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A positive relationship between the abundance of ammonia oxidizing archaea and natural abundance delta N-15 of ecosystems

机译:氨氧化古菌的丰度与生态系统自然丰度δN-15的正相关

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摘要

We present a significant relationship between the natural abundance isotopic composition of ecosystem pools and the abundance of a microbial gene. Natural abundance N-15 of soils and soil DNA were analysed and compared with archaeal ammonia oxidizer abundance along an elevation gradient in northern Arizona and along a substrate age gradient in Hawai'i. There was a significant positive correlation between the abundance of archaeal amoA genes and natural abundance delta N-15 of total soil or DNA suggesting that ammonia oxidizing archaea play an important role in ecosystem N release.
机译:我们提出生态系统池的自然丰度同位素组成和微生物基因的丰度之间的重要关系。分析了土壤和土壤DNA的自然丰度N-15,并将其与亚利桑那州北部的海拔梯度和夏威夷州的基质年龄梯度的古氨氧化氧化剂的丰度进行了比较。古土壤amoA基因的丰度与土壤或DNA的自然丰度δN-15之间存在显着的正相关关系,这表明氨氧化古细菌在生态系统氮释放中起重要作用。

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