• Aphelinus abdominalis

  January 1, 1970

  aphids is due to host feeding and parasitization in roughly equal measure. Life cycle and appearance of Aphelinus abdominalis An adult Aphelinus abdominalis

• Natupol Excel

  January 1, 1970

  stand before placing new hives Disposal After the pollination cycle, once there is no life in the bumblebee colonies, the ‘Beehome’ system should be closed

• Natupol

  January 1, 1970

  stand before placing new hives Disposal After the pollination cycle, once there is no life in the bumblebee colonies, the ‘Beehome’ system should be closed

• Feltiella acarisuga

  January 1, 1970

  predatory and only need water and sugar. Life cycle of Feltiella acarisuga Growers can distinguish between the various life stages of the predatory gall midge

• Anagyrus vladimiri

  January 1, 1970

  purpose, including nutritional intake and pre-reproductive conditioning. Life cycle and appearance of Anagyrus vladimiri Adults show marked sexual dimorphism:

• Predatory insects

  January 1, 1970

  g aphids and spider mites . Gall midges have a unique and interesting life cycle that contributes to their effectiveness as biological control agents.

• Encarsia formosa

  January 1, 1970

  helps maintain balance and reduce the reliance on chemical pesticides. Life cycle and appearance of Encarsia formosa The development of E. formosa consists

• Aphidius colemani

  January 1, 1970

  secretions, the parasite will not readily enter very dense aphid colonies. Life cycle and appearance of Aphidius colemani Female Aphidius spp. deposit an egg

• Operation Mealybug

  January 1, 1970

  larvae. This optimizes the chances of good egg laying and makes a complete life cycle possible, ensuring a permanent defense against mealybugs . Cryptobug-L

• Nature's Perfect Pollinator

  January 1, 1970

  Worth the Buzz Rearing the Best: The Process Behind Our Hives The natural life cycle of the bumblebee is replicated under laboratory conditions at our production