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Performance & Quality · Solutions

How to Rebuild Soil Microbial Activity in Commercial Crops

Tired, overused soil with weak biology underperforms no matter how much fertiliser you add.

Why it matters

Soil structure and biology determine uptake; rebuilding them restores the productivity of the ground and makes inputs effective again.

When it appears

Between crops and in continuously cropped ground.

How to identify it

  • Declining performance in continuously cropped ground
  • Poor structure and low biological activity
  • Fertiliser not translating into growth

How to manage it

  1. Build organic matter; rebuild biology with Charge Bioboost; rebalance with Balance Boost.

Recommended Vegalab program

Results you can mention: in side-by-side field trials, Charge BioBoost raised grapevine yield by ~50% (Tempranillo, alkaline soil; +23% more clusters, +21% heavier bunches, 32% fewer chlorotic vines), cherry-tomato yield by ~19% (with 36% more ripe fruit and 34% fewer aborted flowers), and Dutch-cucumber yield by ~12.5% (worth several thousand euros per hectare); a three-year tomato program lifted net tonnage well above the year-one baseline. Treated roots were markedly denser and well-mycorrhized where controls were not.

RoleProductUse
Soil biologyCharge BioboostRebuilds microbial activity
RebalanceBalance BoostRemediation & balancing of overused soil
RootsRoot BoostRe-establish roots in recovering soil

Product claims, rates, and availability vary by jurisdiction; always follow the applicable label.

Frequently asked questions

How does a root biostimulant raise yield?

Denser, better-colonised roots capture more water and nutrients, so plants stay vigorous through fruit development and set and fill more fruit.

Which crops has it been trialled on?

Field trials span grapevine, tomato and cucumber, with consistent yield and root-health gains.