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研究结果表明,茶长卷蛾Homona magnanima(鳞翅目,卷叶蛾科)各虫态及全世代的发育起点温度(C)和有效积温常数(K),以及预测式(N)分别为:卵期C=11.63±1.23(℃),K=100.24±9.99(日度)N=100.24±9.99/T-(11.63±1.23);幼虫期C=3.20±1.83(℃),K=634.08±56.46(日度),N=634.08±56.46/T-(3.20±1.83);蛹期C=10.40±1.74(℃),K=93.83±12.10(日度),N=93.83±12.10/T-(10.40±1.74);全世代C=6.37±1.14(℃),K=822.14±53.95(日度),N=822.14±53.95/T-(6.37±1.14);经推算验证,与各地实际发生世代数基本一致。
The results showed that the developmental starting temperature (C) and effective accumulated temperature constant (K) and the predictive formula (N) of Homona magnanima (Lepidoptera, Rolfidae) = 11.63 ± 1.23 (° C), K = 100.24 ± 9.99 (day) N = 100.24 ± 9.99 / T- (11.63 ± 1.23); larval period C = 3.20 ± 1.83 (° C), K = 634.08 ± 56.46 ), N = 634.08 ± 56.46 / T- (3.20 ± 1.83); pupal stage C = 10.40 ± 1.74 (° C), K = 93.83 ± 12.10 (day), N = 93.83 ± 12.10 / T- ; Generation C = 6.37 ± 1.14 (℃), K = 822.14 ± 53.95 (Japan), N = 822.14 ± 53.95 / T- (6.37 ± 1.14) .According to the calculation, it is basically consistent with the actual generations in different places.