通过对草地早熟禾的产量、草层结构及根系结构进行分析，表明了几乎在所有观测宜牧性状中，草地早熟禾均表现为良好的适宜特征。
Through analysing the yield, grass-layer structure, root system of the plant, many suitable characteristics were identified for its use in grazing pasture.
当生物炭添加量超过10.0%时，根系解剖结构性状指标也有下降趋势。
When the biochar added more than 10.0%, all the indexes of anatomical structure of root had a descending trend.
该文根据仿生学原理，仿照树木根须系统，提出了“根系仿生建筑抗震基础”的设想，以提高在地震烈度较高的地区房屋结构的抗震能力。
Based on principle of bionics, this paper introduces a design of root-bionic seismic foundation so as to enhance the seismic capability of structures in high seismic intensity area.
玉米、油菜和黑麦草等植物根系可直接活化和利用片麻岩和钾长石中的矿物结构钾。
Under P-stress, mobilization and utilization of structural K in gneiss and feldspar by maize Zea mays l.
冰凉花属于宿根植物，其根几乎终生为初生结构。一年生苗直根系的主根和侧根的初生木质部均为二原型。
Adonis amurensis is perennial herb, Its roots are nearly primary structure in the whole life, Primary Xylems of main root and lateral roots of one year seedling are diarch.
另外由于植物根系影响土壤结构与含水率，所以根系对土壤水势的影响也不可忽略。
In addition, plant root can also influence soil structure and water content, so the influence of plant root on the soil potential should not be neglected.
用干挖壕沟法研究了深沟施肥农艺措施对旱作苹果树根系的重量、结构和分布范围等的影响。
With the method of dry ditching, the paper studied the affection of deep ditch manuring measure to the weight, composition and distribution scope of apple root system.
研究结果表明，喀斯特地区土体渗透系数受土体结构、粒度成分、矿物成分以及植物根系影响。
The results showed that permeability of soil in karst area was effected by the soil structure, grain size composition, mineral composition and plant root.
为了保持玉米根系生长的自然状况，层网的结构是网格形状。
The structure of the layer net adopts a grid shape in order to maintain the natural condition of the corn root growth.
水分胁迫能显著影响柑橘叶片、根系细胞与叶绿体超微结构。
Water stress can significantly affect root, leaf and chloroplast ultra-structure.
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.
破坏土地结构，阻碍植物吸收水分及根系生长，影响农作物收成。
The destruction land structure, the hindrance plant absorption moisture content and the root system grows, affects the crops crop.
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.
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.
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…
产品的多孔性极大促进了植物的虚根系生长和发育，对树木有着极好的固定作用，同时克服了树木主根对建筑结构的破坏。
The porous nature of the virtual root greatly contributes to the growth and development of the plant so that it can enhance trees and overcome damage to buildings caused by main root of the trees.
产品的多孔性极大促进了植物的虚根系生长和发育，对树木有着极好的固定作用，同时克服了树木主根对建筑结构的破坏。
The porous nature of the virtual root greatly contributes to the growth and development of the plant so that it can enhance trees and overcome damage to buildings caused by main root of the trees.
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