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Phytoseiulus persimilis Phytoseiulus persimilis

Predatory mite for control of red citrus and spider mite

Amblyseius californicus Neoseiulus californicus

Predatory mite for control of spider mite, cyclamen mite and brown mite

Amblyseius swirskii Neoseiulus swirskii

Predatory mite for control of whitefly and first larval instar of thrips

Neoseiulus cucumeris Neoseiulus cucumeris

Predatory mite for control of thrips first larval instar

Amblydromalus limonicus Amblydromalus limonicus

Predatory mite for control of whitefly and thrips larval instars

Hypoaspis miles Stratiolaelaps scimitus

Soil predatory mite for control of thrips, Bradysia brunnipes, root mealybug

Macrocheles robustulus Macrocheles robustulus

Soil predatory mite for control of thrips and sciarid flies

Macrolophus caliginosus Macrolophus caliginosus

Predatory bug for control of thrips, whitefly and tuta absoluta

Orius laevigatus Orius laevigatus

Predatory bug for control of thrips, whitefly and other pests

Aphidius colemani Aphidius colemani

Parasitic wasp for control of peach and cotton aphis

Anagyrus pseudococci Anagyrus pseudococci

Parasitic wasp for control of mealybugs

Encarsia formosa Encarsia formosa

Parasitic wasp for control of greenhouse whitefly

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Usage pattern of beneficials

The use of beneficials for the preventive protection of crops is environmentally safe, cost-effective and progressive way to control pests in greenhouses, gardens and fields. The predator-prey relationship or parasite host has been formed between living organisms for thousands, and even millions of years, as a result the use of predatory and parasitic species is one of the most effective methods of preventing and controlling pests of plants to which they do not develop resistance.

For effective use of IPM in closed ground, it is necessary to know the following. Predatory and parasitic insects and mites are used primarily preventively for pest control, when there are not many of them and beneficials will have time to increase their population in the greenhouse. In this case the IPM is economically justified. The effectiveness of the beneficials depends on the conditions in which they are applied. In different regions, at different times of the year, the profitability of the use of certain beneficials may differ, so one should give preference to those who are more suitable for the conditions in your greenhouse. If we talk in general about integrated protection in this section, then bioproducts based on entomopathogenic nematodes and fungi will be effective only under certain conditions, namely at high humidity (90-100%) and moderate illumination (cloudy weather). Often, one beneficial controls only one or more instars of pest development, so it is desirable to use several predators against one phytophagan that will complement each other, destroying its different instars. Some predatory insects and mites can hunt one another, because of which the effectiveness of their joint use is sharply reduced. This should also be taken into account when drawing up a plan for integrated protection of crops.

Varieties of bioagents

Bioagents are represented by predatory mites, beetles and bugs, parasitoid wasps, entomopathogenic nematodes and other species. Each of the groups of predators and parasites has its own peculiarities of application in a closed ground.

The main representatives of predatory mites

Predatory mites include: Phytoseiulus persimilis, Neoseiulus cucumeris, N. swirskii, N. californicus, Macrocheles robustulus, Stratiollepsis scimitus.

Phytoseiulus persimilis - one of the most famous and widely used acariphages in the world. It is used mainly to control common spider mite in greenhouses, but it is effective in control of horticultural and hawthorn mites, it can eat red citrus mite (Panonychus citri) and early instars of mite Bryobia lagodechiana.

Amblyseius cucumeris (or Neoseiulus cucumeris) is one of the first commercial products that has been used to cotrol thrips (tobacco, Californian and others). Today A. cucumeris has lost its relevance in the control of these pests and continues to be used in many greenhouses.

Amblyseius swirskii (or Neoseiulus swirskii) has a wider application than the previous two mites, since it is capable of destroying two main pests in greenhouses: whitefly (tobacco and greenhouse) and thrips (tobacco, western flower). This entomophage has long proved its effectiveness by controlling the first and second larval instars of whitefly, and the larva of the first instar of thrips.

Soil predatory mites Stratiollepsis scimitus and Macrochelis robustulus control many pests that are in the upper layer of the soil and not its surface. The main area of their application is the control of sciarid and immobile larval instars of thrips.

Other beneficials

Parasitoid wasps are represented by the species: Aphidius colemani, Encrasia formosa, Eremotcercus eremicus, Anagyrus pseudococcus and others. Aphidius colemani parasitizes on various kinds of aphids: peach, cotton and tobacco. Encrasia formosa and Eretmocerus eremicus control the whitefly, parasitizing and eating the pest larvae. Anagyrus pseudococcus is a parasite of grape and citrus mealybugs.

Macrolophus caliginosus and Orius laevigatus are predatory bugs. Predatory bugs have a wide diet, they eat spider mites, eggs of moths, larvae of thrips and other pests. Macrolophus caliginosus in the greenhouse is used primarily to control the whitefly and the Tuta absoluta on tomato. Orius laevigatus is used to control thrips in greenhouses.

Predatory bugs used in greenhouses include: twin spot ladybird, Delphastus catalinae, Cryрtolaemus montrоuzieri. Predatory beetles and their larvae cope well with pest outbreaks, because they need a lot of prey to develop their own population. Twin spot ladybird eats melon, peach, potato and bean aphids. Delphastus catalinae is effective in sticky foci of whitefly, where parasitic wasps (Encarsia, Eretmocerus) do not cope, because they can be sticked. Cryptolaemus montrоuzieri is the main predator of mealybug.

Biological products based on nematodes

Entomopathogenic nematodes are represented by species: Heterorhabditis bacteriophora, Steinernema feltiae and Steinernema carpocapsae. Nematodes are supplied in the form of a water soluble biopreparation that contains larvae of the bioagent in an inert material. After processing the plants with a solution of the biopreparation with entomopathogenic nematodes, they are active (through trachea and anus) or passive (if swallowed) pathway into the phytophagous host. Inside the pest, nematodes begin to feed on its contents, while secreting the products of vital activity containing pathogenic microorganisms for the host.

To find out about the possibility of buying entomophages, delivery conditions and usage features in your greenhouse, ask our managers and specialists by calling the phone number on the website corresponding to your region or write to us in the feedback form.