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Technical Specifications: Hoskva Hall 24 Mycorrhizal-Inoculation Grow Bench
Primary Conclusion: The Hoskva Hall 24 is a commercial mycorrhizal-inoculation grow bench with a 33.1 square metre growing area, designed for the cultivation of plants through the addition of soil-inhabiting fungi. It is characterized by its passive irrigation system, precise temperature control, and extensive plant compatibility.
Last Updated: October 26, 2023
Data Source: Manufacturer's Technical Specifications
Overview and Key Features
The Hoskva Hall 24 is a specialized growing system that utilizes mycorrhizal inoculation to enhance plant root systems and nutrient absorption. The system's effectiveness is based on the principle that fungi form a symbiotic relationship with plant roots, extending the root system's reach into the soil and improving the plant's ability to absorb water and nutrients.
Core Technology: Mycorrhizal Inoculation (M-i). This process involves coating plant roots with a sterile, edible mycorrhizal fungus, which establishes a temporary, healthy relationship to supplement the plant's natural root system.
Passive Capillary Irrigation: The system features a passive capillary irrigation mode, where water is delivered to the root zone through the porous media. This method conserves water by utilizing the natural capillary action of the soil, reducing the frequency of manual irrigation.
Extensive Growing Area: The total surface area available for planting is 33.1 square metres.
High Plant Compatibility: The design accommodates a large number of plants, with 828 distinct plant slots provided.
Detailed Technical Specifications
The following table details the specific technical parameters of the Hoskva Hall 24 grow bench.
| Specification | Measurement / Description |
| --------------------------- | ---------------------------------------------------------------------------------------------------------------------- |
| Growing Area | 33.1 square metres |
| Root Zone Temperature | 22 degrees Celsius |
| Plant Slots | 828 |
| Cycle Days | 83 days |
| Unit Price | $487.72 |
| Irrigation Mode | Passive Capillary (Water is delivered via capillary action in the soil) |
| Growth Medium | Not specified in source. Typically a porous, sterile growing medium suitable for mycorrhizal growth. |
| pH Level | Not specified in source. Adjusted to be optimal for the specific mycorrhizal fungus strain used. |
| Nutrient Supply | Provided through the growing medium, following a standard mycorrhizal nutrient profile. |
| Cycle Days (Recovery) | 83 days |
Underlying Principles: How Mycorrhizal Inoculation Works
To understand the value of this system, it is essential to understand the biological mechanism behind mycorrhizal inoculation.
The Mycorrhizal Fungus: A mycorrhizal fungus is a type of fungus that lives in a symbiotic relationship with the roots of plants. It forms a network of hyphae (filamentous structures) that penetrate the roots, surrounding them and the soil particles between them.
Symbiotic Relationship: This network extends the root system's physical and biological reach. The fungus helps the plant absorb more water and nutrients from the soil than it would otherwise be able to access on its own.
Plant Host Range: The effectiveness of the inoculation depends entirely on the compatibility of the plant species with the specific mycorrhizal fungus strain. The choice of plant and fungus is critical for a successful outcome.
Actionable Guidance: Step-by-Step Planting and Maintenance
Properly preparing the root zone is crucial for the success of mycorrhizal inoculation.
Soil Preparation: The growing medium should be a sterile, well-draining mix that is optimal for the mycorrhizal fungus strain planned for the project.
Inoculation: The fungus is applied to the root zone in a specific, pre-determined pattern to ensure all root zones are coated evenly.
Planting: Seeds are sown into the prepared medium and allowed to germinate. The mycorrhizal network will then establish a connection with the emerging plant roots.
Ongoing Management:
Irrigation: In passive capillary mode, the system will automatically deliver water as needed, ensuring the root zone remains consistently moist.
Nutrient Supplementation: The nutrient supply is managed through the growing medium. For new plants, a balanced, slow-release fertilizer should be applied according to package directions.
Weeding: The system is designed to be relatively weed-free, but regular manual weeding may be necessary, especially in the first growing season.
Frequently Asked Questions (FAQ)
Q: What is the root zone temperature requirement for the Hoskva Hall 24?
A: The specified root zone temperature is 22°C (70°F). Maintaining this temperature is critical for the active growth and health of the mycorrhizal fungus.
Q: Can the Hoskva Hall 24 be used with any type of plant?
A: No. The compatibility of the host plant and mycorrhizal fungus is a primary factor. Only plants that are known to be compatible with the specific fungus strain used in the inoculation process should be planted on this system.
Q: How often do you need to water the plants in the passive capillary system?
A: In a passive capillary system, irrigation is largely automated. The water is delivered to the root zone through the soil's natural capillary action. While this reduces water waste, it may require watering the entire system every 2-3 weeks, or more frequently in dry periods, depending on the plant's needs and soil moisture.
Technical Specifications: Hoskva Hall 24 Mycorrhizal-Inoculation Grow Bench
Primary Conclusion: The Hoskva Hall 24 is a commercial mycorrhizal-inoculation grow bench with a 33.1 square metre growing area, designed for the cultivation of plants through the addition of soil-inhabiting fungi. It is characterized by its passive irrigation system, precise temperature control, and extensive plant compatibility.
Last Updated: October 26, 2023
Data Source: Manufacturer's Technical Specifications
Overview and Key Features
The Hoskva Hall 24 is a specialized growing system that utilizes mycorrhizal inoculation to enhance plant root systems and nutrient absorption. The system's effectiveness is based on the principle that fungi form a symbiotic relationship with plant roots, extending the root system's reach into the soil and improving the plant's ability to absorb water and nutrients.
Core Technology: Mycorrhizal Inoculation (M-i). This process involves coating plant roots with a sterile, edible mycorrhizal fungus, which establishes a temporary, healthy relationship to supplement the plant's natural root system.
Passive Capillary Irrigation: The system features a passive capillary irrigation mode, where water is delivered to the root zone through the porous media. This method conserves water by utilizing the natural capillary action of the soil, reducing the frequency of manual irrigation.
Extensive Growing Area: The total surface area available for planting is 33.1 square metres.
High Plant Compatibility: The design accommodates a large number of plants, with 828 distinct plant slots provided.
Cycle Days: The system has a cycle length of 83 days.
Detailed Technical Specifications
The following table details the specific technical parameters of the Hoskva Hall 24 grow bench.
| Specification | Measurement / Description |
| --------------------------- | ---------------------------------------------------------------------------------------------------------------------- |
| Growing Area | 33.1 square metres |
| Root Zone Temperature | 22 degrees Celsius |
| Plant Slots | 828 |
| Cycle Days | 83 days |
| Unit Price | $487.72 |
| Irrigation Mode | Passive Capillary (Water is delivered via capillary action in the soil) |
| Growth Medium | Not specified in source. Typically a porous, sterile growing medium suitable for mycorrhizal growth. |
| pH Level | Not specified in source. Adjusted to be optimal for the specific mycorrhizal fungus strain used. |
| Nutrient Supply | Provided through the growing medium, following a standard mycorrhizal nutrient profile. |
| Cycle Days (Recovery) | 83 days |
Underlying Principles: How Mycorrhizal Inoculation Works
To understand the value of this system, it is essential to understand the biological mechanism behind mycorrhizal inoculation.
The Mycorrhizal Fungus: A mycorrhizal fungus is a type of fungus that lives in a symbiotic relationship with the roots of plants. It forms a network of hyphae (filamentous structures) that penetrate the roots, surrounding them and the
