作者: Zhenke Zhu , Tida Ge , Mouliang Xiao , Hongzhao Yuan , Tingting Wang
DOI: 10.1007/S11104-016-3005-Z
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摘要: Background and aims The cycling of photosynthate carbon (C) released in the rhizosphere has significant implications for C sequestration, microbial activities, nutrient availability soil. It is known that soil organic matter (SOM) content affects status, root growth, rhizodeposition, composition activity; however, effects SOM consequently fertility on belowground allocation dynamics photosynthetic remain unknown.