查询词典 wheat-straw

The dominant male sterility was expressed normally in the new Taigu genic sterile wheat carrying the intergenomically translocated Ms2, and the female fertility mechanism in its male sterile plants was normal as well. Observation of the chromosome configuration at meiosis of pollen mother cells of the young ears of the sterile plants showed that they were euploid plants (2n=42). No configurations different from those of the Taigu geneic sterility gene located at the original locus were noticed of the Ms2 intergenomically translocated back into the common wheat.

所获携带易组Ms2基因的新型太谷核不育小麦其显性雄性不育特性表达正常，且雄性不育株的雌性可育机制正常，对不育株幼穗花粉母细胞减数分裂期染色体构型的观察可见其为整倍体(2n=42)，尚未发现回归普通小麦的易组太谷核不育基因与原位点的太谷核不育基因有不同的表型。

The wheat sharp eyespot, caused by Rhizoctonia cerealis Vander Hoeven, is one of the major wheat diseases in our country.

小麦纹枯病是我国小麦的主要病害之一，近年来发病面积广，为害严重。

Tauschii varieties. The diversification analysis of Ae. tauschiis resistance to wheat sharp eyespot according to the relative resestance index of four phases revealed that, seventy-six varieties have a higher resistance to R. cerealis and would be used in wheat engineering in future. Investigating the resistance of Ae.

并根据所有供试材料在不同生长期和不同年份的相对抗病指数，对所调查的材料进行抗性多样性聚类分析，综合分析得出共有76份材料表现为较强的纹枯病抗性，是我国小麦改良育种很好的纹枯病菌抗源。

Based on the analysis of wheat production resources in China by using factor loading matrix theory, this paper builds the factor analysis models and ascertains the factors that influence the general output of wheat and their effect weight.

摘要在分析我国小麦生产资源的基础上，采用因子载荷矩阵理论，通过构建因子分析模型，确定了影响小麦总产量的各因子及其影响权重。

To study ecological control of wheat strip rust by intercropping of wheat and faba bean,field studies were conducted at 3 locations representing different ecological regions.

另外，作者通过对6个不同抗性水平的小麦品种进行不同组合的随机等量混播，系统调查了各品种净作田和多品种混播田小麦条锈病的病情发展动态。

The O2 concentration field of a cylindrical soil bed with winter wheat growing is obtained by means of steady numerical simulation, which shows that the soil O2 concentration has a close relation to the growing stage of the winter wheat, the porosity of the soil and the height of the soil bed , et al.

建立了一个描述土壤中热、湿、气耦合迁移的数学模型，对有冬小麦生长的圆柱形土壤床中的氧气浓度场进行了数值模拟。

Phase 1 started with field pea followed by spring wheat whereas phase 2 started with spring wheat followed by field pea.The objectives of this thesis are:1 to quantitatively analyze effects of soil chemical,physical and biological properties on soil quality and productivity under different tillage systems and the driving factors for the changes of soil quality under tillage in a long-term,2 to select the best soil quality assessment indicators,and 3 to establish soil quality assessment models that are suitable for the erodible environment of semi-arid region on the Loess Plateau.

通过分析3个轮作周期不同耕作方式下土壤理化性质、生物性质和生产力对土壤质量的影响，阐明长期耕作过程中土壤质量的演变特征及其驱动因子，筛选出适宜于黄土高原半干旱区侵蚀环境下土壤质量评价的代表性指标；并综合前人的研究，结合区域特点，建立适宜于黄土高原半干旱区侵蚀环境的土壤质量评价模型。

Wheat gliadins composition can be regarded as finger-print for varietal identification. The method of isolation and identification for wheat gliadin are SPAGE, RP-HPLC and CE techniques, three of them are complementary, CE is the most powerful tool.

小麦醇溶蛋白组成可以作为小麦品种鉴定的指纹图谱，其分离方法有酸性电泳、反相高压液相色谱和毛细管电泳等手段，3种方法相互补充，而CE分辨率最高。

3During 15 to 30 days after anthesis,the CHL content of the wheat flagleaf decrease promptly,and there are significant differences between CTW and WTW.Thedecreasing rates of the CHL of CTW are lower than that of WTW.Similar results are foundin the WSP content of flag leaf.The MDA content of the wheat flag leaf increase exponen-tially along with the DAA.

开花后15～30天，小麦旗叶叶绿素含量迅速下降，冷型小麦旗叶CHL分解缓慢、CHL稳定时间长；小麦开花后旗叶可溶性蛋白质含量迅速下降，不同温型小麦的下降速度有别，冷型小麦下降速度慢，结果导致从开花后15天开始，冷型小麦WSP含量高明显高于暖型小麦；小麦旗叶丙二醛含量在开花后随天数的增加而呈指数增长，在整个籽粒形成和灌浆期，冷型小麦MDA含量均低于暖型小麦，从花后12天开始，不同温型小麦之间MDA含量的差距越来越大。

I combined 2 recipes, 100% Whole Wheat with Olive Oil and 100% Whole Wheat with Flaxseed.

我合并2食谱，100％和100％橄榄油与亚麻籽全麦全麦。

She gently rebuff ed him, but agreed that they could be friends

她婉言拒绝了，但同意作为朋友相处。

If in the penal farm, you were sure to be criticized.

要是在劳改农场，你等着挨绳子吧！