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Homogeneous light in shade-house experiment overestimates carbon gains in Norway maple seedlings

机译:遮阴棚实验中的均匀光高估了挪威枫树幼苗的碳吸收

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摘要

We set up a shade-house experiment with Norway maple growing at two light intensities typical of a disturbed and undisturbed forest canopy from either a homogeneous or a dynamic regime that mimics sunflecks. We show that although horticultural-grade shade-cloths can be finely tuned to provide daily averages of any light intensity, they do not appropriately mimic natural forest understories which are characterized by dynamic light environments composed of intense but short direct light events interspaced with prolonged period of low diffuse light. The results suggest that replicating the dynamic light environment of forests could be very important in experiments aimed at identifying the traits responsible for invasiveness in exotic species in forest understories, such as Norway maple in North America.
机译:我们建立了一个遮荫屋实验,其中挪威枫树在两种光强度下生长,这是受干扰和不受干扰的森林冠层的典型特征,它来自模仿日斑的均匀或动态状态。我们显示,尽管可以对园艺级遮阳布进行微调以提供任何光照强度的每日平均值,但它们并不能适当地模仿自然森林的林下树木,其特征是动态的光照环境,该光照环境由强烈但短暂的直接光照事件组成,且间隔较长时间低漫射光。结果表明,复制森林的动态光照环境在旨在确定造成林下物种(例如北美的挪威枫树)外来物种入侵的特征的实验中可能非常重要。

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