首页> 美国卫生研究院文献>Journal of Insect Science >Biology of the Chalcid Wasp Megastimus wachtli and Its Relationship to Colonization of Cypress Seeds by the Tortricid Moth Pseudococcyx tessulatana in Algeria
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Biology of the Chalcid Wasp Megastimus wachtli and Its Relationship to Colonization of Cypress Seeds by the Tortricid Moth Pseudococcyx tessulatana in Algeria

机译:阿尔科尼亚黄蜂黄Mega蜂的生物学及其与of虫定殖的柏树种子定殖的关系

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摘要

The biology of Megastimus wachtli Seitner (Hymenoptera: Torymidae) was found to be similar to other species of Megastigmus. During the period of flight that lasted six weeks from the beginning of September to mid-October, M. wachtli laid eggs in cypress (Cupressus sempervirens L., Pinales: Cupressaceae) cones and showed preferences for oviposition on particular sites on cones. M. wachtli has a high potential for colonization because it has evolutionary advantages due to its developmental possibilities including its capacity for parthenogenesis, its fecundity and longevity. It generally did not attack cones colonized by the torticid moth, Pseudococcyx tessulatana (Lepidoptera: Tortricidae). The competition between these species for use of cypress cones suggests that they use different strategies for different species of cypress. The number of insects that could develop relative to the number of cones available also varies between species of cypress.
机译:人们发现Megastimus wachtli Seitner(膜翅目:To科)的生物学与其他Megastigmus物种相似。在从9月初到10月中旬的持续六周的飞行期间,瓦赫里氏菌在卵柏(Cupressus sempervirens L.,Pinales:Cupressaceae)锥中产卵,并表现出对特定部位锥虫产卵的偏爱。 wachtli具有很高的定殖潜力,因为它具有进化优势,包括单性生殖能力,繁殖力和寿命,具有进化优势。它通常不攻击由类蝇蛾(Pseudococcyx tessulatana)(鳞翅目:Tortricidae)定居的视锥细胞。这些物种之间使用柏树锥的竞争表明,它们对不同种类的柏树使用不同的策略。相对于可用的视锥细胞数量而言,可能发育的昆虫数量在各种柏树之间也有所不同。

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