NH BEBASS
BIO CONTROL PROTECTION
A biological solution designed to safeguard your crops using the power of nature. Created by NutriHydro, NH Bebass introduces agricultural innovation that targets and controls harmful pests while promoting the health and vitality of your plants. Safe, effective, and environmentally friendly, NH Bebass offers a sustainable alternative to chemical pesticides.
NH Bebass is formulated with a highly effective strain of beneficial fungus. This natural organism has been carefully selected for its ability to control a broad spectrum of insect pests in a wide range of agricultural settings. By utilizing the power of this beneficial fungus, NH Bebass acts as a biological insecticide, helping to manage and suppress pest populations without the use of harmful synthetic chemicals.
STEP 1
PREPARE THE SUSPENSION
NOTE: Strictly use dechlorinated water, mineral, or distilled water. The use of water with chlorine will render the probiotic compound ineffective. To make dechlorinated water, just sit tap water for a minimum 24 hours.
Target Quantity Suspension | NH Bebass | Severity | Frequency |
|---|---|---|---|
16 Liters | 1 Tsp | Preventive | Once a Week |
16 Liters | 1 Tbsp | Existing Pest Population | Up to Three Times a Week |
STEP 2
SUSPENSION USE
Foliar in greenhouse and open field
How NH Bebass Works
NH Bebass works through a unique biological mode of action. The beneficial fungus in NH Bebass targets insect pests by directly attacking them, acting as a natural pathogen. Here’s how it works:
- Contact and Attachment: Once applied, the fungus comes into contact with the pest’s exoskeleton.
- Infection: The spores of the fungus germinate and penetrate the insect’s body, spreading throughout its system.
- Proliferation: Inside the pest, the fungus continues to grow, ultimately leading to the insect’s death through natural biological processes.
- Control of Pest Populations: As the fungus spreads and infects more insects, it naturally reduces the overall pest population, offering long-lasting protection to your crops.
The fungus used in NH Bebass is particularly effective against a variety of pests, including aphids, whiteflies, thrips, weevils, beetles, and caterpillars, to name a few. Whether you’re managing pests in vegetable crops, fruit orchards, or ornamental plants, NH Bebass provides a natural defense mechanism that keeps your plants healthy and productive.
NH Bebass as a biocontrol solution, it’s crucial to set clear expectations about its limitations, especially compared to conventional chemical pesticides. Here are some key limitations to note:
Environmental Conditions: NH Bebass, as a fungal biocontrol product, depends on specific conditions to thrive, typically requiring moderate temperatures and high humidity. Extreme temperatures or very dry conditions can hinder its effectiveness, as fungal spores may not germinate or survive long enough to infect pests.
Slower Mode of Action: Unlike fast-acting chemical pesticides, the biocontrol mechanism in NH Bebass operates over several days. The fungus requires time to infect, proliferate within the pest, and ultimately cause its death, so results may take 3–7 days to become noticeable. This may not be ideal for situations requiring immediate pest suppression.
Target-Specific Nature: While NH Bebass is selective, targeting specific pest species without harming beneficial insects, its spectrum may be narrower than some broad-spectrum chemical insecticides. Users may need to combine it with other controls for comprehensive pest management, especially in highly diverse or complex pest ecosystems.
Limited Residual Activity: Biocontrol products like NH Bebass often have limited residual activity because they rely on living organisms that may degrade over time. Reapplication may be necessary to maintain control, especially in fields with high pest pressure.
Consistency of Results: Variations in environmental conditions, pest pressure, and timing can affect the efficacy of NH Bebass. Results may vary from one season to another, requiring careful monitoring and integrated pest management (IPM) strategies to ensure effectiveness.
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