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专食性和广食性食草动物对一种化学防御施加相反的选择作用。

Specialist and generalist herbivores exert opposing selection on a chemical defense.

作者信息

Lankau Richard A

机构信息

Section of Evolution and Ecology, University of California, Davis, Davis, CA 95616, USA.

出版信息

New Phytol. 2007;175(1):176-184. doi: 10.1111/j.1469-8137.2007.02090.x.

DOI:10.1111/j.1469-8137.2007.02090.x
PMID:17547677
Abstract
  • Plant defense traits often show high levels of genetic variation, despite clear impacts on plant fitness. This variation may be partly maintained by trade-offs in the defense against multiple herbivore species, for example between generalists and coevolved specialists. Despite a long-standing discussion in the literature on the subject, no study to date has specifically manipulated specialist and generalist herbivores independently of one another to determine whether the two guilds exert opposing selection pressures on specific defensive traits. * In two separate experiments, the dominant specialist and generalist herbivores of Brassica nigra were independently manipulated to test whether the composition of the herbivore community altered the direction of selection on a major defensive trait of the plant, sinigrin concentration. * It was found that generalist damage was negatively correlated but specialist loads were positively correlated with increasing sinigrin concentrations; and sinigrin concentration was favored when specialists were removed, disfavored (past an intermediate point) when generalists were removed and selectively neutral when plants faced both generalists and specialists.
摘要
  • 尽管植物防御性状对植物适合度有明显影响,但往往表现出高水平的遗传变异。这种变异可能部分是由在抵御多种食草动物物种时的权衡所维持的,例如在泛食性动物和协同进化的专食性动物之间。尽管文献中对此主题进行了长期讨论,但迄今为止,尚无研究专门独立操纵专食性和泛食性食草动物,以确定这两个类群是否对特定防御性状施加相反的选择压力。* 在两个独立实验中,分别操纵了黑芥的优势专食性和泛食性食草动物,以测试食草动物群落的组成是否改变了对植物主要防御性状(芥子油苷浓度)的选择方向。* 研究发现,泛食性动物造成的损害与芥子油苷浓度增加呈负相关,而专食性动物的数量与芥子油苷浓度增加呈正相关;去除专食性动物时,芥子油苷浓度受到青睐,去除泛食性动物时(超过一个中间点)则不受青睐,而当植物同时面对泛食性和专食性动物时,芥子油苷浓度则表现为选择性中性。

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