1.
Studies on regulation technology of lodging resistance in high quality edible rice;
优质食用稻抗倒伏调控栽培技术研究
2.
Genetic Effects of Main Heavy Metals and Their Interaction by Environment in Edible Rice Grain(Oryza Sativa L.);
食用稻米主要重金属元素含量的遗传及其与环境互作效应
3.
The Study on the Influence of the Cultivated Ecological Factors on Rice Yield and Rice Quality;
栽培生态因素对食用优质稻稻谷产量及稻米品质的影响研究
4.
Application Studies on the Evaluation of Rice Eating Quality with Mixolab
Mixolab在稻米食味品质检测上的应用研究
5.
Evaluation of the Predation of Natural Enemies in Rice Ecosystem with Monoclonal Antibodies;
应用单克隆抗体评价稻田天敌的捕食作用
6.
EVERY hectare of paddy fields in Asia provides enough rice to feed 27 people.
在亚洲，每公顷稻田提供足够27人食用的大米。
7.
annual or perennial rhizomatous marsh grasses; seed used for food; straw used for paper.
一年生或多年生根茎沼泽草；种子食用；稻草造纸。
8.
PRELIMINARY STUDY ON PREDATORY EFFECT OF PAEDERUS FUSCIPES CURTIS(COLEOP.: STAPHILINIDAE)
青翅蚁形隐翅虫对水稻害虫的捕食作用研究
9.
Studies of Testing and Regional Layout on Hight Quality Edibal Rices Varity;
食用优质稻品种的筛选、鉴定与区域布局研究
10.
Studies on the Biodegradation of Some Mushroom Strains on the Straw;
几种食用菌菌株对稻草的生物降解研究
11.
Studies on Eating Quality Improvement of Hybrid Rice Parents by Inducing Antisense-Waxy Gene;
利用反义蜡质基因改良杂交稻食味品质的研究
12.
Study on Improving the Tasting Quality of Rice by Co-transformation;
利用共转化法改良稻米食味品质的研究
13.
Feeding Safety and Functional Properties Study on Genetically Modified Rice with Double Antisense SBE Gene
转双反义SBE基因水稻的食用安全性及功效研究
14.
Study on Technique for Evaluating Predation on Planthoppers in Rice Ecosystem
天敌对稻飞虱捕食作用的评价方法研究
15.
Interference studies of alcohol extracts of the non-preferable plants on the population of brown plant hopper
非嗜食植物次生物质对褐稻虱种群的干扰作用
16.
Research and Application on New Rice Varieties for Food Saflety in China
保障我国粮食安全的水稻品种创新与应用研究
17.
EVALUATION OF HTE PREDATION OF NATURAL ENEMIES IN RICE ECOSYSTEM WITH MONOCLONAL ANTIBODIES:DEVELOPMENT AND APPLICATION OF MONOCLONAL ANTIBODIES AGAINST RICE PLANTHOPPERS AND COLLEMBOLA;
应用单克隆抗体评价稻田天敌的捕食作用——稻飞虱和弹尾虫单克隆抗体的制备及其应用
18.
Also the quality of rice can be improved through the adjustment of the seeding or heading stage.
其次，对优质水稻生产来说，改善栽培条件便可进一步提高稻米的食用品质。