全球变化
光合作用
环境科学
碳纤维
碳循环
碳通量
生物
气候变化
植物
生态学
生态系统
计算机科学
算法
复合数
作者
Fangping Li,Ting Qing,Fuzhong Wu,Kai Yue,Jingjing Zhu,Xiangyin Ni
摘要
There may be trade-offs in the allocation patterns of recent photosynthetic carbon (RPC) allocation in response to environmental changes, with a greater proportion of RPC being directed towards compartments experiencing limited resource availability. Alternatively, the allocation of RPC could shift from sources to sinks as plants processing excess photosynthates. It prompts the question: Does the pattern of RPC allocation vary under global changes? If so, is this variation driven by optimal or by residual C allocation strategies? We conducted a meta-analysis by complicating 273 pairwise observations from 55 articles with
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