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        CN 51-1193/Q


Effects of Plant Cyanide on Food Selection of Cathaica (Pliocathaica) orithyia
刘海纯, 杨冬梅, 陶双伦, 谢文华, 梁静, 李俊年*
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作者单位:吉首大学生物资源与环境科学学院, 湖南吉首416000
英文关键字:Cathaica (Pliocathaica) orithyia; herbivore; clover; cyanide; food selection
中文摘要:为验证植物氰化物能影响植食性动物的食物选择以及植食性动物的采食能诱导植物合成氰化物的假设,本研究分别在野外围栏和实验室内测定了宝石上华蜗牛Cathaica (Pliocathaica) orithyia对氰化物含量不同而其他营养成分相近的红三叶草Trifolium pratense和白三叶草T. repens的选择性,以及在宝石上华蜗牛的采食作用下,2种三叶草再生叶片中氰化物含量的变化。结果表明,无论在野外围栏还是在实验室条件下,宝石上华蜗牛均嗜食氰化物含量较低的红三叶草,而避食氰化物含量较高的白三叶草;实验个体对经其采食后的2种三叶草再生茎叶24 h的采食量较初次对三叶草24 h的采食量均显著降低;2种三叶草被宝石上华蜗牛取食后,其叶片中氰化物的含量均显著升高。因此,三叶草中的氰化物能有效阻遏宝石上华蜗牛对其采食,同时,宝石上华蜗牛的采食能诱导三叶草中氰化物的合成。
英文摘要:Plant chemical defense and the corresponding countermeasures of herbivores have become a focus of nutritional and evolutionary ecology. The plant chemical defense comprises quantitative and qualitative aspects. Cyanide is a qualitative defensive compound that is widely distributed in plants. Plant tissues damaged by herbivores will release hydrocyanic acid (HCN), a potent toxin to herbivores. To verify the hypothesis that plant cyanide may affect food selection of herbivores, and grazing by herbivores may induce the synthesis of cyanide in plants, we measured the selectivity of snail Cathaica (Pliocathaica) orithyia on red clover Trifolium pratense and white clover T. repens with different contents of cyanide but similar contents of nutrients under field enclosures or indoor laboratory conditions, moreover, the cyanide content in regenerative leaves of the clovers after grazing by snails was determined. The results showed that, when T. pratense and T. repens were simultaneously provided, C. (P.) orithyia preferred T. pratense with low cyanide contents over T. repens with high cyanide contents under field enclosures and laboratory conditions; the 24 h food intake of individuals on the regenerative stems and leaves of the clovers by snails was significantly decreased compared with that of the initial feeding; the content of cyanide in the clovers was significantly increased by snails' grazing. These results indicated that, cyanide can effectively inhibit the grazing by snails, at the mean time, the grazing by snails can induce the synthesis of cyanide in clovers.
2015,34(6): 910-915 收稿日期:2015-03-31
基金项目:湖南省科技计划项目(20120061); 国家自然科学基金面上项目(31460564); 吉首大学校级科研项目、吉首大学研究生科研创新项目(15JDY023; JGY201527)
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