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- Yoshida, Hiroe, et al. Show all 2 Author
- Field crops research 2010 v.117 no.1 pp. 122-130
- rice; Oryza sativa; leaf area index; model validation; nitrogen content; calibration; carbohydrates; nutrient uptake; grain yield; genotype; plant growth; simulation models; plant nutrition; cation exchange capacity; translocation (plant physiology); aerial parts; dry matter partitioning; climatic factors; root systems; nitrogen; genetic variation; Asia
- ... The objective of this study was to develop a whole-process model for explaining genotypic and environmental variations in the growth and yield of irrigated rice by incorporating a newly developed sub-model for plant nitrogen (N) uptake into a previously reported model for simulating growth and yield based on measured plant N. The N-uptake process model was developed based on two hypotheses: (1) th ...