Thirty rice cultivars were evaluated for salinity tolerance during the seedling stage and were
divided into five tolerance groups including tolerant (T), moderately tolerant (MT) …

Selection for salinity tolerance genotypes of rice based on phenotypic performance alone is
less reliable and will delay progress in breeding. Recent advent of molecular markers …

The genetic diversity of three salinity tolerant rice varieties Pokkali, Nona-Bokra and Bicol
was investigated using random amplified polymorphic DNAs (RAPDs). High yielding …

The present study reported the morpho-biochemical evaluation of 15 selected rice
genotypes for salt tolerance at the seedling stage. Growth parameters including shoot …

Salinity stress is the major constraint in rice production. Selection for salinity tolerance
genotypes of rice based on phenotypic performance alone is less reliable and will delay in …

Soil salinity is one of the major production constraints. Development and planting of salt‐
tolerant varieties can reduce yield losses due to salinity. We screened 185 rice genotypes at …

Eleven genotypes, including the salt tolerant cultivar Pokkali as check, were used to
evaluate salinity tolerance phenotypically and genotypically. Three selected SSR primers …

Abstract Knowledge of genetic diversity could aid in providing useful information in the
selection of material for breeding such as hybridization programs and quantitative trait loci …

The present investigation was carried out to evaluate 33 rice landrace genotypes for
assessment of their salt tolerance at seedling stage. Growth parameters like root length …

Traditional rice landraces of coastal area in Bangladesh are distinct regarding their
phenotype, response to salt stress and yield attributes. With characterization of these …