1.
Research on the Expression Pattern of OsWNK in Rice Root Tissue
水稻WNK mRNA在水稻根中的表达
2.
The Effect of Pathogenic-Fungi Toxin of Rice Blast on Living Cells of Rice Root-Cap
稻瘟病毒素对水稻根冠活细胞的影响
3.
Identification of Nematodes in Rice Root and Pathogenicity of Rice-root Nematode and Root-knot Nematode to Rice;
水稻根部线虫鉴定及潜根线虫根结线虫对水稻的致病性
4.
Microarray Analysis of Transcriptome in Rice Roots under Fe-Deficiency Stress;
缺铁水稻根转录本微点阵（Microarray）的分析
5.
Relationship between cpt1 Gene and the Negative Phototropism in Rice Roots
cpt1基因与水稻根负向光性运动的关系
6.
Research on Rice Roots Distribution and Water Uptake Model in Water-saving Irrigation Conditions;
节水灌溉水稻根系分布特征及吸水模型研究
7.
Influence of No Tillage on Root Growth and Rhizosphere Environment in Rice Ⅲ Influence of No Tillage on pH and Nutrient Contents in Rice Root Rhizosphere
免耕对水稻根系生长及根际环境的影响Ⅲ 免耕对水稻根际pH和养分含量的影响
8.
Influence of no Tillage on Root Growth and Rhizosphere Environment in Rice(Ⅱ) Influence of no Tillage on Activities of Antioxidant Enzymes in Root
免耕对水稻根系生长及根际环境的影响(Ⅱ) 免耕对水稻根系保护酶活性的影响
9.
Effect of Water-saving Irrigation on Dry Matter and Nitrogen Content of Rice Root
节水灌溉对水稻根系干物质量和含氮量的影响
10.
Influence of No Tillage on Root Growth and Rhizosphere Environment in RiceⅠ. Influence of No Tillage on Dry Matter Production and Grain Yield in Rice
免耕对水稻根系生长及根际环境的影响Ⅰ. 免耕对水稻干物质生产及产量的影响
11.
The Regulation Mechanism of Rice Root Growth and Development Mediated by OsRMC;
OsRMC基因调控水稻根生长发育的机理研究
12.
Study of Root Lodging Characteristics and Potassium Regulations of No-tillage Cast-transplanting Rice;
免耕抛秧水稻根倒伏特性及钾肥调控研究
13.
root porosity of rice varieties
水稻品种根的孔隙性
14.
A drowning man will catch at a straw.
溺水者遇见一根稻草也要设法抓
15.
Research on Characteristics of Nitrification in Rhizosphere Soil Growing with Different Rice Cultivars;
不同水稻品种根际土壤硝化特征研究
16.
Studies on growth characteristics of rice root system under dry cultivation(0ryza sativa L.);
水稻旱作条件下根系生长特性的研究
17.
Functional Analysis of OsTUA2 for Development of Lateral Root Primordia in Rice
OsTUA2对水稻侧根原基发育的功能研究
18.
The old root absorbed more than 60% of the required water, nitrogen, phosphorus and potassium of rice plants, while the new roots did less than 40%.
老根吸收60%以上水稻所需的水分、氮、磷和钾，而新根只吸收不到40%。