1.
Physiological, Biochemical Responses and Signal Transduction in Roots from Upland Rice under Salt Stress;
旱稻根对盐胁迫的生理生化响应及信号转导
2.
Growth and Development and Expression Analysis of Genes in Different Upland Rice Roots under Water Deficit;
水分亏缺条件下旱稻根系发生发育及相关基因的表达分析
3.
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
4.
QTLs mapping on root traits of upland rice introgression lines at the jointing stage
旱稻渗入系拔节期根系性状QTL定位
5.
QTLs Mapping on Root Traits of Introgression Lines at Heading Stage
旱稻渗入系抽穗期根系性状QTL定位
6.
Genetic Analysis and Dynamic Developping and QTL Mapping Using RIL Populations Derived from Japonica Lowland and Upland Rice Cross;
水、旱稻RIL系根系动态发育的遗传分析及QTL定位
7.
The Response of Root, Photosynthesis and Antioxidant Enzyme to Drought Stress;
水稻根系、光合和抗氧化酶对干旱胁迫的反应
8.
Characteristics of Roots and Its Relationships with Drought Resistance in Rice Mini-core Germplasm Collections
水稻核心种质根系特征及其与抗旱性关系
9.
highland rice; upland rice; mountain rice
旱稻、高原稻,山地稻
10.
The root-shoot ratio of rice varieties ranges from0.05 to0.3 at heading, averaging about0.1 under drought condition.
干旱条件下，各水稻品种的根冠比在穗期介于0.05~.3之间，平均为0.1。
11.
Correlation and Path Analysis of Traits Related to Drought Resistance and Mapping Quantitative Trait Loci for Root Traits under Lowland and Upland Ecosystems in Rice (Oryza Sativa L.);
水、陆稻主要形态、生理性状抗旱分析及其根系性状的QTL定位
12.
Response of Antioxidant System to Drought and Heat Stress in Transgenic Rice Roots Carrying GST and CAT1
转GST和CAT1基因水稻根系抗氧化系统对干旱高温胁迫的响应(英文)
13.
Differential Global Genomic Changes in Response to Different Drought Stress in Two Rice Cultivars Root
全基因组表达分析不同耐旱性水稻根系对不同强度干旱胁迫反应研究
14.
Screening and Appraising of Drought Sensitive and Dwarf Mutant Lines Induced by Radiation in Developed Upland Rice;
改良旱稻敏旱及矮秆抗旱突变体的筛选与鉴定
15.
Preliminary Report on Transfer the Character of Drought Tolerance from Wild Rice to Cultivated Rice;
将野生稻耐旱特性转移到栽培稻初探
16.
Brazilian upland rice Aiba 9 was used as the control,comparison experiments of five new upland rice varieties such as Handao 502 and Handao 10 etc.
以巴西旱稻艾巴9号为对照,对旱稻502、旱稻10号等5个品种进行小区比较试验。
17.
Study on the Water Requirement of Paddy and Upland Rice and the Genetic Basis of Drought Tolerance at Reproductive Stage in Rice;
水、旱稻需水差异及后期抗旱性遗传研究
18.
Mapping QTLs Affecting Stigma Exsertion of "Huhan 1B" as a CMS Maitainer of Upland Hybrid Rice;
杂交旱稻保持系“沪旱1B”柱头外露率的QTL定位