Development of yield avarages of sunflower under the effect of Premium Turf Liquid
The examination of Peat Humate concentrate technology was conducted in four repetitions in sunflower culture in Szarvas.
The graph shows that as a result of seed treatment and triple population spraying, the average yield increased by approximately 20.4%. If seed treatment was omitted, the growth was 11.1%. The study demonstrates that treatment is an important technological element.
Development of soyabean yield avarages under the effect of Premium Turf Liquid
The Peat Humate concentrate technology also proved effective in soybean. The experiment was set up at the MATE Institute of Environmental Sciences in a study with four repetitions. Even the area with reduced fertilizer application (50% less compared to the untreated control plots) yielded higher average crop production. In comparison to the control, the area fertilized with 100% of the recommended amount, combined with the complete Peat Humate technology, increased the average yield by 25.8%.
Development of yield avarages of maize under the effect of Premium Turf Liquid
Significant results were achieved in maize culture through the application of Peat Humate concentrate treatment in a small-plot study with four repetitions. The best result (100% fertilizer + seed treatment and double plant population spraying) was able to increase the average yield by 24.2%. Even with 50% fertilizer usage, there was a 5% yield surplus.
Development of green massa of winter barley under the effect of Premium Turf Liquid
In a pot experiment, winter barley seeds were treated with Peat Humate concentrate at a dose of 5 l/ton, and the soil was also treated with a dose of 30 l/ha before sowing (second column). The results of the double-dose treatment are shown in the third column (10 l/ton; 60 l/ha). On the 11th day after sowing, the green mass was measured. Significantly better results were observed when comparing to the control (first column) as a result of the Peat Humate treatment.
Spring wheat (2023.)
Spring wheat - Control |
Spring wheat - Treated |
Spring wheat (2022.)
Spring wheat - Control |
Spring wheat - Treated |
Spring wheat - Control |
Spring wheat - Treated |
Maize (2022.)
Maize - Control |
Maize - Treated |