Fungal biofertiliser — mycorrhizal inoculant for viticulture
A mycorrhizal fungal inoculant formulated for Nashik's grape-growing soils, improving root nutrient/water uptake for India's premier wine and table-grape belt.
| Origin | Nashik, Maharashtra, India |
| Indian subcontinent | Yes |
| Category | Fungi & Functional Mycology |
| Retail price band | Retail (agricultural input, small-farmer pack): Indian biofertiliser/mycorrhizal inoculant products typically retail in the ₹200–₹600 per kg/litre range for farm-scale packs (typical Indian agri-input market pricing; exact SKU-level pricing not independently verified for this product). |
| Bulk / trade price band | Bulk/trade: agricultural biofertiliser inputs are usually sold in bulk (25kg+ bags or drums) to distributors/FPOs at wholesale rates well below retail per-unit small-pack pricing; specific bulk quotes should be obtained directly from registered manufacturers (e.g. Kan Biosys, which markets biological solutions specifically for Maharashtra grape cultivation). |
| Sourcing status | Dossier researched from public sources — producer contact not yet established |
| Compliance status | Preliminary review complete (see below) — not yet legally verified |
Detailed study
Arbuscular mycorrhizal fungi (AMF) form well-documented symbioses with grapevine roots, extending the root system's effective surface area and improving phosphorus/water uptake; peer-reviewed viticulture research (Journal of Applied Microbiology, 2024; Agriculture, 2020 study on commercial mycorrhizal inoculant establishment in vineyards) confirms both the mechanism and real-world field performance of commercial mycorrhizal inoculants in wine-grape systems, though results are soil- and cultivar-dependent.
Provenance & producer
Nashik district in Maharashtra is India's leading wine and table-grape region (home to Sula Vineyards and dozens of other wineries), with an established local agri-input industry; companies such as Kan Biosys market biological/mycorrhizal soil solutions specifically targeted at Maharashtra grape cultivation, making Nashik a credible and well-documented location for a viticulture-focused mycorrhizal biofertiliser product.
Market & pricing
No single audited India-specific price benchmark for mycorrhizal-only grape biofertiliser was found; broader Indian biofertiliser products (Rhizobium, Azotobacter, PSB, and mycorrhizal formulations) typically retail in the low-hundreds-of-rupees per kg range for farmer packs, positioning this as an agricultural input product, not a luxury consumer good — its value proposition for HNI buyers would rest on private-label/estate branding rather than raw material scarcity.
Compliance & export
Biofertilisers, including mycorrhizal inoculants, are regulated in India under the Fertiliser (Control) Order, 1985 (amended to explicitly cover biofertilisers), requiring manufacturer registration, product-quality conformity to FCO/BIS standards, and state agriculture department approval before commercial sale; this is a real and necessary compliance step distinct from food or wildlife regulation, and any commercial batch should carry FCO registration documentation.
Sources
- Mycorrhizal inoculants and grapevine growth/nutrient uptake (J. Applied Microbiology, 2024)
- Performance/establishment of commercial mycorrhizal inoculant in viticulture (Agriculture, 2020)
- Grape cultivation biological solutions, Maharashtra (Kan Biosys)
- Biofertilisers under the Fertiliser (Control) Order, 1985 (CUTS)
- Fertiliser (Control) Order, 1985, official text
Image status
A working reference photograph is in place, captured from a freely-licensed Wikimedia Commons source (File:Arbuscular mycorrhiza microscope.jpg). On Wikimedia Commons under the file's stated free licence — confirm exact CC tag on the file page before commercial use; alternative candidate File:Mycorhizes-01.jpg also available. Treat this as a placeholder for marketing purposes: exact licence terms should be re-verified on the Commons file page, and original producer photography is recommended before final trade use.