Independent Field Research Data Dec 2016 Pasture The effect of a commercial probiotic on milk quality of dairy cows Full paper is published in the Journal of Dairy Science, 2019. (Manuscript ID JDS-18-15411.R3) Controlled Study - Independently Conducted by University of Queensland Aim: This extensive and scientifically robust study aimed to determine the effect of Great Land® treated pastures on milk production, milk quality and animal health in a commercial dairy. Study Online: A controlled, randomised block design study was conducted on a commercial dairy farm at Harrisville, southeast Queensland. Eleven paddocks each of approximately 3 hectares with stablished ryegrass based pastures were each divided into two sub-paddocks. Half of the sub-paddocks were treated with Great Land® and the other half were untreated. All other practices, for example fertiliser, irrigation and grazing practices were applied consistently across the treated and control study areas. Paddocks selected for the study had [...]

This research aims to explore the use of Great Land Plus® in Maize to manage crop productivity while reducing the amount of synthetic fertilisers. This research explores the use of GLP in maize at two application timings, in furrow and early crop emergence, with full rate of fertiliser and 25% reduced fertiliser. Trial was conducted by independent research organisation in Eurofins/Kalyx. Trial Site Overview Sown: 16th October 2024 Harvested: 4th March 2025 Rotation Position: Fallow 2023 & 2022 Variety: Pioneer P2307 Standard Fertiliser: Urea, Sulphate of Potash & Granulock Supreme Zn Objectives To test the hypothesis that using Great Land Plus® can support reduced requirement for synthetic fertilizer inputs while maintaining crop yield and improving plant health and uniformity. Test the application timing of plant bio-stimulant Great Land Plus® and its effect on crop growth and yield. Support data driven recommendations for sustainable agriculture practices using Great [...]

Welcome to the Griffith maize agronomy trial by Terragen BioTech Pty Ltd. This research aims to explore the use of Great Land Plus® in Maize to manage crop productivity while reducing reliance on synthetic fertilisers. This research explores the use of GLP in maize at two application timings, in furrow and early crop emergence, with full rate of fertiliser and 25% reduced fertiliser. Trial was conducted by independent research organisation in Eurofins/Kalyx. Trial Site Overview Sown: 22nd October 2024 Harvested: 28th March 2025 Variety: Pioneer P9978 Standard Fertiliser: Urea x 2 Applications Objectives To test the hypothesis that using Great Land Plus® reduces requirement for synthetic fertilizer inputs while maintaining crop yield and improving plant health and uniformity. Test the application timing of plant bio-stimulant Great Land Plus® and its effect on crop growth and yield. Support data driven recommendations for sustainable agriculture practices using Great Land [...]

Tested in the lab. Proven in the strawberry field.   Great Land Plus is a biotechnology product that’s not just proven in research, it's proven where it counts – in strawberry fields across Australia. So if you’re interested in a product that unlocks your soil’s true potential, and is better for your ground’s natural balance – use Great Land Plus. Great Land Plus is a liquid product that contains a carefully selected group of naturally occurring soil bacteria that interact with plants. These microorganisms provide the gene products to accelerate the efficient use of nutrients in the soil by your plants, delivering better growth results and improved yield. Many of our customers use Great Land Plus as a fertiliser efficiency tool, and are able to reduce their mineral fertiliser inputs while delivering better results. Commercial trial in strawberries To measure the effect of Great [...]

Compatibility summary based on MALDIID Final Report B-C95-P01B01 (04 September 2025) Executive Summary Short-term (2–6 hours): GLP shows partial compatibility in the tank with Roundup Ready granules; total viable counts retain approximately 64–68% of initial levels. Overnight (24 hours): Total viable counts drop to ~18% of the starting level, driven by marked declines in Lactobacillus groups. The mix should be sprayed within the same day and preferably within 2–6 hours of mixing. What Was Tested Sample 1: Roundup Ready with PlantShield granules (1500 g/ha) + GLP (batch C25.024) at 4 L/ha; counts at 0 h, 2 h, 6 h, and 24 h. Sample 2: GLP at 4 L/ha baseline counts at 0 h (no time-course). Overall Viability Trend Total viable counts (“Total all”) over time in the combined mix: Detailed Results Colony-forming units (CFU/mL) and retention relative to 0 h for Roundup Ready + GLP mix: Microbe group [...]