1) hybrid rice
杂交稻谷
1.
Research on the character of rice milling technology of hybrid rice;
杂交稻谷的碾米工艺特性的研究
2.
Within the range of the rice breeds tested, we found the reasons for the larger paddy loss of the hybrid rice than the ordinary one.
本文作者就国产杂交稻谷和常规稻谷的物性对加工损失的影响进行了探讨。
2) Hybrid rice
杂交水稻
1.
SRI study on culturing density of hybrid rice Yixiang 1577 in the south of Sichuan province;
杂交水稻宜香1577在四川南部强化栽培密度研究
2.
Studies of the techniques for high-yield culture of Yixiang No.10-a hybrid rice breed with high quality and fragrance;
优质香型杂交水稻宜香10号高产栽培技术研究
3.
Effect of different nitrogen nutrition and soil water potential on physiological parameters and yield of hybrid rice;
不同土壤水势与氮素营养对杂交水稻生理特性和产量的影响
3) hybrid rice
杂交稻
1.
Evaluation of the effect of planted hybrid rice on methane emission from paddy field;
种植杂交稻对甲烷排放的影响及评价
2.
A 100-mu area demonstration of hybrid rice Teyou 233 and its super-high yield cultivation technology;
杂交稻特优233百亩连片生产示范与超高产栽培技术
3.
Biochemical mechanism of resistance of hybrid rices and their parents to rice blast;
杂交稻及其亲本抗瘟性的生化机制
4) Japonica hybrid rice
杂交粳稻
1.
Analysis of genetic effects of quality trait in japonica hybrid rice;
杂交粳稻品质性状遗传效应分析
2.
The yield of Japonica hybrid rice affected by impurity on the basis of CMS-D1;
滇型杂交粳稻可育株混杂对产量的影响
3.
Ploidy identification of two-seedlings per seed in F_2 generation of japonica hybrid rice(Oryza sativa L.);
杂交粳稻F_2代一粒双苗的倍性鉴定
5) mid-season hybrid rice
杂交中稻
1.
Effect of the amount of N application for bud development on the ratooning ability and in association with ratio of source to sink in mid-season hybrid rice;
促芽肥施用量对杂交中稻再生力的影响与组合间源库结构的关系
2.
Relationship between the efficient amount of nitrogen application for bud development and the source-sink structure at full heading stage of main crop in different amount of nitrogen application of main crop and ratooning rice was investigated using II-you 602 ,a mid-season hybrid rice combination.
以杂交中稻组合II优602为材料,通过头季稻不同施氮量塑造施促芽肥当时植株营养状况的差异,在此基础上分别设再生稻促芽肥施用量处理,探明了再生稻促芽肥高效施用量与头季稻齐穗期库源结构关系。
3.
Mid-season hybrid rice was regard as reserving ratooning rice at present in China,it is suitable local effective cultivation pattern which was used fully light hot resources of idle period in autumn and increased output,and it was the bigger application area in south rice area.
为探明杂交中稻再生力与头季稻农艺性状的关系,给强再生力品种(组合)的选择提供依据,选用229个杂交组合,经3次试验,再生力与头季稻性状的相关及通径分析表明:(1)能体现碳水化合物遗留量的成熟期单茎茎鞘干重,对再生力的直接效应最大或接近最大,两者呈极显著正相关,且其回归方程具较好的预测功能,故可将茎鞘干重作为衡量杂交中稻组合再生力的重要指标;(2)对群体生态环境影响较大的穴有效穗数,与再生力的简单负相关均不显著,偏相关却均极显著,直接效应亦较大,显示其是影响再生力的重要性状;(3)与再生力呈负相关的株高、剑叶长度、穗着粒数、穗实粒重、成熟期以及呈正相关的分蘖力,3次试验的效应均不一致,说明它们对再生力的影响不够稳定。
6) Hybrid japonica rice
杂交粳稻
1.
The paper reviewed the history of hybrid japonica rice development in China; analysed the status and the existing problems of of hybrid japonica rice.
本文回顾了我国杂交粳稻发展的历史,分析了发展的现状和存在的问题,并得出如下结论:杂交粳稻的研究力量分散,育种家之间缺乏交流及育种材料的创新机制不够健全是限制我国杂交粳稻发展的最主要原因;我国杂交粳稻快速发展的机遇已经到来。
2.
The new double cropping second season and single cropping varieties of hybrid japonica rice and conventional japonica rice in the regional trials of Zhejiang Province from 2001 to 2003 were chosen to compare in their major agronomic and economic characters.
通过对浙江省2001—2003年区域试验中杂交粳稻与常规粳稻主要性状的比较分析,认为杂交粳稻特别是单季杂交粳稻的产量优势明显,有较大的增产潜力。
3.
Through the background and current status of research of hybrid rice in northern China, the achievements and concerning problems in practice, the authors put forward five respects abvout the techniques in developing hybrid japonica rice in northern China.
通过对目前北方杂交粳稻科研、生产中所取得成果及存在问题的分析认为 :①丰富不育系类型 ,改善其生理特性 ;②降低两用系育性转换温度 ,在北方开发高温敏反向不育系 ;③选育形态倾籼、特异亲粳的高配合力强恢复系 ;④揭示杂交粳稻自身生理特性 ,开发相应的栽培技术 ;⑤注重杂交稻的生态效益这5个方面是北方杂交粳稻逐渐发展壮大的有力技术支持。
补充资料：稻谷芒
【通用名称】
稻谷芒
【其他名称】
稻谷芒 (《本草拾遗》)
【异名】
稻稳(《日华子本草》)，谷颖(《纲目》)。
【来源】
为禾本科植物稻的果实上的细芒刺。植物形态详"粳米"条。
【功用主治】
《本草拾遗》："主黄病身作金色，稻谷芒炒令黄，细研作末，酒服之。"
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条