Living soil with root networks and emerging shoots
Now restoring soil in 11 climate zones

Every civilization begins with healthy soil.

Harvestria designs biological soil remediation compounds — region-specific microbial consortia that restore the productive capacity of degraded land. For farmers, enterprises, and nations.

+28–38%
Yield uplift
Wheat cohort, seasons 2–3
−35–42%
Synthetic input reduction
N, P, K combined
−24–28%
Irrigation demand
Cohort range
~14 mo.
Payback period
Across crops

All figures modelled · cohort median · pending public field-data release.

The problem beneath the problem

A third of the world's arable land is degraded. Productivity is collapsing while demand accelerates.

Soils that fed civilizations for millennia have lost biological function in decades. The response — more fertilizer, more water, more chemistry — is accelerating the failure it tries to fix.

Soil organic carbon
−60%
since pre-industrial
Synthetic fertilizer
9.2×
use since 1960
Topsoil lost annually
24 B tons
global rate
Yield growth, cereals
1.0%
down from 3.5% in 1980s
Active crisis · 2024–2026

The fertilizer supply chain that feeds half the planet is fracturing in real time.

War in Ukraine. Sanctions on Russian and Belarusian potash. Red Sea shipping disruptions. Chinese urea export controls. Middle East gas volatility. The inputs the Green Revolution depends on no longer move freely — and the next planting season is already compromised.

Urea price volatility
3.4×
peak vs. 2019 baseline; structurally elevated
Black Sea + Red Sea routes
60%
of global N, P, K trade routed through contested corridors
Nations import-dependent on fertilizer
120+
with under 90 days of strategic reserve
At-risk caloric output
1.1 B
people fed by yields tied to imported synthetic N

Synthetic inputs were a subsidy from a stable world — and that world no longer exists.

Harvestria's compounds rebuild the biological capacity of soil to fix nitrogen, mobilise phosphorus, and retain water — replacing fragile, fossil-derived imports with a living substrate the farmer owns.

Wheat field at dawn

A 12,000 year pattern

The first cities did not rise because of architecture, religion, or law. They rose because the soil of the Fertile Crescent could feed a surplus of people.

Every civilization we know of has depended on the same thin layer of living matter beneath our feet. There is no reason to think the next ones will be different.

The compounds

Start with the soil in front of you.

Three signature consortia, each matched to a specific failure mode. On the ground they're combined into a region- and crop-specific Final Product — the prescription is the blend.

If your soil shows

Collapsed structure

Sandy or loam soils that crust, slump, or won't hold a root channel.

Start with

OSEAL™ B5

Aggregate & structure

Wheat · maize · sorghum · cotton

If your soil shows

Irrigated or water-stressed

Fields losing porosity and water-holding capacity under intensive irrigation.

Start with

OSEAL™ C5

Water cycle

Rice · cotton · horticulture

If your soil shows

Synthetic-N fatigue

Long fertiliser regimes have flattened N-fixing and P-solubilising populations.

Start with

STINA™ 400

Nitrogen & nutrient cycling

Pulses · legumes · mixed rotations

Most fields run a blend. The decision tree above is the starting point, not the prescription — the Final Product is set after Land Twin assessment.

Who it's for

One biology. Three scales of impact.

The same compounds, the same monitoring — used on a single farm, a supply chain, or a nation.

Farmer economics

More yield. Less spend. Land that gets better every year.

Agribusiness

Productivity, traceability, and resilience across millions of hectares.

Sovereign

Food security as a policy outcome. Restored land as a national asset.

Aerial view of agricultural fields

Environmental compounding

At every scale, the same biology is doing three jobs at once: holding carbon, holding water, and reducing the input load above it.

3.2 t
CO₂ sequestered / ha / yr
−24–28%
Irrigation demand
+47%
Microbial diversity, year 2
+18%
Water holding capacity

Begin where civilization begins

Restore the land. Measure what changed. Feed the future.