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論文資訊
- 類型：已發表論文
- 日期：2016-05-24
摘要
細菌l 代謝s are responsible for critical chemical transformations in nearly all environments, including oceans, freshwater, and soil. Despite the ubiquity of 細菌 in the atmosphere, little is known about the metabolic functioning of atmospheric 細菌l communities. To gain a better understanding of the 代謝 of 細菌l communities in the atmosphere, we used a combined empirical and model-based approach to investigate the structure and composition of potentially active 細菌l communities in air sampled at a high elevation research station. We found that the composition of the putatively active 細菌l community (assayed via rRNA) differed significantly from the total 細菌l community (assayed via rDNA). Rare taxa in the total (rDNA) community were disproportionately active relative to abundant taxa, and members of th
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