Success stories

Proof, not promises.

Real crops, real numbers. See what happens when growers stop topping up and start correcting the balance.

Trial · Asset research · Jan → Mar 2026

Before & after a micronised Ca + trace-element application.

Sap DRIS tracked the same blocks across five cropping systems. The change in each nutrient, and in the DGPI balance score, shows how the plant re-balanced once calcium reached the root zone.

5/5systems · B uptake up
4/5DGPI balance improved
▲ ▼ Beneficial shift▲ ▼ Off-balance shiftDGPI & Na: lower is better. All values Δ% vs. baseline.
MetricNT MaizeRotationNT MaizeMonoCA + CCMaize · regenSoyaTSoyaCT
Brix & plant status
Brix sugar · target 8+▲ 41.8%▼ 18.5%▼ 48.3%▲ 39.1%▼ 38.0%
DGPI imbalance · lower better▼ 14.5%▼ 1.8%▲ 0.7%▼ 27.1%▼ 40.9%
Macro & trace nutrients
Ca primary Brix driver▲ 145.9%▲ 19.7%▼ 1.8%▲ 28.2%▼ 62.6%
Mg chlorophyll core▲ 50.8%▼ 33.2%▼ 51.7%▼ 11.4%▼ 81.6%
N Total sap nitrogen▲ 29.9%▲ 60.4%▼ 20.0%▲ 6.3%▲ 2.2%
B Ca translocation & sugar▲ 284.4%▲ 178.4%▲ 121.7%▲ 98.0%▲ 6.0%
Na stress ion · lower better▼ 45.7%▼ 54.1%▼ 51.6%▼ 79.2%▼ 63.4%

"Get available calcium to the root zone and everything kicks into motion."

Boron, calcium's transport partner, rose in every system, and overall nutrient balance (DGPI) improved in four of the five. Trial: Asset research, before/after micronised Ca + trace-element application, Jan–Mar 2026.

More case studies coming as the season's results come in.

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