Garlic extract

Garlic extract (Garlic extract) is a potent biological substance derived from Allium sativum, widely recognized in sustainable agriculture as an effective biopesticide. Its primary active compounds, particularly allicin and other organosulfur substances, provide broad-spectrum protective properties. It acts primarily as a contact insecticide, acaricide, and fungicide, serving as a reliable alternative to synthetic chemical treatments.

The mechanism of action involves a dual-layered defense strategy. Firstly, the strong sulfurous aroma acts as a potent repellent, confusing and deterring pests from targeting the treated crop. Secondly, the chemical components disrupt the physiological functions of soft-bodied insects and interfere with the enzymatic activities of various fungal pathogens, effectively inhibiting their growth and reproduction on the host plant surface.

Garlic extract is primarily used on a variety of vegetables, fruit trees, and berries. It is highly effective against common agricultural pests, including aphids, whiteflies, spider mites, and thrips. Furthermore, it plays a vital role in preventing fungal infections such as downy mildew, powdery mildew, and various root and fruit rots, making it a versatile tool for farmers looking to maintain plant health organically.

• Effective repellent against many insect species
• Fungistatic activity against common plant pathogens
• Non-toxic to beneficial insects and pollinators
• Zero residue levels in harvested crops

Successful application requires frequent and consistent spraying, as the natural compounds are biodegradable and sensitive to sunlight and moisture. It is advisable to use surfactants or spreaders to improve coverage, as the extract is not systemic and works only on the surfaces it comes into direct contact with. Regular intervals of 7 to 10 days are typically recommended during periods of high pest pressure.

Safety measures for garlic extract are minimal due to its organic origin. It is safe for workers, domestic animals, and the environment, requiring no specific personal protective equipment beyond standard care. Since there is no pre-harvest interval (PHI), growers can apply the product even on the day of harvest, ensuring both the safety of the end consumer and the overall quality of the yield.