Coffee · Garzón, Huila
Root cause
Generous NPK undercut by low pH and a potassium excess locking out Ca, S and micros
Action
pH & cation correction + sulphur and micro-elements + balanced N and K
→ +2–3 cup-score points with −25% over-fertilization
Results
Results — and what we aim for
When you fix causes instead of symptoms, the numbers move in two directions at once: lower cost and higher yield.
Typical results
Typical results, with their context
Representative results across crops and regions — each shown with its context. We don't promise they repeat: every project is verified against its own control.
+26%Avocado yieldAnserma, Colombia · controlled trial, 100 trees
5% → 1%Coffee berry borerPeru · monitored in a buyer program
+10%Mango export qualityDominican Rep. · before/after, no isolated control
+23%Mango fruits per treePeru · preliminary, 7 trees, with control
System targets
What the system works toward
These ranges are typical aims across crops and sites — what the system works toward, not guaranteed outcomes.
20–50%Fertilizer reduction
10–30%Yield increase
−15–30%Input cost per hectare
From the sample case
Cause → action → result
Avocado · Oriente, Antioquia
Root cause
Soil acidity and aluminium toxicity on compacted, wet soil
Action
Dolomitic liming + calcium & boron correction + drainage
→ −30% wasted fertilizer, better and more uniform fruit set
Figures in these cases are representative samples used to illustrate the platform — not published results.