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Temperature sensitivity of young and old soil carbon - Same soil, slight differences in 13C natural abundance method, inconsistent results

机译:新老土壤碳的温度敏感性-同一土壤,13C自然丰度方法略有差异,结果不一致

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摘要

Predictions of future climate change critically depend on the temperature sensitivity of soil organic carbon decomposition. One question of debate is whether temperature sensitivity differs between young or labile and old or more stable carbon pools. We re-analysed soil that has previously led to the conclusion that old soil carbon is more temperature sensitive. The re-analysis gave different results compared to the earlier study, most likely due to small differences in an otherwise very similar experimental approach. This study illustrates how conclusions may depend upon details of the experimental setting.
机译:对未来气候变化的预测关键取决于土壤有机碳分解的温度敏感性。争论的一个问题是,温度敏感度在年轻的或不稳定的与较旧的或更稳定的碳库之间是否有所不同。我们重新分析了以前得出结论的土壤,即旧土壤碳对温度更敏感。与之前的研究相比,重新分析得出的结果不同,这很可能是由于在其他方面非常相似的实验方法中的微小差异所致。这项研究说明了结论如何取决于实验环境的细节。

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