Chinese researchers discover how climate affects microorganism in stabilizing carbon
People.cn,
CHANGSHA, Aug. 3 -- How is the microorganism's contribution to carbon sequestration in paddy soil relevant to the climate?
CHANGSHA, Aug. 3 -- How is the microorganism's contribution to carbon sequestration in paddy soil relevant to the climate?
CHANGSHA, Aug. 3 -- How is the microorganism's contribution to carbon sequestration in paddy soil relevant to the climate?
CHANGSHA -- How is the microorganism's contribution to carbon sequestration in paddy soil relevant to the climate? Chinese…
CHANGSHA, Aug. 3 (Xinhua) -- How is the microorganism's contribution to carbon sequestration in paddy soil relevant to the…
微生物可以通过合成代谢作用将不稳定的有机碳转化为自身细胞组成,通过细胞的生长和死亡过程最终以微生物残留物形式对稳定有机碳库有重要贡献,但真菌和细菌残留物在此过程中的贡献随气候带的改变不清楚。我国水稻土从北向南跨越中温带、暖温带、亚热带和热带四个气候区,不同气…