Data from Raczka et al., Interactions between microbial diversity and substrate chemistry determine the fate of carbon in soil, from Elizabeth Woods in Morgantown, West Virginia, USA

File types include: Soil respiration as 13C cumulative respiration from soil incubation experiment, qSIP (quantitative stable isotope probing) data that is "18S apes wide" which is the fungal atom percent excess or how much the fungi took up of the labeled litter and "16S apes wide" which is the bacterial atom percent excess or how much the bacteria took up of the labeled litter, metabolomic data from the incubated soil samples called "Metab Soil Unique Filtered", which is the metabolomic data that had an initial filter from the raw data, and lipidomic data from the incubated soil samples called "All lipids soil". These files were used according to methods in Raczka et al. 2021 Scientific Reports. Headers show soil type (Oak, Poplar) and litter type (also called substrate here, which is labeled as no litter (control), poplar, and oak). This research was done to understand interactions between ecosystem-level processes and microbial diversity that impacts the composition of decomposition products that can form stable soil organic matter.

文件类型包括：土壤培养实验中以13C累积呼吸形式呈现的土壤呼吸数据；qSIP（定量稳定同位素探测，quantitative stable isotope probing）数据，涵盖“18S宽幅原子百分超量”（即真菌原子百分超量，反映真菌对标记凋落物的吸收量）与“16S宽幅原子百分超量”（即细菌原子百分超量，反映细菌对标记凋落物的吸收量）；经原始数据初步过滤的土壤培养样品代谢组学数据（命名为“Metab Soil Unique Filtered”）；以及土壤培养样品脂质组学数据（命名为“All lipids soil”）。这些文件的使用方法遵循Raczka等人2021年发表于《科学报告》（Scientific Reports）的研究方法。表头包含土壤类型（橡树土、杨树木）与凋落物类型（此处亦称为底物，分为无凋落物对照组、杨树凋落物组及橡树凋落物组）。本研究旨在阐明生态系统尺度过程与微生物多样性之间的相互作用——此类相互作用会影响可形成稳定土壤有机质的分解产物的组成。