Modeling Trapping of Fruit Flies for Detection, Suppression, or Eradication

摘要: Models of insect trapping in general and fruit fly particular are reviewed. These include models for detection, suppression, eradication. detection areas attraction traps, probability capture insects probabilistic declaring that a species has either not yet invaded an area or been eradicated from the area. Dispersal is likely to have major role trapping, as it will bring into contact with more thus being trapped killed greater. Population dynamic mass-trapping suppression eradication indicate deployment attract kill devices effective if females targeted, such use food-based lures. If only males targeted effort deprive mates, rate must be very high, otherwise few remaining sufficient fertilize enough maintain population. Male mating prior deterrent success male annihilation approach. some also trapped, then outcome much optimistic. The concurrent release sterile insects, preferably when these less responsive attractant due pre-release exposure lure methyl eugenol, interacts synergistically easier both control methods used simultaneously rather than sequentially. A case study Bactrocera dorsalis (Hendel) presented relevant population equations parameter values. Methods calculation barrier width required exclude pests protected tentative results medflies.