1.
Studies on Mechanism of High Phosphorus Use Efficiency of Low-Phosphorous Tolerance Corn (Zea Mays L.) Genotypes
耐低磷基因型玉米磷高效利用机理研究
2.
Studies on Screening of Rice (Oryza Sativa L.) Genotypes Tolerant to Low Phosphorus Stress and Its Adaptive Mechamism;
水稻耐低磷基因型的筛选及其适应机理研究
3.
The Research and Genetic Analysis of Phosphorus Efficiency and the Building of the Typic Genotype Database in Rice;
水稻耐低磷基因型磷营养和遗传特性研究及其数据库的建立
4.
Screening of the Efficienct Soybeans and the Foundation of the Testing System of the PM H～+-ATPase Gene Using Semi-RT PCR;
大豆耐低磷基因型的筛选及检测质膜H～+-ATPase基因半定量体系的建立
5.
The Research on Screening and Identifying of Low Phosphorus Telorant Genotype Maize and the Mechanism of Adapting to Low Phosphorus Stress Environment;
玉米耐低磷基因型筛选鉴定及其适应机理的研究
6.
The Research of Adaptability in Soils under Different Acidity and Second Screening of Mutants in Rice with Low Phosphorus Tolerance;
耐低磷水稻基因型土壤酸度适应性和耐低磷突变体复筛研究
7.
Screening of Stylosanthes guianensis Genotypes Tolerant to Low Phosphorus Stress on Acid Soil of South China
南方红壤地区耐低磷柱花草基因型筛选
8.
Study on Gene Mapping for Plant-Type, Photosynthetic and Physiological, and Phosphorus Deficiency Tolerant Traits Associated to Yield in Soybean [Glycine Max (L.) Merr.];
与产量有关的大豆株型、光合生理及耐低磷性状的基因定位
9.
Preliminary Research of Creep Mutant and Analysis of Genotypes of Rice Variety with Tolerance to Pi Deficiency;
水稻匍匐性状的研究和耐低磷品种间的基因型分析
10.
The Andean genotypes would not be readily utilized for their low yield potential in spite of their demonstrated ability of low phosphorus tolerance.
所以安第斯基因型虽有一定的耐低磷能力,但因其产量潜力较低而难以被直接利用。
11.
OsPTF1: A Novel Phosphorus-starvation Induced Transcription Factor Involved in Tolerance for Phosphorus Starvation in Rice (Oryza Sativa L.);
水稻耐低磷胁迫相关转录因子OsPTF1研究
12.
Physiological Responses of Different Genotypic Rice to Low Phosphorus Stress;
不同基因型水稻对低磷胁迫的生理响应
13.
Effect of Low Phosphorus Stress on Photosynthetic Characteristics of Different Wheat Genotypes
低磷胁迫对不同基因型小麦光合特性的影响
14.
EFFECT OF LOW PHOSPHORUS PRESS ON GRAIN P CONTENT AND CHARACTERS OF DIFFERENT MAIZE GENOTYPES
低磷胁迫下不同基因型玉米籽粒磷含量及品质性状分析
15.
Under high phosphorus conditions, however, the grain yield of the Andean genotypes was lower than that of the Mesoamerican genotypes.
然而,在高磷条件下,安第斯基因型的种子产量显著低于中美基因型。
16.
Study on the Characteristic of Absorbing Potassium and Ability of Tolerating Low Potassium(K) for Different Genotype Maize;
不同基因型玉米吸钾特性和耐低钾能力的研究
17.
Genetic Differences in Iron Nutrient Characteristic of Different Peanut Cultivars with Resistance to Iron Deficiency
不同耐低铁基因型花生铁营养特性的差异
18.
Genotypic Difference of Maize in Response to Phosphorus Deficiency and Its Physiological Adaptive Mechanism;
玉米对低磷反应的基因型差异及其生理机制研究