The pattern of plant species diversity of Funiu Mountain Nature Reserve
We established experimental plots in representative areas in the Funiu Mountain nature reserve. We investigated plant communities in these plots to discern the pattern of species diversity distribution along the altitudinal gradient. We calculated alpha -diversity, beta -diversity, and gamma -divers...
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Veröffentlicht in: | Sheng tai xue bao 2010-11, Vol.30 (21), p.5790-5798 |
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description | We established experimental plots in representative areas in the Funiu Mountain nature reserve. We investigated plant communities in these plots to discern the pattern of species diversity distribution along the altitudinal gradient. We calculated alpha -diversity, beta -diversity, and gamma -diversity using the data thus collected. Alpha diversity of the tree layer peaks in the deciduous broadleaved mixed forest zone at mid-elevation, alpha diversity of the shrub layer increases gradually along the altitudinal gradient, while alpha diversity of the herb layer peaks in low altitude secondary forests and the mountaintop elfin forest. Beta diversity peaks twice, first at mid-elevations where the composition of edificatory species changes, then in areas near the mountaintop. Gamma diversity decreases along the altitudinal gradient. The highest species richness levels occur in areas below 700m and the mid-elevation deciduous broadleaved mixed forest. As elevation rises, Quercus variabilis forest gradually gives w |
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We investigated plant communities in these plots to discern the pattern of species diversity distribution along the altitudinal gradient. We calculated alpha -diversity, beta -diversity, and gamma -diversity using the data thus collected. Alpha diversity of the tree layer peaks in the deciduous broadleaved mixed forest zone at mid-elevation, alpha diversity of the shrub layer increases gradually along the altitudinal gradient, while alpha diversity of the herb layer peaks in low altitude secondary forests and the mountaintop elfin forest. Beta diversity peaks twice, first at mid-elevations where the composition of edificatory species changes, then in areas near the mountaintop. Gamma diversity decreases along the altitudinal gradient. The highest species richness levels occur in areas below 700m and the mid-elevation deciduous broadleaved mixed forest. 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We investigated plant communities in these plots to discern the pattern of species diversity distribution along the altitudinal gradient. We calculated alpha -diversity, beta -diversity, and gamma -diversity using the data thus collected. Alpha diversity of the tree layer peaks in the deciduous broadleaved mixed forest zone at mid-elevation, alpha diversity of the shrub layer increases gradually along the altitudinal gradient, while alpha diversity of the herb layer peaks in low altitude secondary forests and the mountaintop elfin forest. Beta diversity peaks twice, first at mid-elevations where the composition of edificatory species changes, then in areas near the mountaintop. Gamma diversity decreases along the altitudinal gradient. The highest species richness levels occur in areas below 700m and the mid-elevation deciduous broadleaved mixed forest. 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subjects | Beta Elevation Forests Herbs Mountains Nature reserves Quercus Trees VAR |
title | The pattern of plant species diversity of Funiu Mountain Nature Reserve |
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