1.
Detoxification of Organic Acid against Pollution Rice Plant for Pb and Cd
有机酸对Pb·Cd污染水稻植株的解毒作用
2.
Current Research Advances on Plant Hormones and Regulation of Plant Development by Plant Hormones in Rice
植物激素及其对水稻植株发育调控的研究进展
3.
Metabolic Profiling of Two Rice Cultivars with Distinct Susceptibility to RSV
不同抗性水稻植株感染RSV后的代谢轮廓分析
4.
Comparative studies on stem anatomical structure of rice plants with various ploidy level
不同倍性水稻植株茎解剖结构比较研究
5.
Rice Plant Methane Emission Estimated Model Based on Principal Component Analysis
基于主成分分析水稻植株CH_4排放估算模型
6.
Design and Realization of Virtual Growth Visualization System for Rice Plant
水稻植株虚拟生长可视化系统设计及其实现
7.
Analysis of nitrogen sources in vivo plants during the production of hybrid rice in southern Sichuan province
四川南部杂交水稻植株体内氮素来源分析
8.
Effects of Cd~(2+) Stress on Plant Growth and Leaves Physiological Activity of Rice
镉对水稻植株生长和叶片生理活性的影响
9.
Pyramiding Xa21 and fgr in Rice by Marker-assisted Selection
利用分子标记辅助选择双基因Xa21和fgr水稻植株
10.
Effects of Various Nitrogen Treatments on Rice Seedlings Growth, Caryopses Development and Ripening Grains Qualities;
不同施氮处理对水稻植株生长、颖果发育和稻米品质的影响
11.
Behaviour response of Anagrus nilaparvatae (Pang et Wang) to rice plants treated with imidacloprid
稻虱缨小蜂对吡虫啉处理的水稻植株挥发物的行为反应
12.
Effects of Water and Fertilizer Managements on Content and Distribution of Phosphorus in Different Parts of Rice Plants
水肥调控对水稻植株不同部位磷素含量及分配的影响
13.
Deep rooting of rice plant made easy to absorb more nutrients from deep soil layers, and protected the plant from lodging at reproductive stage.
深根水稻植株从深层土壤中吸收更多养分、保护植株在生殖生长阶段不倒伏。
14.
Synergist could also increase tiller capability and dry weight accumulation of rice.
配方肥增效剂能提高水稻植株的分蘖能力，增加干物质积累量。
15.
Rice Plant and Paddy Soil Influence Methane Emission and Their Quantitative Model;
水稻植株和土壤对CH_4排放的影响及定量模型研究
16.
Determination of Body s Moisture Content of Paddy and Corn Based on Visible Light Image;
水稻及玉米植株含水率的可见光图像检测
17.
STUDY ON ENHANCING MUTAGENIC EFFICACY BY IRRADIATING RICE PLANT BEFORE EAR DIFFERENTIATION
水稻幼穗分化前照射植株提高诱变效果的研究
18.
Effect of Silicon on the Plant Regeneration System of Rice Mutants Har-bouring Ac/Ds in vitro
硅对离体培养水稻Ac/Ds植株再生的影响