This results showed that the developmental duration of Liriomyza huidobrensis(Blanchard) was different in various temperature. When the temperature was raised and the duration became short. Under 10℃,15℃,20℃,25℃,30℃,the developmental duration took turns: 71.8 d，47.5 d，33.7 d，16.3 d，14.1 d. The developmental zero and effective accumulative temperatures of Liriomyza huidobrensis, they were detected as (11.5±2.8)℃ and 39.98±10.6 day-degress for egg,(7.6±3.2)℃ and 45.5±10.4 day-degree for 1st instar larva,(8.8±4.3)℃ and 29.44±3.9 day-degree for 2nd instar larva,(10.3±2.9)℃ and 21.57±5.5 day-degree for 3rd instar larva,(5.3±2.1)℃ and 169.9±22.4 day-degree for the pupa, and 12.7℃ and 30.0 day-degree for the adult, respectively. The relationship between the developmental duration and temperatures were described by six regression equations，this result could be applied to predict the occurrence period，theinstar of larva, developmental,duration,effective accumulative temperature。
HE Cheng xing, TAO Yao ming, WANG Lu zhe .Studies on the Developmental Duration and Effective Accumulative Temperatures of Liriomyza huidobrensis on Broad Bean[J] Journal of Yunnan Agricultural University, 2000,V15(4): 330-332
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