Mycorrhizal Fungi Inoculant for Hemp Family (Cannabaceae) Plants with Trichoderma + Bacillus Bacteria

• Formulated specifically for hemp-family plants

• Contains 9 arbuscular mycorrhizal fungi (AMF) naturally associated with hemp roots

• Enhanced with 5 Trichoderma species and 3 Bacillus soil bacteria

• Features a finer carrier fraction and higher microbial concentration for early-stage applications

• Establishes a powerful Secondary Root System from propagation onwards

• Rapidly expands the functional root surface area

• Improves water and nutrient uptake across the entire root zone

• Supports vigorous, stable growth under intensive cultivation

• Enhances root efficiency and sustained nutrient use

• Supports higher CBD yield potential and consistent crop quality

  
  

DID YOU KNOW? 

Mycorrhizae are a natural partnership between fungi and plants. Fungi in the soil grow tiny, thread-like structures that connect to plant roots and act as extensions of the root system, helping plants absorb more water and nutrients. In return, plants share some of the sugars they produce during photosynthesis with the fungi. This relationship forms an extensive, hidden system beneath our feet — a true win-win partnership that supports life underground 

AMF (Arbuscular Mycorrhizal Fungi) form symbiotic relationships with the roots of around 80–90% of all land plants. Their microscopic filaments can extend the effective root system by up to 700 times, dramatically increasing access to water and nutrients. 

EMF (Ectomycorrhizal Fungi) form close associations with many trees by growing around the roots, creating dense fungal networks in the soil. They play a vital role in forest ecosystems, supporting nutrient exchange and long-term tree vitality. 

Trichoderma species are naturally occurring soil fungi commonly found in healthy, biologically active soils. They are widely studied for their ability to interact with plant roots and support dynamic root-zone environments. 

Bacillus soil bacteria are beneficial soil microorganisms known for their ability to survive in challenging soil conditions. They contribute to a balanced soil microbiome and support efficient nutrient cycling in the root zone.