1)panicle weight穗重
1.On the basis of virtual experiment carried out by means of Rice Plant Type Design System(RPTDS),using modified rice population for field experiment and panicle weight model,the plant pattern for supper high yielding rice Shennong 265 was studied.在应用水稻株型设计系统(Rice Plant Type Design System,RPTDS)进行虚拟实验的基础上,结合在非自然群体中进行的田间实验以及穗重模型,对超级稻沈农265的田间配置方式进行了研究。
2.The correlation and QTL analysis on top three leaves and panicle weight as source-sink traits were conducted on 241 RIL population derived from an elite hybrid rice Shanyou 63.对水稻汕优63重组自交系群体顶部3张叶片的长、宽、重和单穗重等10个性状进行了相关分析和QTL定位。
3.The effect of seedling quantity and row spacing on the tillers and panicle weight of hybrid and conventional rice varieties was studied.通过插秧量与行距配置对杂交稻和常规稻分蘖及穗重的影响研究表明 ,不同插秧量对水稻茎蘖消长规律存在明显影响 ,插单苗的在整个分蘖过程中茎蘖量比插3苗的少 ,最终的成穗数明显要少。
英文短句/例句
1.The fresh ear yield was positive relation to the grain yield. The dynamic changing of fresh ear weight and fresh grain weight after silking was one-peak-curve.果穗鲜重随花后天数的增长表现为单峰型曲线,不同品种鲜穗重峰值与鲜穗产量正相关。
2.What a bumper harvest!The stalks are borne down with the weight of the rice ears.真是个大丰收!稻穗重得把稻杆都压弯了。
3.The Characteristics of Source-Transmit-Sink of the Different Panicle Weight Types of Rice;不同穗重类型水稻品种源、流、库特性的研究
4.Study on Yield and Quality of Different Panicle Weight Rice Varieties不同穗重型水稻品种产量与品质的研究
5.Finally,these changes lead to the bald degree of ears reduced,the grain number and weight per ear increased,and grain output per mu raised.最终导致果穗秃顶度减少,穗粒数与穗粒重增加,产量提高。
6.Studies on the Mechanism of Formation of Spike and Culture Regulation of Massive-Spike Type of Winter Wheat;重穗型小麦分蘖成穗机理及其栽培调控研究
7.ROLE OF GRAIN WEIGHT PER EAR IN WINTER WHEAT SUPERHIGH YIELD BREEDING穗粒重在冬小麦超高产育种中的作用
8.The Research of Segmentation of Mattress Market and Reposition of Symbol Mattress床垫市场细分研究及穗宝床垫重定位
9.Effect of pH on Cadmium Bio-sorption by Myriophyllum spicatumpH对穗花狐尾藻吸附重金属镉的影响
10.Influence of Low Temperature on Grain Weight during Booting and Grain Filling Period孕穗-灌浆期低温对水稻粒重的影响
11.There is fixed homologous mathematical relationship between the maize spike character and granule weight.玉米穗粒性状与穗粒重间均有固定的对应数学关系。
12.The characteristics of vascular bundle in the first internode and grain-filling of heavy panicle hybrid rice (HPHR) were studied.对重穗型杂交稻穗颈节间维管束特徵及其籽粒充实进行了研究。
13.The later application serves the functions of increasing grains/ ear and kernel weight.较晚施肥起到增加穗粒数和粒重的作用。
14.Ear Growth and Grain Filling Characteristics of Different Cultivars in Waxy Maize糯玉米不同品种的果穗增重与籽粒灌浆特性
15.2. Ear barren tip was an important character relevant to yield performance.2.玉米果穗秃尖是一个重要的产量相关性状。
16.The seed number and weight per ear increased by 24.2% and 26.77%,respectively.单穗粒数和粒重分别比对照增加24.2%和26.77%。
17.QTL Analyses for Head Smut and Major Correlated Traits in Maize;玉米抗丝黑穗病及重要相关性状的QTL分析
18.Operation of some important competitive sports events held in Shanghai,Beijing and Guangzhou;对沪、京、穗部分重大体育赛事运作的研究
相关短句/例句
Heavy Panicle Type重穗
3)grain yield per panicl株穗重
1.The inheritance of tiller,grain yield per panicle and tot.26 mg/kg,有效磷40 mg/kg)耐低磷鉴定,采用数量性状的主基因-多基因混合遗传模型,研究了水稻的分蘖、株穗重和总干重3个耐低磷指标性状的遗传,结果表明,分蘖、株穗重和总干重3个耐低磷指标性状在这个组合中都表现为一对主基因加多基因遗传和多基因遗传2种遗传模式。
4)Grain weight per panicle单穗粒重
1.MAA and MSA were used for delimiting the characteristic drift of grain weight per panicle (GWP) which was influenced by seeding time in rice.给出了物种种性漂移的定义 ,分析了物种机械学种性漂移、生物学种性漂移、遗传学种性漂移、气候学种性漂移和农艺学种性漂移的成因 ,提出了用于界定物种种性漂移的算术分析法和统计分析法 ,并用之对水稻单穗粒重性状因播期影响而发生的漂移进行了界定 ,还就诸如针对种性漂移所应采取的对策等问题进行了讨
5)heavy panicle重穗型
1.Characteristics of grain filling and coordination of source-sink for heavy panicle hybrid rice;重穗型杂交稻的籽粒灌浆特点及库源关系的协调
2.Shuhui 881, a heavy panicle indica japonica rice restorer line, is developed from the natural hybrid between the restorer line 6323, which is derived from the cross of two strong restorers Milyang 46 and Minghui 63, and japonica rice.首先用密阳 46作母本与明恢 6 3杂交选育出恢复系 6 32 3;然后从恢复系 6 32 3与粳稻天然杂交后代选育成籼粳亚种间重穗型恢复系蜀恢 881 ,其穗平重可达 4。
6)Ear growth果穗增重
延伸阅读
穗積陳重 日本最早的法学博士。同其弟穗積八束、其子穗積重遠,都是日本著名的法学家。1876年奉日本政府派遣留学英、德两国,深受英国实证主义法学、特别是英国古代法制史学家H.J.S.梅恩的影响。于1882年回国后,任东京帝国大学法学教授。1890年任贵族院敕选议员。1893年任法典调查会主任委员,参与民法、户籍法等立法及法典编纂工作,同年还担任法科大学校长。后历任帝国学士院院长、枢密院议长和临时法制审议会总裁等职。他是明治和大正时代的法学家,在日本立法和法学教育史上享有盛名。主要著作有《法典论》(1890)、《法国民法的未来》(1894)、《日本民法典:比较法学研究》(1920)、《法律进化论》(1924)等。