Dirty Hands Cannabis Microbial Consortium - 5L

Description

Introducing the Dirty Hands Cannabis Microbial Consortium - 5L. A specialized biofertilizer crafted specifically for cannabis cultivation, developed through extensive research and experimentation with micro-organisms that are native to the cannabis plants microbiome. This consortium consists of a diverse range of beneficial micro-organisms designed to reintroduce essential microbial biodiversity back into the plant and soil. Micro-organisms play a crucial role in enhancing soil health, as they help break down organic matter and rock minerals to make vital nutrients bioavailable to the cannabis plant. The optimal pH range for CMC is tailored for cannabis at 5.5 to 6.5, ensuring that the plant receives maximum nutrient uptake in a slightly acidic environment.

One of the key features of the CMC is its ability to solubilise phosphates, which improves phosphorus availability for important processes such as root development and flowering. Additionally, the consortium aids in degrading environmental pollutants, contributing to healthier soil conditions. The microbes compete effectively for essential nutrients, including iron, by reducing ferric ions to ferrous ions and secreting siderophores. These high-affinity iron-chelating compounds not only make iron more available to the plant but also limit the growth of iron-dependent phytopathogens. This dual action supports plant health while also reducing the risk of diseases caused by harmful soil organisms.

The CMC also produces phytohormones, particularly indole-3-acetic acid (IAA), which is critical for promoting plant growth and establishing robust root systems. With a proven concentration of 4.75 x 10 CFU/ml of beneficial bacteria such as Paenibacillus Taichungensis, this biofertilizer enhances nutrient efficiency and plant resilience. By synergistically working with the nutrient-rich cation soils often used in cannabis cultivation, the CMC ensures that both soil health and plant growth are optimized, making it an essential addition for both cannabis home growers and commercial cultivators seeking sustainable and effective growing solutions.

Features

• Phosphate solubilisation
• Degradation of environmental pollutants
• Controlling iron competing phytopathogens by
• Reducing ferric to ferrous ions
• The secretion of siderophores, high-affinity iron-chelating compounds
• The uptake of heterologous siderophores
• Hormone production, specifically phytohormone indole-3-acetic acid (IAA)
• Competing for iron, amino acids and sugars

Specifications