Beauveria bassiana
Biomass spores and mycelium of fungi Beauveria bassiana and metabolic products
Beauveria bassiana biomass is carefully selected strains of non-pathogenic fungi naturally occurring in fertile soil.
The spores of the Beauveria bassiana are capable of germinating through the chitinous cover of many varieties of insect pests, causing the mycelium of the fungi to grow inside their bodies and release toxins that lead to the death of the insect. Beauveria bassiana effective against both adult insects and larvae.
Microorganisms are active producers of a complex of phytohormones, which provide stimulation of growth and physiological activity throughout the entire period of plant growth.
Also fungi of the genus Beauveria are capable of endophytic colonization of the surface of the root system of the plant.
Beauveria bassiana can colonize the surface of the root system of plants. In the process of colonization, the mycelium of the fungus produces a number of phytohormones that positively affect plant growth and activity throughout the plant growth period.
Active substance: Spores and mycelium of fungi Beauveria bassiana and metabolic products
Titer: Not less than 2x108 CFU/g
Formulation: Water soluble powder
Package: Foil Ziplock bag - 1 kg
Shelf life: 24 months
Storage conditions: Store at temperatures from -5°C to +25°C in a dry place protected from direct sunlight
Beauveria bassiana biomass is used for biological control of pests of agricultural, vegetable, fruit, berry and ornamental crops in open and closed soil.
Viable conidia and blastospores fall on the surface of the insect body and germinate into its internal tissues, forming mycelium. Hyphae gradually penetrate into the hemolymph, where active reproduction and spread of the fungus throughout the insect body begins.
As a result, the host insect dies from exhaustion and intoxication. The mycelium develops and emerges through the covers to the body surface. Here spores are formed, which are then responsible for infecting the next generation of insects.
Auxins help to develop a strong root system, which is useful for seedling establishment and increases the nutritional efficiency of plant crops.
Phytohormones of the fungus increase frost and drought resistance of plants. The fungus protects plant roots from root rot.
Application
Method of application and dosage of Bacillus subtilis biomass on various crops
Vegetables
Tomatoes, cucumber, potato, pepper, onion, garlic, eggplant, zucchini, cabbage, cauliflower, kale, broccoli, radish, beet, green bean, asparagus, spinach, celery, etc.
Pest protection
Colorado potato beetle larvae, spider mites, aphids, cabbage moth and other, cabbage white butterfly, onion fly, carrot fly, cabbage moth, meadow moth, and other cutworms larvae.
Application method & Dosage
Treatment of plants is preventive or as pests appear
Field vegetables
Treatment on vegetation (2 - 3 times per season) - 3.0 - 5.0 kg/ha
Greenhouse vegetables
Treatment on vegetation (2 - 4 times per season) - 6.0 - 9.0 kg/ha
Fruit
Apple, pear, peach, apricot, nectarine, cherry, sweet cherry, plum, kiwi, avocado, dogwood, olive, walnut, etc.
Pest protection
Apple ermine moth, plum fruit moth, european apple sawfly, black plum sawfly, spider mites, aphids, mulberry silk worm.
Application method & Dosage
Treatment of plants is preventive or as pests appear
Treatment on vegetation (2 - 4 times per season) - 5.0 - 7.0 kg/ha
Berries
Strawberry, raspberry, blackberry, blueberry, currant, goji berry, gooseberry, watermelon, buckthorn, etc.
Pest protection
Spider mites, aphids, mulberry silk worm, strawberry leaf beetle, gooseberry fruitworm, mulberry silk worm, lampronia capitella.
Application method & Dosage
Treatment of plants is preventive or as pests appear
Treatment on vegetation (2 - 4 times per season) - 5.0 - 6.0 kg/ha
Grapes
Pest protection
Grapevine leaf roller, grape berry moth
Application method & Dosage
Treatment of plants is preventive or as pests appear
Treatment on vegetation (3 - 4 times per season) - 5.0 - 7.0 kg/ha
Winter and spring cereals
Wheat, barley, rye, buckwheat, oats, etc.
Pest protection
Spider mites, aphids, senn pest larvae, african cotton bollworm, meadow moth.
Application method & Dosage
Treatment of plants is preventive or as pests appear
Treatment on vegetation (2 - 3 times per season) - 4.0 - 6.0 kg/ha
Sunflower, corn, rape
Pest protection
African cotton bollworm, european sunflower moth.
Application method & Dosage
Treatment of plants is preventive or as pests appear
Treatment on vegetation (2 - 3 times per season) - 5.0 - 5.0 kg/ha
Legumes
Soya, peas, chickpeas, beans, etc.
Pest protection
Pea moth, african cotton bollworm, spider mites, pea pod borer.
Application method & Dosage
Treatment of plants is preventive or as pests appear
Treatment on vegetation (2 - 3 times per season) - 5.0 - 5.0 kg/ha
Decorative
Conifers, flowers, lawn
Pest protection
Box tree moth, Spider mites, aphids, and other cutworms larvae.
Application method & Dosage
Treatment of plants is preventive or as pests appear
Treatment on vegetation (2 times per season) - 3.0 - 4.0 kg/ha
Preparation of working solution
✅ The water for the working solution is recommended to use non-chlorinated with a temperature of +10°C and above.
✅ The optimal pH of water is 6.5-7.5.
✅ When adding the preparation it should be stirred until complete dissolution.
Specifications of use
✅ The spraying of plants is recommended to be carried out in the absence of intense solar radiation, in dry, low-wind weather with a low probability of precipitation during the next 5 hours after treatment, in the morning or evening, at a temperature from +10 to +25°C.
✅ It is recommended to prepare the working solution on the day of treatment and use it within 6 hours.
✅ If there are few drops or rain on leaf surface, plants should not be treated.
Compatibility of the preparation
✅ In tank mixtures, chemical components are applied first, biological components are added last.
✅ The preparation is compatible with insecticides, herbicides, bio preparations, fertilizers and chemical fungicides.
✅ Shows synergy together with Bacillus thuringiensis.