Product Index

There are 3 species of mixed predatory fly parasites in your order: Spalangia cameroni, Muscidifurax zaraptor and Muscidifurax raptorellus. Fly parasites search fly-breeding areas for fly pupae containing developing flies. Once inside, the eggs hatch inside the fly pupa and feed on the developing fly and after two to three weeks of feeding, an adult fly parasite emerges to repeat the cycle. Each female fly parasite can kill approximately 100 immature flies in her lifetime.

Three species of predatory fly parasites mixed in your order: Spalangia cameroni, Muscidifurax zaraptor and Muscidifurax raptorellus.
Fly parasites are an effective natural enemy of flies. Frequent releases of fly parasites can drastically reduce common housefly and stable fly populations. Fly parasites search fly-breeding areas for fly pupae containing developing flies. Once a fly parasite finds a pupa, it drills a hole through the casing and inserts several eggs through the hole.
Once inside, the eggs hatch inside the fly pupa and feed on the developing fly and after two to three weeks of feeding, an adult fly parasite emerges to repeat the cycle. Each female fly parasite can kill approximately 100 immature flies in her lifetime.

The Green lacewing larvae is the most beneficial stage with the lacewings. They feed on soft-bodied insects like aphids, but will also feed on caterpillars and some beetles. The biggest benefit of lacewing larvae is how aggressive they are. They will eat anything they can catch, and they are always hungry. They’re also cost effective, especially the eggs. They have the ability to quickly knock down moderate levels of aphid infestations, as well as help control many other pests.
Green Lacewing eggs are oval and pale green. Just before the larvae hatch, eggs turn gray. The eggs are shipped in vials with food and a carrier such as rice hulls, bran or vermiculite.

Heterorhabditis bacteriophora are the beneficial nematode of choice when your problems concern all types of grubs, Japanese beetle larvae and Japanese beetles. These nematodes boast a deep-moving active-hunting with cruising characteristic which make them superior to many other species for grub control and Japanese beetles.

Heterorhabditis bacteriophora nematodes occur naturally in soil, but not at high enough levels to provide effective pest control. Inundative releases are necessary to reduce insect populations below economic thresholds. In some cases, recycling through host insects will occur to minimize the need for subsequent applications. Some target pests that have been controlled (to varying extents) by H. bacteriophora in field tests are white grubs, Japanese beetle, grubs, northern masked chafer, black vine weevil, strawberry root weevil, citrus root weevil, Colorado potato beetle, cucumber beetles, red imported fire ant, several other soil-inhabiting insects, and filth fly maggots in manure.