莫斯科地区苹果蠹蛾(Cydia pomonella L.)生物生态学的一些特点

A. S. Zeynalov, D. Orel
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摘要

相关性。苹果蠹蛾(鳞翅目:蓟马科)是一种主要害虫,每年都会对苹果作物造成严重危害。在全球变暖的影响下,特定研究区域的生物生态环境发生了明显变化,如果不对这些区域的植食性害虫发展特点进行详细研究,就不可能建立有效的保护系统并确保其环境安全。研究对象是 C. pomonella。在研究落果中毛虫的年龄分级和出现时间时,使用了传统和独创的方法;在 MBS-10 型立体显微镜下使用带显微尺的目镜测量毛虫头囊的宽度。在实验室的特殊容器中,在自然光和室温(约 21 °C)条件下,研究了光周期对短日照条件下 C. pomonella 行为的影响。研究表明,并非所有的 C. pomonella 毛虫都能在最多一天内离开掉落的果实。经过三天对受损落果的挑选和分析,在 34.6%-35.5%的落果中发现了毛虫:18.3-28.3% - 五龄,18.3-30.2% - 四龄,28.3-47.9% - 三龄,13.2-14.1% - 二龄,1.4% - 一龄。在实验室中,在短日照条件下,根据多年的研究结果,10 月至 11 月间,在田间来不及结茧的末龄毛虫中,有 20-21.4% 的蝴蝶飞了出来。
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Some features of the bioecology of the apple moth Cydia pomonella L. in the conditions of the Moscow region
Relevance. Cydia pomonella L. (Lepidoptera: Tortricidae) is a dominant pest that annually causes significant damage to apple crops. Without a detailed study of the bioecological features of the development of the phytophage in specific study areas, which have undergone noticeable changes under the influence of global warming, it is impossible to build an effective protection system and ensure their environmental safety.Methods. The object of research is C. pomonella. When studying the age gradation and timing of the presence of caterpillars in fallen fruits, conventional and original methods were used; the width of the caterpillar head capsule was measured under an MBS-10 stereoscopic microscope using eyepieces with microscopic rulers. The study of the influence of the photoperiod on the behavior of C. pomonella under short day conditions was carried out in the laboratory in special containers, under natural light and at room temperature (about 21 °C).Results. Studies have shown that not all C. pomonella caterpillars leave fallen fruits within a maximum of one day. After three days of selection and analysis of fallen damaged fruits, caterpillars were found in 34.6–35.5% of them: 18.3–28.3% – age V, 18.3–30.2% – age IV, 28.3–47.9% – III age, 13.2–14.1% – II age, 1.4% – I age. In the laboratory, under short day conditions, according to the years of research, during October – November, 20–21.4% of butterflies flew out of the number of caterpillars of the last age that did not have time to form cocoons in the field.
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