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Optimizing photoassimilate synthesis,metabolism,and loading in cotton's“source-sink-flow”system by boron fertilizer management to increase boll weight 认领 引用
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作者 Cheng Wang Shanshan Wang +4 位作者 Yutian Zhang Wei Hu Wenqing Zhao Binglin Chen Zhiguo Zhou 《The Crop Journal》 SCIE CSCD 2026年第3期1028-1038,共11页
The objective of this study was to identify a boron(B)application strategy maximizing cotton yield.In a two-year experiment across two soil types with three B application rates,B availability significantly regulated b... The objective of this study was to identify a boron(B)application strategy maximizing cotton yield.In a two-year experiment across two soil types with three B application rates,B availability significantly regulated boll biomass accumulation rate in a 12-19-d post-anthesis window;B concentrations of 41-74 mg B kg-1 in leaves subtending bolls maximized boll weight;and moderate B application increased source-sink carbon flux by increasing net photosynthetic rate,sucrose biosynthesis,and phloem loading efficiency.Integrating these three findings will increase photoassimilate partitioning to reproductive sinks,boosting cotton yield and B-use efficiency. 展开更多
关键词 Leaf subtending the cotton boll Boll biomass kinetics Boron-regulated window Boron diagnosis Carbohydrate metabolism
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