Great Soil Is Your Solution

Story at-a-Glance

• Regenerating Soil: Plants thrive by partnering with soil microbes.
• Excessive synthetic fertilizers damage this natural relationship.
• No-till and cover crops help soils capture more greenhouse gases.
• Healthy soil is our planet’s “black gold” that gives life.

Nature’s Symbiotic System

In nature, plants share a mutually beneficial relationship with microorganisms in their root zone. These microbes feed on plant exudates and return vital nutrients such as nitrogen, phosphorus, and potassium.

When forced to rely on synthetic NPK, plants reduce their energy output for feeding microbes, resulting in nutrient-poor growth and diminished natural defenses.

Why Synthetic Fertilizers Harm the Planet

Although they boost growth in the short term, synthetic fertilizers disrupt the natural root–microbe exchange. Less than half is absorbed by plants; the rest pollutes water systems, causing algal blooms and dead zones.

Changing Practices in Soil Health

The USDA's NRCS now promotes regenerative practices that build a thriving soil microbiome—allowing farmers to achieve high yields naturally while reducing chemical inputs. Learn more about soil health practices from the Natural Resources Conservation Service.

Three Game-Changing Practices

• No-till cultivation preserves soil structure and beneficial microbes.
• Advanced nitrogen management minimizes waste by applying only what is needed.
• Cover crops conserve moisture, reduce irrigation needs, and enhance soil health.

Economic Incentives

Regenerative practices can earn carbon credits through USDA programs like COMET-Farm, rewarding farmers for reducing their carbon footprint. Explore USDA climate solutions and carbon credit programs.

Regenerating Our Soil

Enhancing soil biology and carbon sequestration boosts fertility, reduces water usage, and increases yields—all while decreasing the need for chemicals.

Great Soil Means a Great Future

Healthy, carbon-rich soil naturally retains moisture and supports nutrient‑dense crops, reversing decades of chemical damage.