A green John Deere tractor with yellow wheels operating in a field of tall green grass or crop under a cloudy sky.

We are proud to be

Regenerative

Organic Certified

The Regenerative Organic Certification Seal

But certifications only tell part of the story…

With an unfortunate amount of greenwashing in the marketplace, the promises can start to ring hollow.

We can tell you honestly that there are easier ways to make a living than farming. But doing it right is fulfilling and meaningful to us.

We are proud of this certification, because it affirms that our farmers care about how their work impacts the planet and our health.

This has been true since the creation of our favorite seal of confidence— the Farmer Ground Flour logo. We want to add to that confidence by continuing to show you what farming with care looks like.

Photo courtesy of The Rodale Institute

There is a deep generosity in caring for the land, and a deep appreciation for what it gives back to us tenfold.

We work with a group of farmers who prioritize soil health.

In this video, Thor Oechsner explains why this is so important to them, and how they plan for moments in their rotations that allow the soil to rest and recover from the hard work of growing crops like wheat and corn.

“We have to realize that farming can be an extractive process, especially if we do it wrong.”

-Thor Oechsner

A person holds a root from a freshly dug plant in dirt, with green foliage in the background.

Learn more about some of our good farming practices

A Cross section detailed photograph of a red clover plant with heart-shaped leaves and prominent roots against a black background.

Photo above is from the Rodale Institute’s Farming Systems Trial

A 2024 award flyer for soil health given by Cornell and NY Soil Health. The flyer displays a graph of soil organic matter content with a higher score for Oechsner farms as compared to the average farms in the region.
Comparison of water in two hexagonal glass jars, one with an organic soil at the bottom and the other with conventional soil. The organic jar has soil with structure intact and clear water, the conventional: cloudy water due to dissolved soil

“Soil health is the continued capacity of the soil to function as a vital living ecosystem, that sustains plants, animals, and humans” - NRCS

Person holding two large clumps of dark soil, with some small roots and plant debris visible

Photos courtesy of NY Soil Health and Oechsner Farms

Regenerative Organic Certified

Is an “Organic Plus” certification created by the Regenerative Organic Alliance. They require USDA Organic as a baseline, while adding higher benchmarks for the three pillars of their mission.


Soil Health - Animal Welfare - Social Fairness  

We’ve talked a lot about the soil health pillar here, but go to their website to learn more about all three.

ROC Requires

  • Cover crops to protect and replenish the soil

  • Reduce and document all tilling practices

  • Protect natural watersheds from runoff

  • Use on-farm or local organic fertilizers

  • Protect native animal habitats

  • Increase biodiversity

  • Submit soil tests every 3 years to verify and test levels of soil organic matter

ROC Requirements

ROC Prohibits

  • Soilless systems like aquaponics

  • Synthetic chemical inputs

  • GMO inputs

  • Deforestation

  • The use of chilean nitrate

  • Fracking, mining, or extractive practices on the land

  • The use of liquid manure from CAFO’s

  • The use of pesticides, even organic, while pollinators are in flight, and or applied near natural bodies of water

Agricultural Impact

on Climate

  • 44% of the worlds habitable land is used for agricultural production

  • 330 million acres in the US are planted to annual crop each year

  • Well managed soil can capture, store, and sequester up to 1 Ton of carbon per acre in the form of aggregated organic matter.

  • Agricultural practices have a massive carbon footprint and contribute to 24% of Global Green House Gas emissions

  • By storing carbon in the soil, well managed farms have the potential to be one of the largest carbon sinks— the largest in terms of developed land.


Sequestration: 

The process by which atmospheric carbon dioxide is taken up by trees, grasses, and other plants through photosynthesis and stored as carbon in biomass (trunks, branches, foliage, and roots) and soils. Increased carbon sequestration may be achieved through no-till or low-till practices, agroforestry, reforestation, or the use of biomass-containing amendments.

Carbon Sink: 

Anything that absorbs and stores atmospheric carbon. The biggest carbon sinks are the oceans and forests — undeveloped wild and natural ecosystems.