Seed size- and density-related hidden treatments in common biodiversity experiments

Q. Guo
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引用次数: 7

Abstract

Aims With a few exceptions, most well-known field biodiversity experiments on ecosystem functioning have been conducted in plant communities (especially grasslands) in which different numbers of species are planted as treatments. In these experiments, investigators have either kept the total seed weight or seed number constant across treatment plots. However, although in some cases attempts have been made to randomly choose species for planting from a designated species pool, the issue of possible ‘hidden treatments’ remains unsolved. Particularly, the total and relative abundance among species and across treatments could still affect the results. This study aims to determine whether treatments related to planted seed abundance and seed size may contribute to observed productivity. Methods We re-analyzed data from four biodiversity experiments based on
常见生物多样性实验中与种子大小和密度相关的隐藏处理
除了少数例外,大多数著名的生态系统功能野外生物多样性试验都是在植物群落(特别是草地)中进行的,在这些植物群落中种植不同数量的物种作为处理。在这些实验中,研究人员在不同的处理地块上保持种子总重或种子数量不变。然而,尽管在某些情况下已经尝试从指定的物种池中随机选择物种进行种植,但可能的“隐藏处理”问题仍未得到解决。特别是,物种间和处理间的总丰度和相对丰度仍可能影响结果。本研究旨在确定与种植种子丰度和种子大小相关的处理是否有助于观察到的生产力。方法对4个生物多样性实验数据进行重新分析
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