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隐藏的新热带地区生物多样性:大于其各部分之和。

Hidden neotropical diversity: greater than the sum of its parts.

作者信息

Condon Marty A, Scheffer Sonja J, Lewis Matthew L, Swensen Susan M

机构信息

Department of Biology, Cornell College, Mount Vernon, IA 52314, USA.

出版信息

Science. 2008 May 16;320(5878):928-31. doi: 10.1126/science.1155832.

Abstract

The diversity of tropical herbivorous insects has been explained as a direct function of plant species diversity. Testing that explanation, we reared 2857 flies from flowers and seeds of 24 species of plants from 34 neotropical sites. Samples yielded 52 morphologically similar species of flies and documented highly conserved patterns of specificity to host taxa and host parts. Widespread species of plants can support 13 species of flies. Within single populations of plants, we typically found one or more fly species specific to female flowers and multiple specialists on male flowers. We suggest that neotropical herbivorous insect diversity is not simply a function of plant taxonomic and architectural diversity, but also reflects the geographic distribution of hosts and the age and area of the neotropics.

摘要

热带食草昆虫的多样性被解释为植物物种多样性的直接函数。为验证这一解释,我们从新热带地区34个地点的24种植物的花朵和种子中饲养了2857只苍蝇。样本产生了52种形态相似的苍蝇物种,并记录了对寄主类群和寄主部位高度保守的特异性模式。分布广泛的植物物种可以支持13种苍蝇。在单一植物种群中,我们通常会发现一种或多种特定于雌花的苍蝇物种以及多种雄花专性苍蝇。我们认为,新热带地区食草昆虫的多样性不仅是植物分类学和结构多样性的函数,还反映了寄主的地理分布以及新热带地区的年龄和面积。

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