Les agronomes connaissent des exemples de parcelles exemptes de parasites. Dans ces zones, des agronomes expérimentés ont créé une biocénose, un système autorégulateur d’équilibre naturel. Dans ce système, les insectes prédateurs, ou insectes entomophages, qui dévorent les parasites, jouent un rôle important.

Entomophages (du grec entoma — insectes et phagos — un dévoreur), prédateurs, parasites et autres organismes dangereux pour les insectes, affectant la régulation naturelle de leur nombre. Parmi les entomophages, les plus connus sont les Hyménoptères — guêpes (trichogrammes, braconides, aphelinus,), utilisés dans la lutte contre les pucerons, les vers et autres insectes.

Prédateurs bénéfiques et insectes parasites bénéfiques.

Dans la nature, tout est interconnecté : nous plantons des plantes qui servent de nourriture aux insectes-herbivores nuisibles, et les nuisibles herbivores servent à nourrir les insectes-entomophages. Les entomophages sont divisés en deux grands groupes : les prédateurs et les parasites.

Insectes entomophages Interaction avec les ravageurs.
Prédateurs Les larves et les prédateurs adultes chassent, tuent et dévorent les parasites.
Parasites (parasitoïdes) Pondent sur ou dans le corps du ravageur, les larves éclosent et le mangent.

Les prédateurs et les parasites sont dans la plupart des cas des insectes pollinisateurs. Ces insectes sont bons pour le jardin de tous les côtés. Le premier signe et le plus sûr qui permet de distinguer les parasites du jardin des insectes bénéfiques est la faible mobilité. Les parasites se déplacent un peu et à contrecœur, pour la plupart ils s’assoient sur la plante et la mangent. Les prédateurs sont agiles, ils sont constamment en mouvement, ils chassent.

Les insectes entomophages les plus courants

There are 26 species of entomophagous insects registered in Russia and they are used with great success in industrial horticulture and vegetable growing in greenhouses. Many fewer entomophages can be used in the open air, but they can protect plants from pests better than toxic chemicals. Here are the most common and effective insects:

Entomophage Which pests it kills.
Ladybugs Leaf aphids, loricate aphids, red spider, armoured scales and soft scales, psyllas, coccids, ticks.
Midge Different kinds of aphids.
Ground beetle Caterpillars of moths, fir seed moth, measuring worms, whitethorn butterfly, and vegetable fly eggs.
Syrphid fly Aphid
Ichneumon fly Butterfly caterpillars, larvae of flies, aphids, and apple ermine.
Soldier beetles (firebugs) Different caterpillars, aphids and small slugs.
Checkered beetles (bee beetle), (bee ants). Bark beetles, cerambycid beetles, dust beetles, weevils, etc.
Chrysopida White fly, aphid, etc



The most common predator insects.
They look like microscopic crocodiles. Their colour is remarkable: bright red or yellow spots on a dark background.
Unfortunately, many confuse ladybug eggs and larvae with Colorado potato beetle eggs and larvae and ruthlessly destroy them. But the larvae of the Colorado potato beetle are almost perfectly round and pinkish. And the pest’s eggs are bright orange, while the ladybug has bright yellow eggs. It places them vertically to the surface of a leaf and always near the aphid colonies.
By destroying ladybug egg depositions and larvae, gardeners deprive themselves of excellent pest control helpers.

Ground beetles

Ground beetles are constantly on the move, they chase the pest every minute of their lives. During a summer, each ground beetle eats more than 300 caterpillars.
They are black, shiny, with chest legs, also very agile and surprisingly fast. Gardeners often take them for pests and kill them, thus causing great damage to their garden. They hunt at night trying to hide during the day. Each larva eats three times more pests per day than it weighs itself.
Ground beetle is the most useful beetle. It does not harm the plant, on the contrary, it helps.

Checkered beetles

The shape and colour of checkered beetles reminds one of a bee or an ant, so they are called bee beetles or ant beetles.
This predator is invaluable for ornamental and fruit gardens, as it inhabits trees and hunts bark beetles, dust beetles and other dangerous pests. Their larvae live under the bark, move along pest paths and ruthlessly destroy their larvae.


Chrysopida is also maybe familiar to everyone: it is a cute, graceful insect of green or beige colour, which often sits on house windows in summer. They have the characteristic scent of mice, which scares away their enemies.
Despite its innocent angelic appearance, Chrysopida is one of the most bloodthirsty predators. She is a night hunter, resting in the daytime, and when it gets dark she goes to slaughter aphids. It is the Chrysopida which is artificially grown to protect plants in greenhouses, including rare plants in greenhouses.
This is an incredible aggressor: one larva eats more than 500 adult aphids during its lifetime; and one female Chrysopida lays more than 400 eggs!
You can see a brown larva in aphid colonies. That is a chrysopida. It doesn’t look very pretty and, of course, gets a scolding.

Ichneumon flies (riders)

As she lays her eggs, the female ichneumon fly sits on the pest larva back (hence the name of this parasite), pierces it with its ovipositor and lays the eggs inside.
The ichneumon fly’s larvae hatch out and devour the pest larva from inside.

Syrphid flies

Syrphid flies are valued both as entomophages and as fine pollinators. A characteristic feature of these flies: during the flight they do not buzz like others; the sound that is heard as their wings move is like the purl of water.
Raptor species lay eggs right in the aphid colony. There are several hundred eggs in one clutch and one larva can eat 500 to 2000 aphids.

Phytoseiida is a typical oligophagus representing the Parasitiformes. He is a natural enemy of many herbivorous red spiders (e.g. two-spotted, spotted, garden, hawthorn, red citrus and others).


They are generally used in greenhouses, hot frames and warm houses to protect agricultural plants, flowers and ornamental crops. It demonstrates a high degree of efficiency in protecting pepper, eggplant, cucumbers, tomatoes, strawberries and other plants. It is not difficult to apply, however, and the duration of the action is quite long, although the effectiveness of the entomophage depends directly on the initial population figures of both the predator and the pest.

Macrolophus (Macrolophus nubilis H.S.) is a carnivorous tick, a polyphage. It is used to fight greenhouse white flies, thunder flies (tobacco, western flower), aphids (melon, peach, common potato), red spiders on vegetables in greenhouses.


Macrolophus is able to feed on plant food and one may release it preventively.
Colonisation of macrolophus can be combined with the use of other entomophages. By using macrolophus against tobacco thrips on cucumbers together with the amblyseius, the efficiency reaches 90-95%.

Trichogramma (Lat. Trichogramma evanescens) refers to a whole family of parasitic insects that feed on the inside of eggs of various pests.

A trichogramma is usually a very small insect that pierces the delicate shell of eggs of pest moths and butterflies, puts its own embryo into it, which as it grows and develops inside, destroys the pest’s embryo, so these insects are also called egg parasite.

Habrobracon (Lat. Habrobracon hebetor Say) is a hymenopteran insect that parasites on the caterpillars of cotton budworms, European corn borers, apple worms, mill moths and other pests. This list contains about 60 species of different insects that damage cereals, vegetables, fodder, fruit and other crops, including vineyards.


To combat many pests effectively, 600 to 2,000 adult habrobracons per hectare of crop are sufficient to completely eliminate crop losses.

Scientists around the world are working to develop and improve integrated plant protection that supposes the preferential use of biological plant protection agents and the promotion of the effectiveness of natural entomophages, and only as an “ambulance” using chemicals to control plant pests and diseases.

The use of pesticides is excluded in green crops and areas of crops grown for baby and diet food. Pesticides are used only limitedly to protect frame area vegetable crops — in greenhouses and hotbeds.

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