Fungi strain

Beauveria bassiana

Beauveria bassiana

Agricultural Inoculant for Rhizosphere Balance, Root Vitality, and Soil Health

Beauveria bassiana is a beneficial fungus widely used in biologically managed systems to enhance rhizosphere diversity, support root health, and improve microbial interactions under environmental stress. It is a soil probiotic commonly found in biologically active soils shaped by complex microbial dynamics, including those previously influenced by insect presence or environmental stress. This resilient strain supports microbial stability on root and foliar surfaces and contributes to early plant vigor across diverse conditions.

Main Functions:

  • Enhances microbial diversity and stability in insect-disturbed or biologically stressed soils
  • Improves root colonization and rhizosphere interactions for early-stage plant development
  • Supports organic matter transformation and nutrient cycling through microbial processes
  • Integrates seamlessly into compost, foliar, and soil health programs across diverse systems
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Supports Microbial Balance in Challenging Field Conditions

Beauveria bassiana is a frequently applied soil probiotic in biologically managed systems to support plant health and microbial diversity. It is often included in soil and foliar programs in regions where environmental stressors, including pest pressure, have impacted soil biology.

  • Commonly found in soils with complex biological interactions, including those influenced by historical insect activity
  • Establishes on root and leaf surfaces, forming a stable microbial presence in diverse field conditions
  • Used in regenerative and organic farming to support balanced microbial communities and overall plant vigor

Enhances Rhizosphere Biodiversity and Soil Microbial Stability

This fungal bioinoculant contributes to microbial community balance in the rhizosphere, particularly in soils impacted by biological stressors, tillage, or synthetic input use.

  • Promotes microbial biodiversity in insect-disturbed or low-fertility soils
  • Compatible with composts, microbial teas, and integrated soil health programs
  • Helps support microbial recovery in soils affected by past intensive management practices

Improves Root Zone Colonization and Plant-Microbe Interactions

Functions as a beneficial microbe for crops with a persistent presence on root and foliar surfaces, enhancing the microbial interface between plants and soil to support early-stage development and rhizosphere resilience.

  • Forms stable associations with root surfaces in biologically managed soils
  • Contributes to improved root-microbe signaling under abiotic and biological stress
  • Supports early plant vigor through microbial community enhancement

Supports Soil Structure and Organic Matter Dynamics

Acts as a plant health fungus that transforms and cycles organic material in the soil, helping improve physical soil structure and aeration in biologically active systems.

  • Facilitates microbial turnover and organic residue transformation
  • May contribute to aggregate formation and improved soil porosity
  • Supports nutrient cycling through microbial metabolic interactions

Integrates Easily into Sustainable Crop Management Programs

Due to its natural origin and broad compatibility, B. bassiana is a popular choice in biological input programs targeting overall crop health in challenging field conditions.

  • Stable and resilient in mixtures with other beneficial microbes and soil enhancers
  • Compatible with foliar sprays, soil drenches, seed treatments, and compost fortification
  • Spore-forming structure ensures shelf stability and effectiveness across diverse delivery methods

Why Choose Our Beauveria bassiana?

  • High Concentration for Soil and Foliar Colonization – Manufactured at 50 billion CFU/g to ensure high spore viability and consistent establishment on root and leaf surfaces in diverse environmental conditions.
  • Ecologically Versatile Fungal Inoculant – Supports microbial balance in soils impacted by biological and environmental stressors, including areas with historical insect activity or intensive management.
  • Enhances Rhizosphere Biodiversity and Soil Function – Promotes microbial diversity, organic matter dynamics, and soil structure restoration in biologically active and regenerative systems.
  • Compatible with Biological and Organic Programs – Integrates easily with composts, teas, soil inoculants, and foliar microbial blends. Safe for use in organic and regenerative farming systems when registered properly.
  • Broad Utility Across Agricultural Systems – Suitable for row crops, vegetables, orchards, nurseries, and turf. Trusted by growers, distributors, and manufacturers seeking microbially enriched inputs.
  • Produced with U.S. Fermentation Quality – Fermented in Wisconsin with strict QC protocols focused on spore density, formulation consistency, and long shelf-life under proper storage.

Looking to buy beneficial agricultural microbes like Beauveria bassiana? This spore-forming soil fungus is a valuable addition to microbial inoculants and biofertilizers, supporting crop health through improved rhizosphere balance, root zone resilience, and enhanced microbial biodiversity. Known for establishing on both root and foliar surfaces, B. bassiana contributes to biologically stable soils.

Trusted in regenerative, organic, and sustainable agriculture, our fungal strains integrate easily with composts, teas, and biological blends. Whether you're sourcing bulk microbial fertilizers, private-label microbial inputs for plants, or specialized soil inoculants, Applied Biotech Industries is your trusted U.S.-based microbial supplier. Explore our full lineup of beneficial soil microbes, including fungal inoculants, root-colonizing soil probiotics, and advanced microbial solutions for improving soil health and crop performance.

This product is not registered with the U.S. EPA and is not intended to prevent, destroy, repel, or mitigate any pest. Use is intended solely for soil and microbial health support.

Concentration (CFU/g):

  • 50 billion (5.0 × 10¹⁰) CFU/g dry powder
  • Custom concentrations available upon request

Particle Size (Mesh):

  • Passes through 100 mesh sieve

Packaging Options:

  • 22 lb (10 kg) pails
  • 44 lb (20 kg) pails
  • 340 lb (155 kg) drums
  • Smaller custom packaging available on request

Shelf-life:

  • 1 year at room temperature
  • 2 years refrigerated

Storage Recommendations:

  • Store in a cool, dry location away from direct sunlight.
  • Reseal container tightly after each use.

Foliar Spray

Dosage:

  • 100–200 grams per acre (250–500 grams per hectare)

Frequency:

  • Apply during vegetative growth or during periods of high stress
  • Reapply every 7–14 days during periods of high stress

Application Method:

  • Thoroughly dilute in water and apply to achieve uniform coverage, including leaf undersides.
  • Apply in the early morning or evening to reduce UV exposure
  • Use a non-ionic surfactant or wetting agent for improved adhesion
  • Agitate spray solution continuously during application

Soil Application (Drip, Drench, or Fertigation)

Dosage:

  • 80–160 grams per acre (200–400 grams per hectare)

Frequency:

  • At transplanting, and again during early root development
  • Reapply every 2–4 weeks, depending on crop cycle and stress 

Application Method:

  • Dissolve thoroughly in water (ensure enough dilution volume to fully saturate the root zone)
  • Use an agitation tank or manual stirring to maintain microbial suspension
  • Apply through drip irrigation lines, micro-sprayers, or fertigation systems, positioning flow as close to the root zone as possible
  • Flush the system after application to prevent clogging or residue buildup
  • Do not tank mix with herbicides, fungicides, bactericides, or chemical pesticides

Seed Treatment

Dosage:

  • 3–5 grams per kg of seed

Frequency:

  • Single application before planting

Application Method:

  • Mix thoroughly with a sticking agent (e.g., sugar solution, gum arabic, biopolymer coatings)
  • Coat seeds evenly, ensuring full surface coverage
  • Allow seeds to dry gently in the shade before sowing

Compost or Organic Matter Amendment

Dosage:

  • 50 grams per ton of compost, organic substrate, or potting mix

Frequency:

  • Single application before use or at the beginning of composting/soil blending

Application Method:

  • For composting, first dissolve powder in water. Then spray piles and turn to evenly distribute product through the piles/windrows. 
  • For organic matter amendment, evenly mix the dry microbial powder growing media during turning or mixing

Q: What is Beauveria bassiana and how is it used in agriculture?

A: Beauveria bassiana is a beneficial microbial input and inoculant used in biologically managed systems to improve rhizosphere health, support early root development, and stabilize microbial populations. It is one of the best microbes for plant health available from microbial inoculant suppliers serving regenerative, organic, and conventional growers.


Q: How does Beauveria bassiana contribute to soil and root-zone health?

A: Beauveria bassiana is a spore-forming beneficial fungus that establishes on root surfaces and within the rhizosphere, helping maintain microbial balance and ecological stability. It contributes to organic matter breakdown, microbial turnover, and improved soil aggregation—enhancing long-term fertility, root development, and overall soil structure. For growers focused on soil restoration and regenerative inputs, it is a strong choice among beneficial microbes for plants in sustainable systems.


Q: Can Beauveria bassiana be applied to both soil and foliage?

A: Yes. Its formulation allows for versatile use as a foliar spray, soil drench, or in-furrow treatment. Its compatibility with compost, microbial teas, and other inoculants makes it a flexible input for growers who want to buy agricultural microbes that integrate well across multiple cropping systems.


Q: Is Beauveria bassiana used in soils affected by pests or intensive management?

A: While not a pesticide, B. bassiana is often applied in soils impacted by insect-related stress or high input usage. It contributes to microbial restoration and soil balance in biologically complex environments. This makes it a valuable input when sourcing agricultural microbial strains for sale that support rhizosphere recovery and resilience.


Q: How does Beauveria bassiana interact with other microbial inputs?

A: Beauveria bassiana works well in blended microbial programs and is frequently combined with Bacillus, Trichoderma, and other soil probiotics. It is commonly included in microbial consortia designed to enhance biological fertility, ideal for those looking to buy microbial inoculants that work synergistically.


Q: Is Beauveria bassiana approved for use in organic agriculture?

A: Yes, it is suitable for use in certified organic systems, provided that the formulation does not include restricted carriers or additives. As a naturally occurring fungus, B. bassiana is trusted in regenerative and organic programs among buyers seeking agricultural fungi for sale for biological crop inputs.


Q: How should Beauveria bassiana be applied in the field?

A: Application methods include soil drenching, drip fertigation, foliar spraying, and in-furrow treatment. Its spore-based formulation is designed for easy use in diverse systems. This flexibility makes it a preferred option among wholesale microbes for plant health programs.


Q: Where can I buy Beauveria bassiana and other microbial inoculants?

A: If you're looking to buy B. bassiana or source agricultural fungi for sale, Applied Biotech Industries is a U.S.-based microbial fertilizers manufacturer offering Beauveria bassiana in bulk, wholesale, and private-label formats. We serve ag distributors, input retailers, and growers nationwide seeking high-quality beneficial microbes for plants.


Q: What packaging formats are offered for Beauveria bassiana?

A: We offer B. bassiana as a dry microbial powder in 22 lb (10 kg), 44 lb (20 kg), and 340 lb (155 kg) pail and drum formats. Custom packaging options are available for private-label microbial input partners and bulk buyers.


Q: What is the shelf life of your Beauveria bassiana?

A: Under cool, dry storage conditions, the product maintains viability for 1 year. When refrigerated, shelf life extends to 2 years, ideal for long-term storage by agricultural microbial product resellers.


Q: Why choose Applied Biotech Industries for Beauveria bassiana?

A: We are a U.S.-based producer specializing in precision fermentation of high-CFU microbial inputs for soil health and crop performance. Our Beauveria bassiana is manufactured with strict QC standards for purity, shelf life, and application flexibility. Whether you're seeking to buy microbial inoculants online, source bulk fungal biofertilizers, or develop your own private-label microbial inputs, we are your partner in sustainable agriculture.

1. Impact of Beauveria spp. on Soil Microbial Communities
🔗 Read the study

Key Findings:

  • Beauveria bassiana inoculation was shown to significantly increase bacterial and fungal populations in treated soil.
  • Boosted microbial enzyme activity (e.g., invertase, urease) indicating improved soil metabolic function

2. B. bassiana’s Influence on Maize Rhizosphere Ecology
🔗 Read the study

Key Findings:

  • Successfully colonized maize roots and persisted in rhizosphere soils for up to 30 days post-inoculation.
  • Did not disrupt native microbial community structure, even under foliage wounding stress

3. Bioinoculum Effects on Soil Microbial Networks
🔗 Read the study

Key Findings:

  • Beauveria bioinocula led to higher soil microbial network complexity, enhancing biodiversity and community resilience

4. Plant Growth-Promoting Endophytic B. bassiana in Tomato
🔗 Read the study

Key Findings:

  • Demonstrated enhanced plant biomass and upregulated resistance-associated genes (OXO, CHI, atpA) in tomatoes, indicating strengthened plant-microbe interactions

5. Heavy Metal Remediation with B. bassiana
🔗 Read the study

Key Findings:

  • Strain FE14 of B. bassiana paired with Miscanthus floridulus showed improved cadmium uptake and remediation, highlighting potential for soil health applications

6. Endophytic B. bassiana Stimulates Maize Growth in Hydroponic Systems
🔗 Read the study

Key Findings:

  • Demonstrated significant increases in maize seedling plant height, root length, and biomass (17–85%) after foliar, seed, or root treatment with B. bassiana
  • Confirmed endophytic colonization in stems, leaves, and roots—lasting up to 35 days—indicating systemic plant interaction without disrupting growth.

7. Fungal Water Extract of B. bassiana Promotes Wheat Development
🔗 Read the study

Key Findings:

  • Preliminary trials using B. bassiana water extracts showed enhanced wheat growth compared to untreated controls
  • Highlights potential for use in biofertilizer applications under food security and sustainability frameworks.

8. Proteome Remodeling and Growth Stimulation in B. bassiana-Inoculated Plants
🔗 Read the study

Key Findings:

  • Inoculation led to proteome reprogramming in plants, with upregulation of growth- and metabolism-related proteins 
  • Associated with measurable improvements in plant growth metrics, supporting root-zone resilience and nutrient handling.

Infórmate sobre esta variedad

Dirección

Applied Biotech Industries 520 Progress Drive Bélgica, Wisconsin 53004

Información de contacto

info@abimicrobes.com
(262) 285-4390

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