Small-scale species richness of plant communities with similar biomass: the influence of habitat types in the context of historical hypothesis (Western Caucasus and Ciscaucasia, Black and Azov Seas, Russia)
V. Akatov, D. Afanasyev, T. V. Akatova, S. Chefranov, T. G. Eskina, E. G. Sushkova
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引用次数: 1
Abstract
We compared the species richness of the plant communities of different habitats on different sites of the biomass gradient. The analysis was based on data on 1089 above-ground biomass samples taken from the sites 0.25 m2 of terrestrial herbaceous communities of the Western Caucasus and Ciscaucasia (30–2800 m a.s.l.) and 317 samples taken from the same sites of the macrophytobenthos of the Black and Azov Seas (0.5–10 m depth). Results showed that a certain amount of biomass, sampled in communities of different types, includes, on average, a significantly different number of species. Thus, among terrestrial plant communities, highmountain communities of the Western Caucasus are characterized by the highest species richness in most ranges of the biomass gradient; communities of herb layer of shaded forests – on the contrary, the lowest richness. The macrophytobenthos of the Black Sea is characterized by lower species richness than most of the terrestrial communities, but higher species richness than the benthic communities of the Azov Sea. We showed that significant difference in the small-scale species richness of these communities can be plausibly explained by the peculiarities of their history.
比较了不同生境下不同立地植物群落的物种丰富度。该分析基于在西高加索和顺高加索0.25 m2陆生草本群落(30-2800 m a.s.l)和黑海和亚速海大型底栖植物相同地点(0.5-10 m深度)采集的1089个地上生物量样本的数据。结果表明:在不同类型群落取样的一定生物量中,平均包含的物种数量有显著差异。因此,在陆生植物群落中,在生物量梯度的大部分范围内,西高加索高山群落的物种丰富度最高;相反,草本层群落丰富度最低。黑海大型底栖植物群落的物种丰富度低于大多数陆地群落,但高于亚速海底栖生物群落。我们发现,这些群落的小尺度物种丰富度的显著差异可以用其历史的特殊性来合理解释。
期刊介绍:
Botanica Pacifica (BP) publishes peer-reviewed, significant research of interest to a wide audience of plant scientists in all areas of plant biology (structure, function, development, diversity, genetics, evolution, systematics), all levels of organization (molecular to ecosystem), and all plant groups and allied organisms (cyanobacteria, fungi, and lichens). BP requires authors to frame their research questions and discuss their results in terms of contemporary problems of plant biology. While the geographic focus of the journal is the Pacific region, research submissions that demonstrate clear linkages with other regions are welcome. BP aims to foster the exchange of research ideas between countries with diverse cultures and languages.