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Rice is a stable food in Vietnam and plays a key role in the economy of the country. However, the production and the cultivating areas are adversely affected from the threats of devastation caused by the rise of sea level. Using marker-assisted backcrossing (MABC) to develop a new salt tolerance rice cultivar is one of the feasible methods to cope with these devastating changes. To improve rice salt tolerance in BT7 cultivar, FL478 was used as a donor parent to introgress the  Saltol  QTL conferring salt tolerance into BT7. Three backcrosses were conducted and successfully transferred positive alleles of  Saltol  from FL478 into BT7. The plants numbers IL-30 and IL-32 in BC 3 F 1  population expected recurrent genome recovery of up to 99.2% and 100%, respectively. These selected lines that carried the  Saltol  alleles were screened in field for their agronomic traits. All improved lines had  Saltol  allele similar to the donor parent FL478, whereas their agronomic performances were the same as the original BT7. We show here the success of improving rice salt tolerance by MABC and the high efficiency of selection in early generations. In the present study, MABC has accelerated the development of superior qualities in the genetic background of BT7.

Molecular Breeding to Improve Salt Tolerance of Rice (Oryza sativa L.) in the Red River Delta of Vietnam