• Biological Pest Control

  instance, growers might release predatory mites to control spider mite infestations in a greenhouse. Augmentative biological control can provide rapid results

• Tomato

  diseases allows for timely intervention, reducing the risk of widespread infestations or outbreaks. Monitoring involves recording data on pest and disease

• Mealybugs and scales

  sap, weakening crops and producing honeydew that leads to sooty mould. Infestations reduce plant vigor, fruit quality and overall yield. Effective control

• Tobacco whitefly

  all different developmental stages can be found together. When shaking infested plants, adults will first fly, then return to the underside of the leaves

• Dacnusa sibirica

  control is achieved. At higher temperatures (>25°C/77°F) and/or higher infestation rates it might be better to use Miglyphus . Consult a Koppert advisor

• Entonem keeps young orchids free from fungus gnats

  the high side. It is better to use a little too much than not enough; infestations must always be prevented as much as possible. We certainly don’t skimp

• Cyclamen main pest pressures

  found in glasshouses. The mites may be concentrated around the buds, or infest the entire plant, resulting in severely stunted plants, with crinkled leaves

• Diglyphus isaea

  wasp’s feeding rate and efficacy can vary with the density of leafminer infestations, allowing it to adapt to changing pest pressures. Adult Diglyphus isaea

• Feltiella acarisuga

  (IPM) strategies, offering growers a sustainable solution for spider mite infestations. By using Feltiella acarisuga in their pest management programs, agricultural

• Amazone Plants continues the path of organic cultivation

  easy for the employees to access the plants, for example to scout them. Infestations may therefore occur in the greenhouse that only become noticeable once