Glossary snapshot
Regenerative Agriculture
Why it matters
The world has lost roughly a third of its arable topsoil in the last 150 years, largely due to conventional farming practices like monoculture cropping, heavy tillage, and synthetic chemical inputs. The United Nations has warned that at current rates of soil degradation, we could have fewer than 60 years of topsoil left. This is not a fringe concern — it is a fundamental threat to food production.
Good signals
Regenerative agriculture is defined by its principles rather than a rigid set of rules.
Watch-outs
**There is no single legal definition of "regenerative."** Unlike "organic," the term "regenerative" is not regulated. Any farm can claim regenerative practices without verification. Look for third-party certifications like Regenerative Organic Certified or Land to Market.
Alexandre Family Farm
Alexandre Family Farm is America's first Regenerative Organic Certified dairy farm, founded by Blake and Stephanie …
Kalona SuperNatural
Kalona SuperNatural produces organic dairy from grass-fed cows on small family farms, using gentle low-temperature vat …
Alexandre Family Farm
Alexandre Family Farm is America's first Regenerative Organic Certified dairy farm, founded by Blake and Stephanie …
Miller's Bio Farm
Miller's Bio Farm is a collection of small, family-run Amish farms in Lancaster County, Pennsylvania, committed to …
Tussock Sedge Farm
Tussock Sedge Farm is southeastern Pennsylvania's largest pasture-based, regenerative agriculture farm, with a history …
Alderspring Ranch
Alderspring Ranch is a family-owned certified organic beef ranch in the remote mountains of Idaho, founded in 1992 by …
What Is Regenerative Agriculture?
Regenerative agriculture is a system of farming practices that aims to restore and improve the health of soil, ecosystems, and watersheds rather than merely sustaining them or slowing their degradation. Where conventional agriculture tends to deplete soil over time and sustainable agriculture aims to maintain current conditions, regenerative agriculture actively rebuilds — increasing soil organic matter, enhancing biodiversity, improving water cycles, and sequestering atmospheric carbon in the ground.
Why It Matters
The world has lost roughly a third of its arable topsoil in the last 150 years, largely due to conventional farming practices like monoculture cropping, heavy tillage, and synthetic chemical inputs. The United Nations has warned that at current rates of soil degradation, we could have fewer than 60 years of topsoil left. This is not a fringe concern — it is a fundamental threat to food production.
Regenerative agriculture offers a path forward that addresses multiple crises simultaneously. Healthy soil holds more water (reducing flood and drought impacts), supports more biodiversity (above and below ground), produces more nutrient-dense food, and sequesters carbon from the atmosphere. Some proponents argue that scaling regenerative practices globally could make agriculture a net carbon sink rather than a major emissions source.
For consumers, regenerative products represent the leading edge of responsible food production — going beyond "do less harm" to "actively do good."
How It Works
Regenerative agriculture is defined by its principles rather than a rigid set of rules. Core practices include:
Minimal or No Tillage: Conventional farming relies on plowing to prepare soil for planting, which disrupts soil structure, kills beneficial organisms, and releases stored carbon. Regenerative systems minimize or eliminate tillage, allowing soil ecosystems to remain intact.
Cover Cropping: Instead of leaving fields bare after harvest, regenerative farmers plant cover crops (like clover, rye, or radishes) that protect soil from erosion, fix nitrogen, and add organic matter when they decompose.
Diverse Rotations and Polyculture: Rather than growing the same crop year after year (monoculture), regenerative farms rotate multiple crops and often integrate different species in the same field. This breaks pest cycles, builds diverse soil biology, and reduces the need for chemical inputs.
Integrated Livestock: Many regenerative systems include animals — particularly cattle managed through adaptive multi-paddock grazing (moving herds frequently to mimic natural grazing patterns). The animals fertilize the soil, stimulate grass growth, and cycle nutrients. This integration of crops and livestock is one of the most distinctive features of regenerative farming.
Composting and Biological Inputs: Instead of synthetic fertilizers, regenerative farms build soil fertility through compost, cover crops, animal manure, and biological amendments that feed soil microorganisms.
Certification: The Regenerative Organic Certified (ROC) label, launched by the Regenerative Organic Alliance (which includes Patagonia and Dr. Bronner's), is the most rigorous certification. It builds on USDA Organic requirements and adds standards for soil health, animal welfare, and social fairness.
What to Watch Out For
- There is no single legal definition of "regenerative." Unlike "organic," the term "regenerative" is not regulated. Any farm can claim regenerative practices without verification. Look for third-party certifications like Regenerative Organic Certified or Land to Market.
- Regenerative does not automatically mean organic. Some regenerative farms use limited synthetic inputs during their transition period. The ROC certification requires organic as a baseline, but not all regenerative claims do.
- Carbon sequestration claims vary widely. The potential for regenerative agriculture to sequester carbon is real but debated in terms of scale and permanence. Be cautious of brands making aggressive carbon-negative claims based on limited data.
The Bottom Line
Regenerative agriculture represents the most ambitious vision for food production — one that heals ecosystems rather than simply slowing their decline. The practices are well-established and the results on soil health are well-documented. As a consumer, supporting regenerative brands and farms is one of the most impactful food choices you can make. Just verify the claims with third-party certifications when possible, since the term itself is not regulated.
Frequently Asked Questions
How is regenerative agriculture different from organic farming?
Organic farming prohibits certain inputs (synthetic pesticides, GMOs, etc.) but does not require practices that actively build soil health. Regenerative agriculture focuses on outcomes — improving soil organic matter, biodiversity, and water cycles — through specific practices like no-till, cover cropping, and integrated grazing. Many regenerative farms are also organic, but regenerative goes beyond organic's requirements.
Does regenerative agriculture produce lower yields?
Transitioning to regenerative practices can initially reduce yields as soil biology rebuilds, typically over a 3-5 year period. After the transition, many regenerative farms report yields comparable to or exceeding conventional operations, with significantly lower input costs (less money spent on fertilizers, pesticides, and fuel for tillage). Long-term economic studies increasingly show regenerative farms are more profitable per acre than conventional ones.
Can I buy regenerative products at regular grocery stores?
Increasingly, yes. Brands with Regenerative Organic Certified products are appearing in natural food stores and some conventional grocers. Look for the ROC seal or brands that specifically describe their regenerative sourcing practices. Regenerative brands in our directory are a good starting point.