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[Establishment and application of photosynthetic production model for double cropping rice].

Yan da Li, Shifu Shu, Li Cai Chen, Chun Ye, Peng Wan, Kang Jun Wang, Jun Bao Huang

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Abstract

, 14.6% and 0.9772, respectively. It was indicated that the model had a performance. The upper erect and lower flat plant type had highest canopy daily photosynthate due to higher incident sun light received on the leaf surface, leaf photosynthetic efficiency and leaf area index.

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, 14.6% and 0.9772, respectively. It was indicated that the model had a performance. The upper erect and lower flat plant type had highest canopy daily photosynthate due to higher incident sun light received on the leaf surface, leaf photosynthetic efficiency and leaf area index.

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Available abstract

, 14.6% and 0.9772, respectively. It was indicated that the model had a performance. The upper erect and lower flat plant type had highest canopy daily photosynthate due to higher incident sun light received on the leaf surface, leaf photosynthetic efficiency and leaf area index.

Key concepts: Canopy, Leaf area index, Photosynthesis, Dry matter, Mathematics, Coefficient of determination, Agronomy, Mean squared error

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