Entomophages

Dacnusa sibirica is a small parasitic wasp that controls different species of leafminers.
Packaging: Bottle of 250 adults.
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Diglyphus isaea is a small parasitic wasp that controls the most important species of leafminers.
Packaging: Bottle of 250 adults.
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Encarsia formosa is a parasitic wasp of the greenhouse White fly (Trialeurodes vaporariorum).
Packaging: Bottle with pupae from which 5.000 adults will emerge;
Bottle with pupae from which 15.000 adults will emerge;
Box of pupae cards from which 3.000 adults will emerge;
Box of pupae cards from which 15.000 adults will emerge.
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Eretmocerus eremicus is a hymenopterous from family Aphelinidae, which parasites the tobacco white fly (Bemisia tabaci) and the glasshouse white fly (Traleurodes vaporariorum).
Packaging: ПBottle with pupae from which 5,000 adults will emerge;
Bottle with pupae from which 15,000 adults will emerge;
Box of pupae cards from which 3,000 adults will emerge;
Box of pupae cards from which 15,000 adults will emerge;
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Aphidius ervi is a parasitic wasp of the aphid species Macrosiphum euphorbie and Aulacorthum solani.
Packaging: Bottle with mummies from which 250 adults will emerge.
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The larva which comes from the egg eats the eggs, nymphs or adults of red spider mites. The F. acarisuga larvae can control effectively large populations of red spider mites.
Packaging: Bottle of 250 pupae.
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Macrolophus pygmaeus (formerly known as Macrolophus caliginosus) is a polyphagous bug from family Miridae.
Packaging: Bottle of 500 bugs (nymphs and/or adults).
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Orius majusculus is a bug from family Anthocoridae.
Packaging: Bottle of 500 bugs (adults and nymphs).
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Aphidius matricariae is the aphid parasitoid most widely spread in greenhouse crops.
Packaging: Bottle with mummies from which 500 adults emerge;
Bottle with mummies from which 1.000 adults emerge;
Bottle with mummies from which 5.000 adults emerge.
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The product is a mix of the parasitoids Aphidius colemani, Aphidius matricariae, Aphidius ervi, Aphelinus abdominalis, Ephedrus cerasicola and Praon volucre.
Packaging: Bottle with mummies of different parasitoids, from which 240 adults will emerge.
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Entomopathogenic nematodes from families Steinernematidae and Heterorhabditidae kill the prey using a bacteria which lives in their intestines in about 48 hours.
Packaging: Bag with 50 millions individuals in 3rd larval stage;
Bag with 250 millions individuals in 3rd larval stage.
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Nesidiocoris tenuis is a predatory bug from family Miridae.
Packaging: Bottle of 500 bugs (adults and nymphs).
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In agriculture entomophages (entomophage from Greek is one that feeds on pests) are insects and some other arthropods which carry out biological protection of plants. According to the type of interaction with the pest, they are divided into entomophages and parasitoids.

Entomophages are predators (predatory beetles, bugs etc.) that hunt for pests, kill and eat them.

Another group is various types of wasps, part of the life cycle of which passes in the body of an insect pest. These entomophages lay eggs inside or near the pest, and after hatching begin to feed on its body. Entomophages also include entomopathogenic nematodes, such as species of the genus Steinernema, which invade and kill insects.

Today entomophages are used everywhere and every year the demand for them only increases. This is due to the fact that beneficial insects have long established themselves as an effective agent in an integrated plant protection system. Entomophages show especially high results in greenhouses. Modern biotechnology includes the use of dozens of species of entomophages and everything points to the fact that their number will only grow.

Where are entomophages used?

Now beneficial insects are widely used in protected and open ground, ranging from modern greenhouses of the fifth generation Ultra Clima to private gardens. Entomophages are used on such crops:

- Indoor and outdoor vegetable crops (tomato, cucumber, pepper, eggplant, etc.);

- Floral and ornamental crops (rose, gerbera, ornamental crops);

- Orchids and berries (pomaceous, stone fruits, grapes, strawberries, blueberries, etc.);

- Field crops (legumes, industrial and grain crops);

- Private orchids, gardens etc.;

Advantages of using entomophages:

The application of entomophages for plant protection is very advantageous compared to the use of only chemicals due to a number of factors:

- frequent development of pest resistance to existing chemicals;

- the gradual introduction of a ban on the use of known pesticides by public authorities;

- high efficiency of entomophages in controlling pest population;

- environmentally friendly products as a result of the use of the IPM;

- moderate prices for products from a domestic manufacturer of entomophages, such as ECOCULTURE;

Where can you buy entomophages at competitive prices?

To buy entomophages, contact our managers in any convenient way.

ECOCULTURE is a leading international company in the field of natural pollination and plant protection, especially biological pest control. We believe that integrated plant protection is more effective than pesticides solely, and we offer affordable crop protection products suitable for both your greenhouse and your orchid.

One of the strengths of ECOCULTURE is many years of experience and extensive knowledge of our employees, which supports the process of introducing plant protection at our clients' facilities.

Our products are distributed in many countries, includinc EU (the Baltic countries). Companies are opened on the territory of our representative offices, and there is also developed warehouse logistics, which allows us to provide our customers with high service in terms of protection, pollination and nutrition of plants using the most environmentally friendly methods.

 

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