Abstract
Duration of development of azalea lace bug, Stephanitis pyrioides (Scott), measured at six temperatures ranged from ≈ 22 d at 30°C to 97 d at 15°C. Development was not successful at 33°C. Estimated threshold temperatures ( To ) and calculated thermal unit requirements ( K ) for development of egg, nymphal, and complete development were, respectively: 10.2, 12.2, 11.2°C and 213.1, 179.2, 394 degree-days (DD). Four generations of azalea lace bug occurred in central Georgia. Phenology of the first generation developing from overwintered eggs was closely predicted in the landscape using these parameters. A mymarid parasitoid, Anagrus sp., emerged from eggs collected at intervals during the season. Greatest parasitoid-induced mortality was observed in the overwintering generation.
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