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Influence of Genetic Variation in Oak Leaf Roller Pupae and Their Host Plants on Body Sizes of Their Parasitoids,Itoplectis maculator(Fabricius, 1775)

机译:橡树卷叶and及其寄主植物的遗传变异对拟南芥mac体寄生虫体型的影响(Fabricius,1775)

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Variation in sizes of parasitoidsItoplectis maculatorF. (Hymenoptera, Ichneumonidae) were studied in respect to their genetic variation as well as to the genetic variations in their host insect (Tortrix viridanaL.) pupae and their host plant (Quercus pubescensWilld). The data obtained have shown that the interactions between genotypes of parasitoids and their host insects contribute up to 49%, and interaction between genotypes of parasitoids and oaks contributes up to 28% to the total variation in the parasitoid body sizes. As the parasitoid body size is fitness related, we may conclude that fitness of a parasitoid depends on not only its genotype but also on genotypes of its host insects and even the tree on which the host insects have developed. As a result the genotypes of representatives of the studied food chain links were found to be stochastically associated.
机译:拟寄生虫大小的变化(Hymenoptera,Ichneumonidae)就它们的遗传变异以及寄主昆虫(Tortrix viridanaL。)and和寄主植物(Quercus pubescensWilld)的遗传变异进行了研究。获得的数据表明,寄生虫基因型与其寄主昆虫之间的相互作用最多占49%,而寄生虫和橡树基因型之间的相互作用最多占寄生虫体型总变异的28%。由于拟寄生虫的体型与适应性有关,我们可以得出结论,拟寄生虫的适应性不仅取决于其基因型,而且还取决于其寄主昆虫甚至寄主昆虫在其上发育的树的基因型。结果,发现所研究的食物链链接的代表的基因型是随机相关的。

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