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Beneficial arthropod behavior mediated by airborne semiochemicals
Authors:Y. C. Drost  W. J. Lewis  J. H. Tumlinson
Affiliation:(1) European Parasite Laboratory, USDA, ARS, 17 rue de la Masse, 78910 Béhoust, Orgerus, France;(2) Insect Attractants, Behavior, and Basic Biology Research Laboratory, USDA, ARS, 32604 Gainesville, Florida;(3) Duty Station, P.O. Box 748, 31793 Tifton, Georgia
Abstract:Heliothis zea (Boddie) larvae fed cowpea seedlings produced volatile semiochemicals to whichMicroplitis demolitor Wilkinson responded in a wind tunnel. However, mostM. demolitor females reared fromH. zea larvae fed an artificial diet were not responsive at emergence to the same volatile semiochemicals. A preflight contact with frass fromH. zea fed cowpea was needed to stimulate a response of sustained flight in a wind tunnel. The most consistent flight response was 7–10 days postemergence. Response resulting from both antennal and ovipositor contact with host frass during preflight stimulation was no better than from antennal contact alone. Chilling the parasitoid pupae rendered most of the emerging females unresponsive to volatile semiochemicals.Hymenoptera: Braconidae.
Keywords:Microplitis demolitor  Hymenoptera  Braconidae  Heliothis zea  Lepidoptera  Noctuidae  Biological control  artificial diet  preflight behavior  wind tunnels  oviposition  age  chemosensory receptors  chilling pupae
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