Lithological controls on soil geochemistry regulate microbial carbon use efficiency and carbon storage

The data supporting the findings of the study titled "Lithological controls on soil geochemistry regulate microbial carbon use efficiency and carbon storage". lithology mediates the effects of soil aggregates and minerals on microbial carbon use efficiency and microbial necromass stability. Furthermore, despite high mineral abundance reduced microbial carbon use efficiency, it enhanced microbial necromass stabilization through organo-mineral associations.支撑题为《岩性调控土壤地球化学对微生物碳利用效率与碳储量的影响》的研究结论的数据显示：岩性可介导土壤团聚体与矿物对微生物碳利用效率（microbial carbon use efficiency）及微生物残体稳定性（microbial necromass stability）的调控效应。此外，尽管较高的矿物丰度会降低微生物碳利用效率，但该因素可通过有机-矿物结合作用（organo-mineral associations）强化微生物残体的稳定性。