On the basis of the summarization of the researches of water-saving and high-yield wheat production, the paper brings forward the concept of optimal plant shape of wheat.
在总结小麦节水高产栽培相关研究的基础上，提出了节水高产小麦理想全株型概念。
The optimal plant shape includes optimal canopy structure and optimal root structure.
理想全株型包括理想冠层构型和理想根构型。
It is validated that the model is able to simulate real plant shape change truly and objectively.
通过验证，模型能较为真实、客观的模拟实际植株形态变化。
Dark green and glossy leaf, thick and white petiole, good plant shape, heat tolerance, good quality.
叶色深绿、叶柄洁白且宽厚、外型美观、耐热、品质佳。
Broad heritability of index of plant shape was low both during autumn breeding and during spring breeding.
株型指数在秋、春季的广义遗传力均较低。
Besides, it discusses the regulating and controlling techniques to create the optimal plant shape in water-saving and high-yield wheat production.
并对节水高产小麦理想全株型的调控技术进行了探讨。
In comparison with the controls, significant changes have been observed in the plant shape, leaf size and the shape and main nutrient components of the fruits.
与对照的母株相比，胚乳植株在株形、叶片大小、果实形态及果实的主要营养成分含量上都有较大的变化。
In comparison with the controls, significant changes have been observed in the plant shape, leaf size and the shape and main nutrient components of the fruits.
与对照的母株相比，胚乳植株在株形、叶片大小、果实形态及果实的主要营养成分含量上都有较大的变化。
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