Grower Koen - Embracing biological crop protection in agriculture

opportunity to grow alongside Koppert in the development and application of biological crop protection.| The future Koen's vision of the future of agriculture [...] abandon traditional methods. He decided to find a balance between both approaches. This way of working allows him to gain experience in using biological crop [...] crop protection . As a result, he acquires a lot of knowledge and is prepared to fully transition to biological crop protection when the government decides

Trianum-G

Mode of action The mode of action of Trianum-G is based on the following mechanisms: Competition for space Trianum-G grows faster on the surface of the [...] therefore have less chance to develop. Parasitism of pathogens Trianum-G grows around the mycelia of the pathogens. The cell walls of the pathogens break down [...] defence mechanism of the parts of the plant above ground, the so-called induced systemic resistance (ISR). Trianum-G has the capacity to make certain 'fixed'

Neoseiulus cucumeris

food on the underside of leaves. Due to their size and colour they are difficult to spot in the crop. Best conditions for use of Neoseiulus cucumeris [...] larvae of various thrips species. Feeding behaviour of Neoseiulus cucumeris Predatory mites pierce their prey and suck out the contents. In addition to thrips [...] appears. The success of predatory mites in controlling thrips is mainly dependent on the size of the prey larvae. Thrips larvae try to defend themselves against

Phytoseiulus persimilis

larvae do not eat. They develop quickly to protonymph and then start to feed on spider mites. The quantity of prey consumed depends on the predator and [...] per day. Because the development rate of the predatory mite is roughly twice that of the spider mite, the number of predatory mites increases rapidly, and [...] the absence of spider mites and predatory mites will become cannibalistic. If new hot spots of spider mites appear, it may be necessary to reintroduce

Capsanem

yellow to brown, but may be difficult to find due to rapid degradation. Pack size 50 million - 2 sachets of 25 million. 500 million – 2 sachets of 250 million [...] a rate of 250,000 to 500,000 nematodes per m² for soil application and 1 to 3 million nematodes per liter for foliar applications (application to run off) [...] within a few hours to days after infection. Visual effect Infected pests are generally difficult to find. Infected foliar pests simply fall to the ground. Infected