Items

Eupoecilia ambiguella lure is a component of an insect trapping device that uses pheromones to lure vine moth into a trap. 

The lure, in the form of the rubber dispenser, containing Eupoecilia ambiguella pheromone, must be placed in a pheromone trap to be fully functional (traps can be bought separately or in kits with lures). 

Using such pheromone lures is an economic, environmentally sound approach to either monitor or trap pests. 

The lures in the traps must be replaced every 4-6 weeks to keep attraction rates high.

Shelf life - up to 2 years (optimum conditions).

Euzophera bigella lure is a component of an insect trapping device that uses pheromones to lure Quince moths into a trap. 

The lure, in the form of the rubber dispenser, containing Euzophera bigella pheromone, must be placed in a pheromone trap to be fully functional (traps can be bought separately or in kits with lures). 

Using such pheromone lures is an economic, environmentally sound approach to either monitor or trap these pests. 

The lures in the traps must be replaced every 4-6 weeks to keep attraction rates high.

Shelf life - up to 2 years (optimum conditions).

Euzophera pinguis lure is a component of an insect trapping device that uses pheromones to lure Tabby knot-horn moth into a trap. 

The lure, in the form of the rubber dispenser, containing Euzophera pinguis pheromone, must be placed in a pheromone trap to be fully functional (traps can be bought separately or in kits with lures). 

Using such pheromone lures is an economic, environmentally sound approach to either monitor or trap these pests. 

The lures in the traps must be replaced every 4-6 weeks to keep attraction rates high.

Shelf life - up to 2 years (optimum conditions). 

Glyphodes (Diaphania) pyloalis lure is a component of an insect trapping device that uses pheromones to lure mulberry moths into a trap. 

The lure, in the form of the rubber dispenser, containing Glyphodes (Diaphania) pyloalis pheromone, must be placed in a pheromone trap to be fully functional (traps can be bought separately or in kits with lures). 

Using such pheromone lures is an economic, environmentally sound approach to either monitor or trap these pests. 

The lures in the traps must be replaced every 4-6 weeks to keep attraction rates high.

Shelf life - up to 2 years (optimum conditions).

Grapholita funebrana/molesta lure is a component of an insect trapping device, that uses pheromones to lure plum fruit moths, that are a widely distributed pest attacking stone and pome tree fruits, into a trap.

The lure, in the form of the rubber dispenser, containing Grapholita funebrana/molesta pheromone, must be placed in a pheromone trap to be fully functional (traps can be bought separately or in kits with lures).

Using such pheromone lures is an economic, environmentally sound approach to either monitor or trap these pests.

The lures in the traps must be replaced every 4-6 weeks to keep attraction rates high.

Shelf life - up to 2 years (optimum conditions). 

Helicoverpa armigera lure is a component of an insect trapping device that uses pheromones to lure cotton boll worm into a trap. 

The lure, in the form of the rubber dispenser, containing Helicoverpa armigera pheromone, must be placed in a pheromone trap to be fully functional (traps can be bought separately or in kits with lures). 

Using such pheromone lures is an economic, environmentally sound approach to either monitor or trap these pests. 

The lures in the traps must be replaced every 4-6 weeks to keep attraction rates high.

Shelf life - up to 2 years (optimum conditions).

Hyphantria cunea lure is a component of an insect trapping device that uses pheromones to lure Fall webworm moths into a trap.

The lure, in the form of the rubber dispenser, containing Hyphantria cunea pheromone, must be placed in a pheromone trap to be fully functional (traps can be bought separately or in kits with lures).

Using such pheromone lures is an economic, environmentally sound approach to either monitor or trap these pests.

The lures in the traps must be replaced every 4-6 weeks to keep attraction rates high.

Shelf life - up to 2 years (optimum conditions).

Ips spp. lure is a component of an insect trapping device that uses pheromones to lure these forestry pests into a trap.

The lure, in the form of the cellulose dispenser, containing Ips spp. pheromone, must be placed in a pheromone trap to be fully functional (traps can be bought separately or in kits with lures).

Using such pheromone lures is an economic, environmentally sound approach to either monitor or trap pests.

The lures in the traps must be replaced every 8-10 weeks to keep attraction rates high.

Shelf life - up to 2 years (optimum conditions).

Lobesia botrana lure is a component of an insect trapping device, that uses pheromones to lure European grapevine moths, that most commonly live on grape plants, as well as berries, nectarines and plums, into a trap.

The lure, in the form of the rubber dispenser, containing Lobesia botrana pheromone, must be placed in a pheromone trap to be fully functional (traps can be bought separately or in kits with lures). 

Using such pheromone lures is an economic, environmentally sound approach to either monitor or trap these pests. 

The lures in the traps must be replaced every 4-6 weeks to keep attraction rates high.

Shelf life - up to 2 years (optimum conditions).

Lymantria dispar lure is a component of an insect trapping device that uses pheromones to lure Spongy Moths into a trap.

The lure, in the form of the rubber dispenser, containing Lymantria dispar pheromone, must be placed in a pheromone trap to be fully functional (traps can be bought separately or in kits with lures).

Using such pheromone lures is an economic, environmentally sound approach to either monitor or trap these pests.

The lures in the traps must be replaced every 6-7 weeks to keep attraction rates high.

Shelf life - up to 2 years (optimum conditions).

Monochamus spp. lure is a component of an insect trapping device that uses pheromones to lure these forestry pests into a trap.

The lure, in the form of the cellulose dispenser, containing Monochamus spp. pheromone, must be placed in a pheromone trap to be fully functional (traps can be bought separately or in kits with lures).

Using such pheromone lures is an economic, environmentally sound approach to either monitor or trap pests.

The lures in the traps must be replaced every 8-10 weeks to keep attraction rates high.

Shelf life - up to 2 years (optimum conditions). 

Orthotomicus erosus lure is a component of an insect trapping device that uses pheromones to lure these forestry pests into a trap.

The lure, in the form of the cellulose dispenser, containing Orthotomicus erosus pheromone, must be placed in a pheromone trap to be fully functional (traps can be bought separately or in kits with lures).

Using such pheromone lures is an economic, environmentally sound approach to either monitor or trap pests.

The lures in the traps must be replaced every 8-10 weeks to keep attraction rates high.

Shelf life - up to 2 years (optimum conditions).

Ostrinia nubilalis lure is a component of an insect trapping device that uses pheromones to lure European corn borers into a trap.

The lure, in the form of the rubber dispenser, containing Ostrinia nubilalis pheromone, must be placed in a pheromone trap to be fully functional (traps can be bought separately or in kits with lures).

Using such pheromone lures is an economic, environmentally sound approach to either monitor or trap these pests.

The lures in the traps must be replaced every 4-6 weeks to keep attraction rates high.

Shelf life - up to 2 years (optimum conditions).

Pityokteines curvidens lure is a component of an insect trapping device that uses pheromones to lure these forestry pests into a trap.

The lure, in the form of the cellulose dispenser, containing Pityokteines curvidens pheromone, must be placed in a pheromone trap to be fully functional (traps can be bought separately or in kits with lures).

Using such pheromone lures is an economic, environmentally sound approach to either monitor or trap pests.

The lures in the traps must be replaced every 8-10 weeks to keep attraction rates high.

Shelf life - up to 2 years (optimum conditions).

Plodia interpunctella lure is a component of an insect trapping device that uses pheromones to lure Indianmeal moths into a trap.

The lure, in the form of the rubber dispenser, containing Plodia interpunctella pheromone, must be placed in a pheromone trap to be fully functional (traps can be bought separately or in kits with lures).

Using such pheromone lures is an economic, environmentally sound approach to either monitor or trap these pests.

The lures in the traps must be replaced every 4-6 weeks to keep attraction rates high.

Shelf life - up to 2 years (optimum conditions). 

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Quadraspidiotus perniciosus lure is a component of an insect trapping device that uses pheromones to lure San Jose scale into a trap.

The lure, in the form of the rubber dispenser, containing Quadraspidiotus perniciosus pheromone, must be placed in a pheromone trap to be fully functional (traps can be bought separately or in kits with lures).

Using such pheromone lures is an economic, environmentally sound approach to either monitor or trap these pests.

The lures in the traps must be replaced every 4-6 weeks to keep attraction rates high.

Shelf life - up to 2 years (optimum conditions).

Rhagoletis cerasi lure is a component of an insect trapping device that uses attractants to lure Cherry Fruit flies into a trap.

The attractant, in the form of the PE sachet, containing Rhagoletis cerasi lure, must be placed in a pheromone trap to be fully functional (traps can be bought separately or in kits with lure).

Using such lure is an economic, environmentally sound approach to either monitor or trap these pests.

The lure in the traps must be replaced every 4-6 weeks to keep attraction rates high.

Shelf life - up to 2 years (optimum conditions).

Sitophilus oryzae lure is a component of an insect trapping device that uses pheromones to lure Rice weevils into a trap.

The lure, in the form of the rubber dispenser, containing Sitophilus oryzae pheromone, must be placed in a pheromone trap to be fully functional (traps can be bought separately or in kits with lures). 

Using such pheromone lures is an economic, environmentally sound approach to either monitor or trap these pests. 

The lures in the traps must be replaced every 4-6 weeks to keep attraction rates high.

Shelf life - up to 2 years (optimum conditions).