Furth D G, Young D A
Division of Entomology, Peabody Museum, Yale University, 06511, New Haven, CT, USA.
L.H. Bailey Hortorium, Cornell University, 14853, Ithaca, NY, USA.
Oecologia. 1988 Jan;74(4):496-500. doi: 10.1007/BF00380045.
Eighteen leaf flavonoid compounds were isolated from several populations of Rhus tripartita from xeric habitats in Israel, ornamental Schinus terebinthifolius from Israel, and three species of Rhus (vulgaris, natalensis, tenuinervis) from mesic habitats in Kenya. Foodplant preference testing of Rhus-feeding Leaf Beetles (Blepharida sacra from Israel and B. marginalis and B. conradsi from Kenya) correlated well with the flavonoid composition of the different foodplants. Blepharida sacra and B. marginalis foodplant preferences demonstrated an herbivore sibling relationship but there is evidence, including foodplant ecology and distribution, that they are separate species. The herbivorefoodplant coevolution of the xeric B. sacra-R. tripartita is distinct from that of the mesic B. marginalis-R. vulgaris/natalensis, however, this study also indicates possible ancestral relationships between the herbivore species as well as between the plant species.
从以色列干旱栖息地的几个三叶漆种群、以色列的观赏植物巴西胡椒以及肯尼亚湿润栖息地的三种漆树(普通漆树、纳塔尔漆树、细脉漆树)中分离出了18种叶黄酮化合物。以漆树为食的叶甲虫(来自以色列的神圣叶甲以及来自肯尼亚的边缘叶甲和康氏叶甲)对食物植物的偏好测试与不同食物植物的黄酮类成分密切相关。神圣叶甲和边缘叶甲对食物植物的偏好表明它们是食草动物中的近亲关系,但有证据表明,包括食物植物生态学和分布情况,它们是不同的物种。干旱地区的神圣叶甲 - 三叶漆的食草动物 - 食物植物协同进化与湿润地区的边缘叶甲 - 普通漆树/纳塔尔漆树的协同进化不同,然而,这项研究也表明了食草动物物种之间以及植物物种之间可能存在的祖先关系。