Phyton-International Journal of Experimental Botany2025，Vol.94Issue(2)：P.303-316,14.DOI:10.32604/phyton.2025.060016
Assessing Stress Tolerance of SUBI and DRO1 Introgression Lines under Flooding and Drought Conditions at Different Growth Stages
Ibrahim Soe 1Emmanuel Odama 2Alex Tamu 1Aquilino Lado Legge Wani 3Taiichiro Ookawa 4Abdelbagi M.Ismail 5Jun-Ichi Sakagami6
作者信息
- 1. The United Graduate School of Agricultural Sciences,Kagoshima University,Kagoshima,890-8580,Japan Sierra Leone Agricultural Research Institute,Freetown,PMB 1313,Sierra Leone
- 2. National Agricultural Research Organization,Abi Zonal Agricultural Research,and Development Institute,Entebbe,P.O.Box 295,Uganda
- 3. The United Graduate School of Agricultural Sciences,Kagoshima University,Kagoshima,890-8580,Japan Directorate of Research and Training,Ministry of Agriculture and Food Security,Juba,P.O.Box 33,Republic of South Sudan
- 4. Institute of Agriculture,Tokyo University of Agriculture and Technology,Tokyo,156-8502,Japan
- 5. International Rice Research Institute,Africa Office,Nairobi,P.O.Box 30709,Kenya
- 6. The United Graduate School of Agricultural Sciences,Kagoshima University,Kagoshima,890-8580,Japan Faculty of Agriculture,Kagoshima University,Kagoshima,890-0065,Japan
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摘要
关键词
Drought/deep rooting/flooding/NIL-SUB1DRO1/rice yield/submergence tolerance/submergence+drought分类
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Ibrahim Soe,Emmanuel Odama,Alex Tamu,Aquilino Lado Legge Wani,Taiichiro Ookawa,Abdelbagi M.Ismail,Jun-Ichi Sakagami..Assessing Stress Tolerance of SUBI and DRO1 Introgression Lines under Flooding and Drought Conditions at Different Growth Stages[J].Phyton-International Journal of Experimental Botany,2025,94(2):P.303-316,14.
