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蚜茧蜂对麦蚜控制作用的初步研究
引用本文:刘爱芝,李世功.蚜茧蜂对麦蚜控制作用的初步研究[J].昆虫天敌,1999,21(2):61-64.
作者姓名:刘爱芝  李世功
作者单位:河南省农业科学院植物保护研究所!郑州,0450002,河南省农业科学院植物保护研究所!郑州,0450002
摘    要:本文应用二次通用旋转组合设计的方法进行了蚜茧蜂对麦蚜寄生能力的研究,得出了蚜茧蜂的寄生量模型:Y=91.40+43.62X1+20.27X2+7.25X1X2-16.83X1^2+3.43X2^2。并对模型进行了分析,表明对总寄生量的影响因素中麦蚜密度的大小大于蚜茧蜂本身密度的大小。在试验密度范围内,蚜虫和蚜茧蜂干扰作用不明显,且有相互促进的作用,但增加速度相同。

关 键 词:蚜茧蜂  蚜虫  寄生模型  寄生性天敌

PRELIMINARY STUDIES ON PARASITIZING ACTION OF APHIDIUS AUENAE AND A.GIFUENSIS ON MACROSIPHUM AVENAE
Liu Aizhi, Li Shigong.PRELIMINARY STUDIES ON PARASITIZING ACTION OF APHIDIUS AUENAE AND A.GIFUENSIS ON MACROSIPHUM AVENAE[J].Natural Enemies of Insects,1999,21(2):61-64.
Authors:Liu Aizhi  Li Shigong
Abstract:By using quadratic regression common rotation design, the parasitizing action of aphidparasites on wheat aphids was studied under the experimental condition. The parasition model ofaphid parasites to wheat aphids was obtained as: Y = 91.40 + 43. 62X1 + 2O. 27X2 + 7. 25X1X2 -16.83X + 3 .43X2. The control efficiency analyzing on this model indicated that increasing ofwheat aphid density has grater effect on total paratisic amount of aphid parasites than that of in-creasing of aphid parasites. Wheat aphids and aphid parasites have little interference in this experi-ment densities, they even promote each other, but the increase speed is the same.
Keywords:Quadratic regression common rotation design Aphid parasite Wheat aphid Parasization model
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