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Effects of soil type and composition of rhizodeposits on rhizosphere priming phenomena

机译:土壤类型和根际沉积物的组成对根际启动现象的影响

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摘要

Inputs of fresh plant-derived C may stimulate microbially-mediated turnover of soil organic matter (SOM) in the rhizosphere. But studies of such 'priming' effects in artificial systems often produce conflicting results, depending on such variables as rates of substrate addition, substrate composition, whether pure compounds or mixtures of substrates are used, and whether the addition is pulsed or continuous. Studies in planted systems are less common, but also produce apparently conflicting results, and the mechanisms of these effects are poorly understood.
机译:新鲜植物来源的碳的输入可能会刺激微生物介导的根际土壤有机质(SOM)的更新。但是,在人工系统中对这种“引发”效应的研究通常会产生矛盾的结果,具体取决于诸如底物添加速率,底物组成,是否使用纯底物或底物混合物以及添加是脉冲式还是连续式等变量。在种植系统中进行的研究较少见,但也产生了明显矛盾的结果,并且对这些作用的机理了解甚少。

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