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Enhancing photosynthetic traits and source-sink relationships through organic fertilizer substitution to improve maize radiation use efficiency and yield stability under reduced irrigation

delete2026-07-22
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PRE
AI
王
王飞儿 (Feier Wang)
P
Pan Li
H
Hailong Qiu
X
Xinyuan Ma
J
Jing Zhu
Z
Zhilong Fan
F
Falong Hu
Q
Qiang Chai
H
Heyu Chen
M
Mohamed Abdalla
W
Wen Yin *
G
Gary Gan *
DOI：10.1016/j.fcr.2026.110641delete
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Abstract

Abstract

En 中文
• Organic fertilizer substitution of 25% chemical N under reduced irrigation (I1F2). • I1F2 increases maize root function and optimizes canopy architecture. • I1F2 enhances net photosynthetic rate and leaf chlorophyll fluorescence. • I1F2 improves enzyme activity of carbon-nitrogen and source-sink translocation. • I1F2 maximizes maize grain yield, yield stability, and radiation use efficiency.

Journal

Field Crops Research cover
Field Crops Research
IF:
6.4
Papers:
6.4K
Citations:
2.8W

Organization

U
university of aberdeen
Scholars:
1.1K
Papers: 610
Citations: 0
G
gansu agricultural university
Scholars:
1.9K
Papers: 477
Citations: 0
W
wenzhou university
Scholars:
1.7K
Papers: 607
Citations: 1
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