Aspergillus niger can improve phosphorus use efficiency by producing organic acids and enzymes that help release phosphorus already fixed in soil or present in organic materials. By supporting nutrient mobilisation around the root zone, selected Microbial Strains may help crops access more phosphorus without increasing fertilizer rates. Their effectiveness depends on soil pH, moisture, phosphorus source, crop type, formulation quality, and field management.
Discover the key benefits of Pesticides for Agriculture for crop protection and farm care. Learn how responsible pesticide use helps control pests, reduce crop damage, protect quality, and support healthier farming.
How long does Arbuscular Mycorrhizal Fungi take to work? Most crops begin root colonization within 2–4 weeks, with visible growth improvements appearing after 4–8 weeks. Learn how Glomus mosseae, Rhizophagus intraradices, and Serendipita indica support stronger roots, better nutrient uptake, and improved crop performance.
Learn how nano fertilizer corrects nutrient deficiency in crops, improves absorption, boosts plant growth, and supports better yield performance.
Nano fertilizers support stronger root systems and efficient plant metabolism by improving nutrient availability, uptake, and internal nutrient movement. This results in healthier plants, better stress tolerance, and more consistent crop growth with reduced nutrient loss.
Learn how nano fertilizers boost crop yield, improve nutrient absorption, and support soil health for sustainable and efficient farming.
Microbial strains that are specifically designed to promote plant growth and improve soil health.