UNLOCK MORE PHOSPHORUS
- WITHOUT ADDING MORE FERTILISER
PHOSPHATE-SOLUBILISING BIOFERTILISER FOR NEW ZEALAND PASTURES & CROPS
Features
Phosphate-Solubilising Bacteria: Converts unavailable soil P into plant-available P through release of organic acids and enzymes.
Improved P Use Efficiency: Introduces opportunities to reduce P fertiliser use rates, to maximise P uptake and reduce off-site impacts arising from loss of P.
Enhanced Root System: Stimulates root volume and density for better water and nutrient access.
Natural Soil Activation: Strengthens soil biology and improves nutrient cycling.
Seed, Soil or Fertiliser Compatible: Can be applied on-seed, in- furrow or by fertigation.
Sustainable Alternative: Reduces the need for mined phosphate fertilisers and associated CO₂ emissions.
FOCUS ON SUSTAINABLE NUTRIENT MANAGEMENT PLANS WITH ATTIS
ATTIS - bridge the gap between fertiliser (P) and the plant root, to deliver consistent, sustainable crop growth
ATTIS is a next-generation phosphate solubilising inoculant powered by Priestia megaterium strain CH9100 (formerly Bacillus megaterium) - a naturally occurring soil bacterium that unlocks bound phosphorus (P) from both inorganic and organic sources.
By releasing organic acids (citric, malic, acetic, lactic) and enzymes (phytase, pectinase, phosphatase), ATTIS makes phosphorus more plant-available, improving root growth, nutrient-use efficiency, and yield.
Ideal for pasture renovation, maize, wheat, kale, and fodder beet, ATTIS helps New Zealand growers get more from every kilogram of (P) applied - naturally.
Performance ready
Performance evidence from NOVONESIS international trials.
15 % yield increase in corn replacing full P fertiliser rate (Thailand trial).
27 % increase in biomass in normal corn and 22 % in drought-stressed corn under greenhouse tests.
Demonstrated rapid root colonisation and P release in 39 of 40 lab isolates tested.
Key Benefits
Unlocks Fixed Phosphorus: Converts bound P into plant-available forms.
Increases Root Biomass: Supports deeper, stronger root systems.
Boosts Yield & Dry Matter: Proven 15 % yield gain in field trials.
Improves P Use Efficiency: Reduces fertiliser requirement and run-off risk.
Strengthens Soil Biology: Stimulates beneficial microbes and mycorrhiza.
Supports Resilience: Improved stress tolerance under dry or acidic conditions.