How to recognize and combat moths in fruit

Fruit moths belong primarily to different species of Lepidoptera whose larvae feed on plant tissues and can cause direct damage and significant production losses. Among the most agriculturally important species are various moths from the families Tortricidae, Pyralidae, Gelechiidae, and other Lepidoptera families. The adults are small to medium-sized moths that reproduce and lay their eggs on fruits, leaves, shoots, or structures near the crop, depending on the species. After hatching, the larvae are responsible for most of the damage. Newly hatched larvae can move across the fruit's surface before penetrating the tissues, entering directly through vulnerable areas or taking advantage of wounds and small lesions. Once inside, they excavate galleries and feed on the pulp, seeds, or other internal structures. During their development, they go through several larval stages, progressively increasing in size and feeding capacity. Mature larvae generally leave the fruit or seek a sheltered place to pupate. Pupation can occur in the soil, among plant debris, under the bark, in crevices, on plant structures, in rolled leaves, or even on equipment and materials near the crop, depending on the species. After pupating, the adult emerges, reproduces, and lays new eggs. Depending on the species and climatic conditions, several generations can occur during a single growing season, allowing populations to increase rapidly when temperatures are favorable and susceptible fruit is plentiful. Some species spend unfavorable periods as eggs, larvae, pupae, or adults in sheltered locations, resuming activity later when environmental conditions are suitable. Adult dispersal occurs primarily by flight, while eggs, larvae, and pupae can be accidentally transported on contaminated fruit, plant material, boxes, packaging, machinery, and other materials. High temperatures within the appropriate range for each species can accelerate development and reduce the time required to complete a generation. The continuous availability of fruit, the absence of control measures, and favorable environmental conditions can favor overlapping generations and increasing pest pressure during the season.