The melon fly (Bactrocera cucurbitae) is a species of fruit fly that primarily affects cucurbit crops, including various vegetables like melons, cucumbers, squash, and pumpkins. The female melon fly lays eggs on the surface of the fruit, and upon hatching, the larvae (maggots) tunnel into the fruit, causing damage. The damage caused by infestation can weaken the fruit, leading to premature drop. This reduces the quality and yield of the crop. Melon fly infestations can have significant economic consequences for farmers like crop losses, decreased market value due to poor quality, and the cost of pest control measures can all contribute to financial losses.
The traps are available in two different sizes of 7 cm and 14 cm height which is attached to a pheromone sachet of different quantities of 1000 mg (2/acre) with five months longevity and 500 mg (3/acre) with three months longevity as per the requirement. These pheromones are coated with wax for the maximum field longevity. The active ingredient of the pheromone is Methyl eugenol. The pheromones are of shelf life 2 years from the manufacturing date. The plastic trap container is UV-protected so that it can withstand fluctuating climatic conditions. The trap consists of a transparent bottom of a cylindrical shape and a lid which protects the trap from water entering. These traps are reusable, and the pheromones are replaceable. Our product is produced specifically in such a way that it ensures the protection of crop production from melon fly infestation.
Pheromone Lure For : Bactrocera Cucurbitae (Melon Fly)
| Loading | 500mg / 1000mg |
| Field Viability | 150 / 60 Days |
| Trap Used | Agri. Fruit Fly Trap |
| Number Of Trap Per Acre | 2000 mg : 2 / Acre 1000 mg : 3 / Acre |
| Distance Between Traps | Uniform Distribution |
| Shelf Life | 2 Years |
| Target Crop | Cucurbitaceous Crops Like Gherkins, Pumpkins, Water Melons, Bitter Gourd, Snake Gourd, Bottle Gourd, Etc. |
The melon fly trap is designed in such a way that it can catch and retain more flies with the help of a pheromone. Female melon flies use their ovipositor to lay eggs on the surface of the fruit. They prefer to lay their eggs in ripe or ripening fruits. Upon hatching, the larvae burrow into the fruit, creating tunnels and feeding on the flesh. The feeding activity of the larvae can cause extensive damage to the internal structure of the fruit. The entry points created by the larvae provide opportunities for bacteria, fungi, and other pathogens to enter the fruit, leading to secondary infections. This can result in rotting and further deterioration of the affected vegetables. Our trap and pheromone are ecofriendly and nontoxic which will help to reduce the effect of melon fly and that will improve the productivity of your crop production. The traps are reusable, and pheromones are replaceable. The trap and pheromone have maintained their quality and are well-packaged with a user manual for the farmers. (life cycle of melon fly)
ALWAYS PLACE PHEROMONE TRAP TO THE CORNER OF THE FIELDAS THESE PHEROMONE TRAP ACTS AS A BARRICADE. ONCE THE TRAP IS INSTALLED, IT STARTS TO LURE THE INSECTS AND SO IT IS IMPORTANT TO HUNG OUTSIDE THE FILED.
A single female may lay as many as 1,000 eggs usually, Melon Flies lays eggs under the skin of the host fruit, Generally, found inside young, green, soft-skinned fruits tissues It inserts the eggs 2 to 4 mm deep in the fruit tissues, and the maggots feed inside the fruit. These eggs hatch into larvae, or maggots, which tunnel through the flesh of the fruit or other plant parts, subsequently fruit rots or becomes distorted. Young larvae leave the necrotic region and move to healthy tissue, where they often introduce various pathogens and hasten fruit decomposition. Thus, making it unfit for consumption. The developing larvae go through three stages. At maturity, the larvae drop from the plant and burrow two to three cm beneath the soil to pupate. Adults later emerge from this pupa and dig their way out of the soil. Breeding is continuous, with several generations possible annually.
Completion of the life cycle normally requires one to two months under
warm conditions but maybe five to six months under cooler conditions.
