Soil: It's Not Just Dirt

Meat is not the most important thing we farm. Soil is.

Soil Is Alive

Most of us don’t think much about soil. It’s just… dirt, right?

But beneath our feet is one of the most powerful climate tools we have.

Healthy soil is alive with billions of microorganisms: bacteria, fungi, insects, and roots all working together in a complex underground ecosystem. This living system doesn’t just grow our food. It also plays a major role in regulating the planet’s carbon cycle.

In fact, soil holds more carbon than the atmosphere and all plant life combined. When managed well, it can pull carbon out of the air and store it safely underground 

That’s where regenerative farming comes in.

What Is Carbon Sequestration?

Carbon sequestration simply means capturing carbon dioxide from the atmosphere and storing it somewhere else so it doesn’t contribute to climate change.

Forests do this. Oceans do it.

But soil is one of the most overlooked carbon sinks on Earth.

Plants absorb CO2 through photosynthesis. They use the carbon to grow leaves, stems, and roots. But a significant portion of that carbon is actually transferred underground through plant roots, where it feeds soil microbes.

Those microbes convert carbon into stable organic matter in the soil, essentially locking carbon underground instead of letting it circulate in the atmosphere.

 

Modern Agriculture Depletes Soil

Unfortunately, many conventional farming practices have reversed this natural cycle.

Frequent tilling, monocultures, heavy chemical use, and leaving fields bare between growing seasons all degrade soil health. When soil is disturbed and stripped of plant life, the stored carbon is released back into the atmosphere.

Over time, this leads to:

• Soil erosion
  

• Reduced fertility
  

• Poor water retention
  

• Lower biodiversity
  

• And increased greenhouse gas emissions

The Solution: Regenerative Agriculture

Regenerative agriculture focuses on restoring soil health rather than depleting it.

Instead of treating soil as an inert growing medium, regenerative farmers manage land in ways that support the living ecosystem underground.

Regenerative agriculture looks like:

• The no-till method. This means keeping crop residue on the soil and leaving the soil largely undisturbed while planting.
  

• Cover crops are planted with the intent to prevent soil erosion after the primary crop has been harvested. The benefits of cover crops are nearly endless and they include better water quality, decreased need for fertilizers, less soil compaction, and a lot more soil fertility.
  

• Rotational grazing is the practice of keeping your livestock moving as they graze from one paddock to the next. This gives the area that they just passed over time to rejuvenate with native forbs and grasses and means less soil erosion.
  

These practices rebuild soil organic matter and encourage the natural processes that store carbon underground.

 

Soil Health Means Climate Resilience

Healthy soil doesn’t just store carbon, it also makes farms more resilient.

Soils rich in organic matter act like a sponge, absorbing and holding water during heavy rain and drought. They support diverse microbial life that helps plants access nutrients naturally.

This means regenerative farms often see:

• Better drought resistance
  

• Reduced erosion
  

• Improved yields over time
  

• Less reliance on synthetic inputs
  

In other words, healthy soil helps farms adapt to the very climate challenges agriculture is facing.

The Future Starts Underground

Soil may not always be visible, but it’s one of the most important resources we have.

By supporting regenerative farming practices, we can help rebuild soil, store more carbon underground, and create a more resilient food system for the future.

The solution to some of our biggest climate challenges might be closer than we think: right beneath our feet.