Distribute with a microgranulator at sowing, or combine with planting materials at time of transplanting. Compatible with organic fertilizers, herbicides, and some fungicides.
| Crop |
Dose |
| Corn, Sunflower, Sorghum, soybean, rapeseed |
20 kg/ha |
| Sugarbeet, potato, industrial vegetables, straw cereals, grassland |
20 kg/ha |
Industries: Landscape, Greenhouse, Nursery, Row Crop Growers,, Horticultural, and Industrial Crops
Trichoderma Atroviride MUCL45632
Hello Nature’s exclusive, patented strain of a beneficial fungus that naturally occurs in soils and plants. Once applied, it stimulates plant development and improves plant productivity increasing absorption of nutrients, effectiveness of the use of nitrogen and solubility of nutrients in the soil, in particular phosphorus. This fungus is also able to induce the formation of rootlets and stimulate the colonization of the rhizosphere and root by other beneficial microorganisms.
Plant Stimulating Peptides (PSP)
The result of our exclusive Enzymatic Hydrolysis process. This pool of selected peptides has a prominent, assured, and natural biostimulant effect to enhance root development, seed germination and emergence, improve nutrient uptake, mitigate the effects of abiotic stress, and increase fertilizer efficiency. PSP also help to prevent diseases by increasing health levels in plants.
Vegetal Protein Hydrolysates
Hello Nature’s Vegetal Protein Hydrolysate products are made exclusively from the highest quality, non-GMO vegetal sources and are guaranteed to contain no animal by-products. They are produced using a proprietary Enzymatic Hydrolysis process and naturally contain organic nitrogen, organic carbon, and Plant Stimulating Peptides.
Lateral Root Promoting Peptide (LRPP)
It is a plant biostimulant molecule which has been isolated after several years of R&D collaboration by HELLO NATURE and Universities. Natural LRPP is preserved by HELLO NATURE’s proprietary process of 100% vegetal protein hydrolysis. It is a pool of peptides that improves lateral rooting and plant development.
Rhizosphere bacteria (PGPR – Plant growth promoting rhizobacteria)
Soil bacteria that exert beneficial effects on plants. PGPR promote plant growth and development by releasing biologically active substances, enhancing the availability and uptake of nutrients through fixation and solubilization.
