The Experts below are selected from a list of 10644 Experts worldwide ranked by ideXlab platform
Hei Leung - One of the best experts on this subject based on the ideXlab platform.
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Genome-wide association study of seedling stage salinity tolerance in temperate Japonica Rice germplasm.
BMC genetics, 2018Co-Authors: Dariga Batayeva, Benedick Labaco, B.n. Usenbekov, A.b. Rysbekova, Gulzhamal Dyuskalieva, Georgina V. Vergara, Russell F. Reinke, Hei LeungAbstract:Salinity has a significant impact on Rice production in coastal, arid and semi-arid areas in many countries, including countries growing temperate Rice, such as Kazakhstan. Recently, the complete genomes of 3000 Rice accessions were sequenced through the 3 K Rice genome project, and this set included 203 temperate Japonica Rice accessions. To identify salinity-tolerant germplasm and related genes for developing new salinity-tolerant breeding lines for the temperate Japonica Rice growing regions, we evaluated the seedling stage salinity tolerance of these sequenced temperate Japonica Rice accessions, and conducted genome-wide association studies (GWAS) for a series of salinity tolerance related traits. There were 27 accessions performed well (SES
Dariga Batayeva - One of the best experts on this subject based on the ideXlab platform.
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Genome-wide association study of seedling stage salinity tolerance in temperate Japonica Rice germplasm.
BMC genetics, 2018Co-Authors: Dariga Batayeva, Benedick Labaco, B.n. Usenbekov, A.b. Rysbekova, Gulzhamal Dyuskalieva, Georgina V. Vergara, Russell F. Reinke, Hei LeungAbstract:Salinity has a significant impact on Rice production in coastal, arid and semi-arid areas in many countries, including countries growing temperate Rice, such as Kazakhstan. Recently, the complete genomes of 3000 Rice accessions were sequenced through the 3 K Rice genome project, and this set included 203 temperate Japonica Rice accessions. To identify salinity-tolerant germplasm and related genes for developing new salinity-tolerant breeding lines for the temperate Japonica Rice growing regions, we evaluated the seedling stage salinity tolerance of these sequenced temperate Japonica Rice accessions, and conducted genome-wide association studies (GWAS) for a series of salinity tolerance related traits. There were 27 accessions performed well (SES
Xu Zheng-jin - One of the best experts on this subject based on the ideXlab platform.
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Initial Research on Lodging Resistance in Super High-Yielding Japonica Rice Cultivars
2008Co-Authors: Xu Zheng-jinAbstract:Using super high-yielding Japonica Rice cultivars which were bred in Rice Institute of Shenyang Agricultural University as materials,the lodging resistance ability and characteristics related to lodging were studied.The results showed that about 30 days after heading is the particular stage when the lodging occurs easily.There was a significant positive correlation between height of culm and lodging index.The characteristics of basal elongating internodes had closely relation to lodging resistance.The number of vascular bundle and thick wall cell layers,starch and solubility sugar content in culm all had influence with lodging resistance.Lodging resistance ability of super high-yielding Japonica Rice cultivars Shennong 265 and Shennong 9741 were better than that of conventional Japonica Rice varieties Liaojing 294 and Liaojing 371.
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Current Situation and Trends in Production of Japonica Rice in China
Journal of Shenyang Agricultural University, 2006Co-Authors: Xu Zheng-jinAbstract:Current situation and trends in production of Japonica Rice in China were discussed.Authors believed that the production of Japonica Rice in northern China plays a key role in food safety and social stability.So it is urgently needed to improve Japonica Rice production and furthermore increase the total grain yield.Further analysis revealed that the only way for increasing total Rice production is through increasing productivity by means of improving science and technology,instead of widening the planting area,which has limited potential.To increase the output of Japonica Rice,the efficient way is through breeding and popularizing the super Rice,and improving the middle and low yielding landraces.Furthermore,strategies for increasing production of Japonica Rice in northeast China,which will influence the trends in Japonica Rice market were also discussed.
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Developing Status and Prospect of Hybrid Japonica Rice in Northern China
Journal of Shenyang Agricultural University, 2002Co-Authors: Xu Zheng-jinAbstract:The necessary of developing hybrid Rice in northern China was analyzed.Through the background and current status of research of hybrid Rice in northern China, the achievements and concerning problems in practice, the authors put forward five respects abvout the techniques in developing hybrid Japonica Rice in northern China. ① enriching the type of sterile lines, increasing the physiological characters; ② lowing the critical sterility-inducing temperature, the exploitation of high TGMS-lines in northern China; ③ the breeding of strong restorer lines with characters of indicaclinous morphology, wide copatibility with Japonica Rice; ④ the disclosing of physiological characters of hybrid Japonica Rice,the exploitation of corresponding cultivation techniques; ⑤ the ecological profits of developing hybrid Japonica Rice. The five respects were the technique propellents in developing hybrid Japonica Rice in northern China.
Georgina V. Vergara - One of the best experts on this subject based on the ideXlab platform.
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Genome-wide association study of seedling stage salinity tolerance in temperate Japonica Rice germplasm.
BMC genetics, 2018Co-Authors: Dariga Batayeva, Benedick Labaco, B.n. Usenbekov, A.b. Rysbekova, Gulzhamal Dyuskalieva, Georgina V. Vergara, Russell F. Reinke, Hei LeungAbstract:Salinity has a significant impact on Rice production in coastal, arid and semi-arid areas in many countries, including countries growing temperate Rice, such as Kazakhstan. Recently, the complete genomes of 3000 Rice accessions were sequenced through the 3 K Rice genome project, and this set included 203 temperate Japonica Rice accessions. To identify salinity-tolerant germplasm and related genes for developing new salinity-tolerant breeding lines for the temperate Japonica Rice growing regions, we evaluated the seedling stage salinity tolerance of these sequenced temperate Japonica Rice accessions, and conducted genome-wide association studies (GWAS) for a series of salinity tolerance related traits. There were 27 accessions performed well (SES
B.n. Usenbekov - One of the best experts on this subject based on the ideXlab platform.
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Genome-wide association study of seedling stage salinity tolerance in temperate Japonica Rice germplasm.
BMC genetics, 2018Co-Authors: Dariga Batayeva, Benedick Labaco, B.n. Usenbekov, A.b. Rysbekova, Gulzhamal Dyuskalieva, Georgina V. Vergara, Russell F. Reinke, Hei LeungAbstract:Salinity has a significant impact on Rice production in coastal, arid and semi-arid areas in many countries, including countries growing temperate Rice, such as Kazakhstan. Recently, the complete genomes of 3000 Rice accessions were sequenced through the 3 K Rice genome project, and this set included 203 temperate Japonica Rice accessions. To identify salinity-tolerant germplasm and related genes for developing new salinity-tolerant breeding lines for the temperate Japonica Rice growing regions, we evaluated the seedling stage salinity tolerance of these sequenced temperate Japonica Rice accessions, and conducted genome-wide association studies (GWAS) for a series of salinity tolerance related traits. There were 27 accessions performed well (SES
