LET'S CULTIVATE PROGRESS
Better soil starts
with better decisions.
Turn soil insights into practical action, from testing to targeted improvement.
TERAhume · Soil restoration
The living surface.
TERAhume helps rebuild the organic matter, structure and soil life that let water, air and roots move through your soil.
For plantations and estatesInput suppliersGrowers
Illustrative field scene
Why soil matters
Healthy topsoil makes room for water and roots.
A closer look at the soil shows how its structure shapes the space available below the surface.
Look at the surface layer
Organic-rich topsoil
Organic matter helps keep topsoil crumbly, giving young roots room to spread.
Follow the water
Connected soil pores
Connected pores let rain soak deeper into the soil instead of staying near the surface.
Follow the roots
Structured soil below
In structured soil, roots have room to grow deeper below the surface.
Conceptual soil cross-section. Not documented TERAhume treatment results.
- Crumbly topsoil. Roots begin in the upper layer
Step 1 of 3
Look at the surface layer
Organic-rich topsoil
Organic matter helps keep topsoil crumbly, giving young roots room to spread.
- Water stays near the surface. A sealed, compacted surface slows it down
- Water moves deeper. Through connected pores
Step 2 of 3
Follow the water
Connected soil pores
Connected pores let rain soak deeper into the soil instead of staying near the surface.
- Roots extend deeper. Through structured soil
Step 3 of 3
Follow the roots
Structured soil below
In structured soil, roots have room to grow deeper below the surface.
Conceptual soil cross-section. Not documented TERAhume treatment results.
How it works
Life starts below the surface.
Takeaway
TERAhume supports the natural process that turns organic material into stable, living soil.
Organic inputs
Material goes in.
What happens: Residues and roots add organic material to the soil.
Soil biology
Life transforms it.
What happens: Soil organisms break it down and rebuild it into organic matter.
Soil structure
Structure holds together.
Why it matters: Stable crumbs and pores hold water and give roots room.
Carbon follows several pathways. Some may be retained within aggregates or associated with minerals; some returns to the atmosphere as CO₂.
What we look for
Roots reveal the conditions around them.
Before choosing an approach, a soil check reads signs like these. They guide what to investigate; they are not a treatment result on their own.
- 1. Branching in the topsoil
Young roots explore loose, crumbly soil near the surface.
- 2. Roots turning sideways
A dense layer can deflect roots and limit access to the profile beneath.
- 3. Few roots below the layer
Less of the profile is used for water and nutrients.
How it fits your site
A response shaped by the site.
No two estates are the same, so the approach starts with your soil, not a fixed recipe.
Step 1: Understand the soilwith TERAtest
Identify the physical and biological conditions that need attention.
Step 2: Apply TERAhume to fit the site
Match the approach to the crop, land and how your team works.
Step 3: Observe how the soil responds
Check the same soil signs at each visit and adjust the plan.
- 1. Start with your own soil
Every plan begins with what is in the ground at your site: its structure, roots and soil life.
