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1)  leaf photosynthetic traits
叶片光合性状
1.
Relationship of stem vasuclar bundle with leaf photosynthetic traits and ear development was studied for two kinds of plant density and nitrogen application.
在不同密度、施氮量处理下,研究了春玉米两种株型品种茎秆维管束与叶片光合性状和果穗发育的关系。
2)  Leaf Photosynthetic Characteristics
叶片光合性能
1.
Study on the Root Hydraulic Conductivity and the Leaf Photosynthetic Characteristics under Phosphorus Deficiency;
缺磷胁迫下植物根系水分导度与叶片光合性能的变化
3)  Photosynthesis in Leaves
叶片光合特性
4)  leaf traits
叶片性状
1.
The response of leaf traits of 14 plant species in typical steppe to the simulated rainfall;
典型草原14种植物叶片性状对模拟降雨变化的响应
2.
By employing a recombinant inbred line (RIL) population of 247 lines derived from an inidca indica cross Zhenshan 97B×Milyang 46,a linkage map consisting of 158 DNA markers was constructed and used for the determination of QTLs conditioning five leaf traits and root exudates.
与该群体产量性状QTL的研究结果相比较 ,发现控制叶片性状和根系活力的QTL与产量性状QTL往往处于相似的染色体区
5)  Leaf character
叶片性状
1.
Effects of different seeding date on leaf characters of Youyan No. 9;
油研九号分期播种的叶片性状变化及相关性研究
2.
When correlation analysis of main stem and leaf characteristic in each branch is cond.
回归分析二级侧枝的叶片性状与单株产量之间的关系,建立方程:Y=1。
3.
With the aid of Fuzzy Cluster Analysis, 22 Hainan main mango cultivars were divided into four classes according to their leaf characters including leaf shape, leaf length, leaf width, color of young leaf and leaf margin.
根据芒果的叶片性状变量(包括叶形、叶长、叶宽、嫩叶颜色和叶缘等5个方面),对海南22个芒果主栽品种运用模糊聚类的方法进行分析。
6)  leaf characteristics
叶片性状
1.
Q cluster analysis and R cluster analysis have been used to examine the 19 leaf characteristics from the 20 pumelo cultivars with SPSS software.
利用SPSS软件对柚类20个品种的19个叶片性状进行了Q型聚类及其R型聚类,结果表明,20个柚品种可分为4个组群;19个性状可以分为3个组群。
2.
Correlation analysis of leaf characteristics with seedling height and ground diameter reveals an extremely significant negative correlation between leaf shape index and leaf width,and an extremely significant positive correlation between leaf area and petiole length,and between leaf length and width.
以全国8省份19个种源的厚朴(Magnolia officinalis)幼苗为研究对象,测定了叶片性状及生长量。
补充资料:表光合强度(见光合强度)


表光合强度(见光合强度)
forecast of sowing or transplanting time

b iaoguanghe qiangdu表光合强度见光合强度
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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