大烟山国家公园云杉林中的植被、生物量和氮池

E. Pauley, S. Nodvin, N. Nicholas, A. Rose, T. B. Coffey, E. Drawer, T. Valley
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引用次数: 28

摘要

位于靠近溪流的低海拔东坡上。云杉含活层氮71%,冷杉含活层氮不足2%。云杉叶片生物量仅占总生物量的6%,但针叶氮含量却占总氮含量的37%。总体而言,一些物种的分布反映了众所周知的景观格局(例如,冷杉的重要性随着海拔的升高而增加);其他树种(如云杉和桦树)的分布反映了较小尺度的地形和可能的扰动导向模式。流域足够大,可以涵盖多个空间尺度的植被格局,所有这些都将影响氮的储存和动态。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Vegetation, biomass, and nitrogen pools in a spruce-fir forest of the Great Smoky Mountains National Park1
high on low-elevation east-facing slopes near streams. Picea contained 71% of the live overstory N, while Abies contained less than 2%. Although Picea foliage comprised only 6% of live biomass, 37% of the total N content was in Picea needles. Overall, some species distributions reflect well-known landscape patterns (e.g., increasing Abies importance with elevation); distributions of other species (e.g., Picea and Betula) reflect smaller-scale topographic and possibly disturbance-oriented patterns. The watershed is large enough to encompass vegetation patterns at several spatial scales, all of which will influence N storage and dynamics.
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