Bio-Green Mycorrhizae is a multi-strain mycorrhizal inoculant for crops formulated to enhance root growth, nutrient uptake, and lasting soil fertility. This advanced arbuscular mycorrhizal (AMF) inoculant colonizes the rhizosphere, forming extensive hyphal networks that extend the effective root zone, improving access to water and immobile nutrients while supporting resilient plant performance across varied crops and soil conditions. As a microbial soil inoculant and mycorrhizal biofertilizer, it promotes long-term soil health and supports compatibility with sustainable and regenerative farming systems.
Modern agricultural systems can gradually weaken the natural partnership between roots and soil fungi. Continuous tillage, high fertilizer use, and low organic matter reduce the abundance and diversity of beneficial mycorrhizal fungi that help crops acquire nutrients, water, and stress resilience. Without these natural symbionts, plants depend more on synthetic inputs, and soil ecosystems lose structure, microbial balance, and long-term fertility. Reintroducing a mycorrhizal inoculant for crops restores this relationship, linking plant roots with living fungal networks that strengthen nutrient efficiency, root development, and sustainable productivity.
Bio-Green Mycorrhizae is a concentrated arbuscular mycorrhizal (AMF) inoculant designed to form beneficial root associations with most agricultural crops. These symbiotic fungi colonize roots and extend hyphal networks deep into the soil, expanding the plant’s effective root surface area and improving access to phosphorus, nitrogen, potassium, and essential micronutrients. As a mycorrhizal biofertilizer and microbial soil inoculant, Mycorrhizae enhances soil aggregation, root vigor, and overall crop performance under variable field conditions.
The AMF species in Mycorrhizae are selected for their broad crop compatibility, strong colonization ability, and resilience across soil types. Each strain contributes to efficient nutrient cycling, healthy root architecture, and improved stress tolerance, helping plants perform consistently under diverse management systems. Mycorrhizae functions as a biological soil amendment and organic mycorrhizal inoculant, rebuilding microbial connectivity in the rhizosphere to support lasting soil fertility and balanced soil ecosystems.
AMF mobilize and transport nutrients directly to plant roots, improving fertilizer efficiency and phosphorus availability.
Mycorrhizal colonization stimulates fine-root branching and biological activity that supports stronger root systems.
AMF enhance soil aggregation and porosity through glomalin secretion and hyphal binding.
Mycorrhizae expand the soil volume explored by roots, improving access to moisture and plant stability under drought.
Mycorrhizal associations improve plant nutrient balance and physiological stability during environmental stress.
Mycorrhizal inoculation restores the root–microbe network that supports soil biodiversity and resilience.
Looking to buy the best mycorrhizal inoculant for crops? Our Mycorrhizae provides high-performance endomycorrhizal fungi that restore soil–root connectivity, improve phosphorus uptake, and strengthen plant performance across diverse agricultural systems. Available in bulk, wholesale, OEM, and private-label formats for agricultural input suppliers, blenders, and distributors.
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A: Mycorrhizae is a multi-strain endomycorrhizal (arbuscular mycorrhizal, AMF) inoculant that forms symbiotic relationships with plant roots. The fungi colonize root tissues and extend hyphal networks into the soil, increasing the plant’s functional root area and improving access to nutrients and water. This natural mycorrhizal biofertilizer enhances phosphorus uptake, nutrient efficiency, and overall soil health.
A: Mycorrhizae supports nearly all agricultural and horticultural crops that associate with AMF. It is highly effective for field crops, vegetables, vineyards, fruit trees, ornamentals, and greenhouse plants. Most grasses, cereals, legumes, and broadleaf species respond positively to inoculation.
A: Mycorrhizae enhances nutrient and water uptake in field crops, improving phosphorus use efficiency and root exploration in low-fertility or compacted soils. The extended hyphal network increases early vigor and yield consistency across variable field conditions.
A: Yes. Mycorrhizae is highly effective for vegetables and greenhouse crops that rely on strong fine-root systems for nutrient absorption. It supports transplant establishment, enhanced micronutrient uptake, and improved fruit and leaf quality.
A: In perennial systems like orchards and vineyards, Mycorrhizae restores long-term root symbioses and improves soil aggregation and organic matter turnover. It supports nutrient efficiency, root longevity, and better yield stability under stress.
A: AMF hyphae reach beyond the root zone to absorb phosphorus that is unavailable to plant roots alone. This process, known as mycorrhizal phosphorus uptake, improves fertilizer efficiency, reduces phosphorus fixation, and increases nutrient availability in low-P or high-pH soils.
A: Mycorrhizal colonization stimulates fine-root branching and elongation, increasing the plant’s ability to capture nutrients and water. Early inoculation leads to stronger root systems, improved seedling vigor, and better establishment under variable field conditions.
A: Mycorrhizae is ideal for challenging soils where phosphorus availability is limited. AMF help unlock both inorganic and organic P fractions, providing phosphorus solubilization support and improving root nutrient density in low-fertility soil conditions.
A: Yes. The extensive hyphal network improves water uptake and osmotic balance, allowing plants to maintain growth under drought, salinity, or compaction stress. Mycorrhizae increases water-use efficiency and supports consistent yields in variable climates.
A: Mycorrhizae is a 6,000-propagule-per-gram powder containing spores, hyphal fragments, and colonized root pieces that ensure reliable colonization and consistent field performance.
A: Store in a cool, dry location away from direct sunlight. Avoid high heat and humidity to maintain fungal viability. When properly stored, Mycorrhizae retains effectiveness for 24 months from the manufacturing date.
A: It can be applied as a seed treatment, in-furrow, side-dress, transplant dip, or through fertigation systems. Early contact with roots ensures rapid colonization and maximum benefit.
A: Yes. Mycorrhizae is compatible with seed treatment and in-furrow use. It also blends well with starter fertilizers and biological inputs when applied under moderate conditions, ensuring early colonization and strong root–fungus establishment.
A: Yes. Mycorrhizae is fully compatible with many biological inoculants and fertilizers under moderate pH and salinity. It demonstrates excellent compatibility with other biologicals, including Bacillus species, in integrated soil programs.
A: Typical use rates vary by crop and application method. Field and row crops require lower rates per acre compared to vegetables or high-value crops that benefit from concentrated inoculation near root zones. Detailed rate tables are provided in the Technical Details section.
A: Under favorable soil temperature and moisture, AMF colonization can begin within 2–3 weeks after application. Visible improvements in root density and plant vigor follow as the mycorrhizal colonization rate increases through the growing season.
A: Mycorrhizae is produced as a high-CFU powdered microbial inoculant offered in commercial bulk formats:
A: Yes. Our AMF is available in bulk, wholesale, OEM, and private-label formats, making it a flexible solution for distributors, integrators, and agricultural input companies seeking a trusted microbial fertilizer manufacturer.
A: Mycorrhizae can be purchased directly from Bio-Green Planet. Bulk and private-label options are available for agricultural suppliers and blending operations.
A: Mycorrhizae provides a concentrated, multi-strain formulation of arbuscular mycorrhizal fungi proven to improve nutrient efficiency, soil structure, and plant resilience across diverse crop systems. Its consistent performance, scalability, and U.S. production quality make it a dependable choice for both growers and distributors.
