种间相互作用与作物根系形态变化具有密切关系。
There was close relationship between the interspecific interactions and the root morphological parameters.
根系形态和分布对土壤中养分和水分的吸收有重要影响。
Root morphology and distribution have an important influence on the absorption of water and nutrients in soil.
犬冠自然是首选的基牙的义齿由于其根系形态和骨的支持。
Natural canine crowns are preferred as abutments for removable partial dentures because of their root morphology and bony support.
采用盆栽试验，研究土壤水分与水稻秧苗根系形态建成的关系。
The relations between soil water content and the root system formation of rice seedlings were studied with pot experiments.
GREENLAB模型的原理可以应用于对作物根系形态结构和生物量分配的动态模拟；
The principle of GREENLAB plant model can apply to simulate morphology and biomass partitioning of crop root system.
盆栽试验研究了不同施磷水平的强酸性土壤上油菜幼苗根系形态特征及其对土壤磷素吸收。
Through pot culture, the author studied the formation characteristics of the root system of rape seedlings planted in strong acid soil and the absorption of phosphorus through the root system.
根据几何构造模型能够准确表达植物根系形态结构的特点，提出了一种植物根系三维建模方法。
According to the characteristics of geometrical modeling which can describe exactly the structural features of plant root systems, a method about modeling of plant root systems is proposed.
本文旨在从根系形态生理角度对葡萄根系形态的数字化研究作出努力，以揭示试验中根系的数字形态与葡萄树体关系。
This paper aimed to make efforts for numerical research of the grape root system morphology from the aspect of root system morphological physiology.
金钗石斛根系的形态及解剖学研究。
Researches on Morphology and Anatomy of Root System of Dendrobium nobile Lindl.
该结果表明，植物根系能影响根际中金属形态的变化，且菌根比无菌根的影响程度大。
These results illustrated that the plant roots could influence the distribution and dynamics of metal forms in rhizosphere, and much for mycorrhizal plants than for non mycorrhizal plants.
应用分形理论研究植物根系的形态结构特征和生理功能。
Fractal theory was used to investigate the configuration characteristic and physiological function of root system.
以粳型杂交稻及其亲本和常规品种为材料 ，在不同生育时期对其根系生长和形态特征进行比较研究。
Root developing trends and morphological characters in different growth stages were studied with japonica hybrid rice combination and its retainer and restorer and conventional varieties.
C815S及其同源株系具有理想的株叶形态和发达的根系。
C815S and its homologous plant lines had the ideal plant and leaf types and the developing root system.
第四章主要阐述玉米类作物的根系的动态的三维几何形态建模，可视化方法。
Chapter four explains the dynamic modeling and visualization for root system of Crops.
玉米根系分泌物中分布有线虫和生物体，根系表面分布有生物体，其形态与根系分泌物中生物体形态相似。
Nematode and unidentified organisms were seen on the slide from maize root exudates, while similar organisms were found on maize root surface.
结果：采用多层螺旋CT成像技术能够实现植物根系原位形态构型的定性观察和定量测量。
Results: The attempt to get in situ plant root images was made with using MSCT imaging technology and implemented visualization of plant root growing in different medium.
同是根系，皮层细胞中各细胞器形态结构变化的时间普遍早于中柱细胞。
In leaves the changes of organelle morphosis in spongy mesophylls were earlier than those in pal…
同是根系，皮层细胞中各细胞器形态结构变化的时间普遍早于中柱细胞。
In leaves the changes of organelle morphosis in spongy mesophylls were earlier than those in pal…
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