✓Fertilisers reduced by 50%, herbicides by 30%, insecticides by 50% and water usage by 10%.|
✓ Productivity increased by 8% at 8,100kgs per hectare compared to a non-treated plot of 7,500kgs.
✓ One of the world’s largest rice exporters conducted the trial on irrigated rice.|
✓ Total yield per hectare increased by 45%, with profit per hectare increased by 59%.
✓ A major quasi-government agrochemical company conducted the trial.|
✓ Grain counts per panicle increased by 24%, and weight of panicles increased by 16%.|
✓ Yield per hectare increased by 53% while profits increased by 111%.
✓ Data provided by one of the world’s largest rice exporters.|
✓ Turned a profit for growers despite a depressed market price.|
✓ 31% increase in productivity with a 24% return on investment.
✓ Three dilutions of OCC were tested in conjunction with base
fertilisers.|
✓ The average weight per headpiece increased by 27%, 32% and 32%, respectively.|
✓ The texture and flavour of lettuce also improved, but no quantifiable data was recorded.
✓ Two campaign trials in Ribera del Duero.|
✓ The first campaign had a 30% reduction in nutrients, fungicides and pesticides.|
✓ The second campaign had a 30% reduction in fungicides and a 25% reduction in insecticides.|
✓ Both campaigns had a 25% yield increase over untreated plots.
✓All crop protection inputs were reduced by 50% across the
board.|
✓Productivity increased by 14% at 120 tons per hectare compared to non-treated at 105 tons.|
✓BRIX was 6.03 as compared to non-treated 5.01.
✓ The potato grower in the Avila region of Spain provided the trial data. |
✓ The crop protection chemicals dosages were reduced, ranging from 14% to 75%. A significant input cost reduction per hectare. |
✓ Productivity per hectare was 62 tons versus two standard plots of 40 and 45 tons, respectively.
✓ The trial was conducted by one of Europe’s leading animal feed producers.|
✓ Herbicide dosage was reduced by 50%. |
✓ Herbicide dosage was reduced by 6.|
✓ Marginal improvement in productivity.
