Data for the microbial phosphorous acquisition strategies between active layer and permafrost deposits

Phosphorous (P) is essential for mediating plant and microbial growthand thus could impact carbon (C) cycle in permafrost ecosystem. Based on a large-scale survey along a ~1,000 km transect, we used shotgun metagenomics to explore soil microbial P acquisition strategies across the Tibetan alpine permafrost region in active layer (AL) and permafrost deposits (PL).Other information was shown in README.fileFor any further inquiries or assistance regarding the data, please feel free to contact [e-mail]<br>

磷（P）是调控植物与微生物生长的必需元素，因此可对多年冻土生态系统的碳（C）循环产生影响。本研究依托沿约1000公里样带开展的大规模野外调查，采用鸟枪宏基因组学（shotgun metagenomics）技术，解析了青藏高原高寒多年冻土区活动层（AL）与多年冻土沉积层（PL）中土壤微生物的磷获取策略。其余详细信息详见README文件。若需针对该数据集的进一步咨询或协助，请联系邮箱[e-mail]。