Plant Shape II 态II
new plant shape 新株型
crop plant shape 作物株型
maize plant shape 玉米株型
plant shape feature 株形特征
optimal plant shape 理想全株型
Suitable plant shape 适宜苗态
plant-shape breeding 株型育种
Plant shape simulation 植物形态模拟
Under the dosage of 7× 1017/cm2 N+, 5 distinct mutation plants in M2 were found. They had thin leaves, long flowers and outstanding variations in the plant shape and fruit shape.
并且，在7×1017N+／cm2剂量条件下在M2世代的群体内发现5株十分突出的变异单株，它们表现出细叶型和长花瓣的特征，株型和果形已经发生明显变异，其特征特性现在已经稳定遗传到第五代。
参考来源 - 超低能离子束注入番茄种子后的生物学效应研究Taken the plant unit as object, it has three dimensions and visualization functions,which can reflect the true plant shape structure and gain the parallel process result of the plant scircadian zoology and shape structure.
它是以植物个体为对象，具有三维效果和可视化的功能，生成的植物可以反映现实植物的形态结构，并能获得植物生理生态过程和形态结构的并行过程的共同结果。
参考来源 - 基于L·2,447,543篇论文数据，部分数据来源于NoteExpress
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。
Small and exquisite plant shape, dark green and winkless leaf, white petiole, good quality.
晚抽薹、株型小巧紧凑、叶色深绿、叶面皱缩、叶柄洁白、品质佳。
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。
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