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麻疯树柄细蛾交尾行为及雄虫对性信息素粗提物的触角电位反应

李庆 江南 杨群芳 周建华 肖银波 虞超

林业科学2011,Vol.47Issue(9):88-92,5.
林业科学2011,Vol.47Issue(9):88-92,5.

麻疯树柄细蛾交尾行为及雄虫对性信息素粗提物的触角电位反应

Mating Behavior and Male EAG Response to Crude Extracts of Sex Pheromones from Female Stomphastis thraustica

李庆 1江南 1杨群芳 1周建华 2肖银波 2虞超1

作者信息

  • 1. 四川农业大学农学院,雅安,625014
  • 2. 四川省林业科学研究院森林保护研究所,成都,610081
  • 折叠

摘要

Abstract

Stomphastis thraustica is a serious leaf miner in Jatropha curcas in this study, we investigated adult mating behavior, mating rhythm and male EAG response to crude extracts of sex pheromones from female S. Thraustica at (25 ± 1) ℃ with 16L: 8D light period. The results showed that both female and male of 1-day-old adults could mate, and the highest mating frequency reached to 70. 12% when the adults were all 1-day-old. The mating frequency decreased with increase of adults' age. The lowest mating frequency was only 5. 81% . However,the mating duration increased from 89. 33 min to 171. 67 min with increasing adults' age. Under the different illumination intensity, adults could mate regardless of the daily age. However, the mating frequency of 1-day-old adults increased from 53. 33% to 69. 40% with illumination strengthening. However different illumination intensity had not significant influence on mating duration of 4 and 5-day-old adults. The experiment of male EAG response to sex pheromones crude extracts showed that the hexane was the best solvent for extracting female sex pheromone among hexane, pentane, dichloromethane and diethyl ether. With the increase of male adults' daily age, the male EAG response to sex pheromones crude extracts decreased. The crude extracts from female sex pheromone glands were more active than that obtained by air collection. The lowest concentration of sex pheromones for consistent male EAG response was 10-3 FE·(10 Μl)-1 .

关键词

麻疯树柄细蛾/交尾/节律/性信息素/EAG

Key words

Stomphastis thraustica/ mating/ rhythm/ sex pheromone/ EAG

分类

农业科技

引用本文复制引用

李庆,江南,杨群芳,周建华,肖银波,虞超..麻疯树柄细蛾交尾行为及雄虫对性信息素粗提物的触角电位反应[J].林业科学,2011,47(9):88-92,5.

基金项目

科学技术部麻疯树生态系统健康影响与维持技术研究与示范项目(2007BA50B03-3). (2007BA50B03-3)

林业科学

OA北大核心CSCDCSTPCD

1001-7488

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