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Enhanced growth of sagebrush (Artemisia tridentata) in response to manipulated ecosystem warming

机译:响应于受控的生态系统变暖,鼠尾草(Artemisia tridentata)的生长增强

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Global models project impending climate changes that could significantly alter plant species composition in ecosystems. Climate manipulation experiments provide an opportunity to investigate such effects. Here we describe and apply a method for extracting the age-detrended growth rate of sagebrush (Artemisia tridentata Nutt.) and show that experimental ecosystem warming enhances the growth rate of this shrub. Snowmelt date, not soil temperature or moisture, is demonstrated to be the dominant climate variable controlling the observed effect. Our findings suggest that global climate change will result in increased growth and range expansion of sagebrush near northern or high-elevation range boundaries in the Western United States. [References: 22]
机译:全球模型预测即将发生的气候变化可能会大大改变生态系统中的植物物种组成。气候操纵实验提供了研究此类影响的机会。在这里,我们描述并应用一种提取随年龄增长趋势的鼠尾草(Artemisia tridentata Nutt。)增长率的方法,并表明实验性的生态系统变暖可以提高这种灌木的增长率。融雪日期而不是土壤温度或湿度被证明是控制观测结果的主要气候变量。我们的研究结果表明,全球气候变化将导致艾草在美国西部北部或高海拔范围边界附近的增长和范围扩展。 [参考:22]

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