply adding fertility, think about building the physical and biological conditions that allow the soil to hold air, water, nutrients, and life.

Ask your land: When I dig a hole, what does the soil tell me about its structure, roots, aggregation, smell, moisture, and life?

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8. Manage Water Through Soil and Landscape

Water management begins before irrigation.

Healthy soil structure, living roots, organic matter, plant cover, and biological activity can help water infiltrate and remain available in the soil. Landscape decisions matter too. Contours, slopes, vegetation, swales, shelterbelts, agroforestry, and other approaches can influence how water enters, moves across, and leaves the land.

Instead of only asking how to bring more water onto the farm, ask how effectively the water you already receive is being captured and used.

Ask your land: When rain falls here, where does the water go?

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9. Cycle Nutrients

A regenerative farm or garden looks for opportunities to keep resources moving through the system.

Crop residues can become soil cover. Manure can become fertility. Legumes can work with bacteria to bring nitrogen into the system. Compost can return organic material to the soil. Roots and soil organisms continually exchange and cycle nutrients.

The more effectively nutrients cycle, the less the system may need to depend on nutrients continually arriving from somewhere else.

Ask your land: What nutrients and organic materials are leaving my system that could be cycled back through it?

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10. Work With Nature and Biological Cycles

Before reaching for an input, look at the system.

What is the plant doing? What is happening below ground? What organisms are present? What is missing? What is the weather doing? What happened here last season?

Regenerative agriculture works to understand and support natural processes such as photosynthesis, decomposition, nutrient cycling, succession, plant-microbe relationships, predator-prey relationships, and the water cycle.

It doesn't mean doing nothing. It means taking action with greater understanding.

Ask your land: What natural process could I support before trying to replace it?

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11. Choose Crops with Multiple Functions

Every plant takes up space, water, nutrients, time, and management. In a regenerative system, look for plants that can contribute more than the harvest alone.

A crop might produce food or income while also feeding pollinators, covering soil, supporting beneficial insects, fixing nitrogen, building organic matter, providing livestock forage, breaking up compaction, creating habitat, cycling nutrients, offering wind protection, or leaving useful residue behind.

This doesn't mean every crop needs to do everything. It means thinking beyond yield alone and asking what else that plant can contribute to the whole farm or garden.

Ask your land: What are the functions of this crop?

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12. Farm in Context

There is no regenerative recipe that works everywhere.

A practice that improves one farm can create problems on another. Your soil, rainfall, temperature, slope, crops, animals, equipment, labour, finances, markets, and goals all influence what makes sense.

Principles can travel. Practices need context.

Ask your land: What does regeneration need to look like here, with the land, resources, and realities I actually have?

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13. Observe, Adapt, and Keep Learning

Regeneration is a process.

Dig holes. Look at roots. Smell the soil. Watch where water moves. Notice which plants thrive. Count earthworms. Test when testing will answer a useful question. Keep records. Try something on a small area. Compare it. Learn from the result.

The goal isn't to adopt every regenerative practice. It is to become a better observer and manager of your own land.

Ask your land: What is changing, and how do I know whether what I'm doing is working?

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Start With Your Soil

You don't need to change everything at once.

Walk your land. Dig into your soil. Look at your roots. Follow the water. Notice what is growing, what isn't, and where life is thriving.

Then choose one place to begin.

LOOK. DIG. SMELL. FEEL. TEST.

Regenerative agriculture starts with understanding what is happening on your land and working with nature to make the next decision.