Research & Field Evidence

Built on Science. Proven Through the Soil.

AgriMatrix™ is grounded in agronomic principles, mineral weathering science, and real-world soil performance observations. Our approach combines scientific research, field evaluation, and practical grower feedback to better understand how magnesium silicate minerals interact within agricultural systems.

Field Observations

10+

2500+

Acres of farmland improved

Countries

Stronger root systems

Improved Soil Health

Reduced Soil Hardening

Enhanced Water Infiltration

Fertilizer Efficiency Improvement

Drought and Pest Resistance

What We Study

AgriMatrix™ focuses on several key areas of soil and crop performance:

Evaluating root density, penetration, branching, and stress resilience under varying soil conditions.

Root Development

Soil Structure & Aggregation

Observing changes in infiltration, compaction behavior, aggregation stability, and water movement.

Studying how improved soil conditions may support more efficient nutrient availability and fertilizer utilization.

Analyzing crop performance under drought, heat, excessive moisture, and other environmental pressures.

Environmental Resilience

Nutrient Efficiency

Mineral Weathering & Carbon Cycling

Exploring how magnesium silicate interacts with CO₂, soil moisture, and biological activity through natural weathering processes.

Research Matters

• Field observations
• Soil performance comparisons
• Mineral analysis
• Agronomic research review
• Grower feedback
• Laboratory characterization

Our Goal is Simple

We believe credibility should be earned through transparency, observation, and measurable soil improvement—not marketing claims.

Understand how magnesium silicate can support healthier, more resilient agricultural systems.

The Science Behind Magnesium Silicate

Magnesium silicate minerals have long been studied in soil science due to their role in:

• Mineral Weathering
• Silicon Availability
• Cation Exchange Interactions
• Soil Buffering Systems
• Aggregation and Structural Stability
• Carbon Cycling Pathways

Scientific literature has explored how silicate minerals may contribute to healthier root environments and improved long-term soil function when integrated into broader agronomic systems.

Research Areas & Collaborations

Advancing the Understanding of Soil Mineral Systems

a group of people holding hands on top of a tree

We are actively interested in collaborations involving:

• Universities
• Agronomists
• Regenerative growers
• Conservation Organizations
• Enhanced Weathering Researchers
• Carbon and Soil Health Initiatives

Areas of ongoing interest include:

• Silicon Bioavailability
• Enhanced Rock Weathering (ERW)
• Nutrient Efficiency
• Soil Carbon Stabilization
• Root-zone Optimization
• Regenerative Agriculture Systems