Biological nitrogen fixation in paddy soils is driven by multiple edaphic factors and available phosphorus is the greatest contributor - HU, Tianlong; ZHANG, Yanhui; WANG, Hui; JIN, Haiyang; LIU, Benjuan; LIN, Zhibin; MA, Jing; WANG, Xiaojie; LIU, Qi; LIU, Hongtao; CHEN, Zhe; ZHOU, Rong; et al. (Pedosphere, 2024)
Keywords: available molybdenum; available soil nitrogen; cation exchange capacity; China; influencing factors; molybdenum; multiplicative effect; nitrogen; nitrogen fixation; paddies; paddy soils; phosphorus; rice; rice field; soil fertility; total nitrogen; China; influencing factors; available soil nitrogen; available molybdenum; rice field; soil fertility; multiplicative effect