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| Chromosome Substitution Lines in Cotton Improvement | |
| 作者姓名： | Sukumar SAHA Dwaine A.RASKA Osman A.GUTIéRREZ Johnie N.JENKINS Jack C.McCARTY Jr. Roy G.CANTRELL Richard G.PERCY David M.STELLY |
| 作者单位： | USDA-ARS，Crop Science Research Laboratory，Mississippi State，MS 39762，Department of Soil & Crop Sciences，Texas A & M University，College Station，Texas 77843-2474，USDA-ARS，Crop Science Research Laboratory，Mississippi State，MS 39762，USDA-ARS，Crop Science Research Laboratory，Mississippi State，MS 39762，USDA-ARS，Crop Science Research Laboratory，Mississippi State，MS 39762，USDA-ARS，Crop Science Research Laboratory，Mississippi State，MS 39762，Department of Agronomy and Horticulture，30003，Dept.3Q，New Mexico State University，Las Cruces.NM 88003-8003，USDA-ARS，Maricopa Agricultural Center，Macricopa，AZ 85239，USA，Department of Soil & Crop Sciences，Texas A & M University，College Station，Texas 77843-2474 |
| 摘 要： | Presently cotton breeders are confronting seriouschallenges due to the extensive use of narrowgenetic base in Upland cotton,Gossypiumhirsutum.Unique germplasm that incorporatesnew alleles must be developed to provideimproved genetic potential for yield,pest anddisease resistance.Tetraploid species such as G.barbadense,G.tomentosum,and G.mustelinum |
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