Data for Ecological differentiation among nitrous oxide reducers enhances temperature effects on riverine N2O emissions.xlsx

This study examines how clades of microbes responsible for N₂O reduction vary across river systems and how environmental factors like temperature and phosphorus influence these clades and their relationship with N₂O emissions. The research highlights both the often overlooked intra-clade differences and their significant impact on N₂O dynamics, alongside inter-clade differences. These findings enhance our understanding of N₂O reducers and their role in natural ecosystems.

本研究探讨了负责一氧化二氮（N₂O）还原的微生物进化枝在不同河流生态系统中的分布差异，以及温度、磷等环境因子如何影响这些进化枝及其与一氧化二氮排放的关联。本研究既凸显了常被忽视的进化枝内部差异及其对一氧化二氮动态过程的显著影响，也兼顾了进化枝间的差异。上述研究发现深化了学界对一氧化二氮还原微生物及其在自然生态系统中所起作用的认知。