This research was conducted to study the genetic variation among eighteen genotypes of
sesame (Sesamum indicum L.) collected from various agro-climatic regions of Iran along …

Characterization of overall genetic diversity is an important foundation in breeding for
superior genotypes. For sesame (Sesamum indicum L.), an important oil seed crop, little is …

The study assessed the genetic diversity of pearl millet accessions grown in Nigeria and
India based on morpho-agronomic traits in order to identify genotypes with superior …

Genetic variability which is the basic material for selection and improvement of any crop is
fast eroding in pearl millet as natural habitats of wild cultivated species are being destroyed …

Combining phenotypic and genotypic germplasm characterization is a key to efficient and
successful safflower (Carthamus tinctorius L.) breeding program by identifying valuable and …

Sesame collections were evaluated for quantitative floral characters and data obtained were
subjected to various statistical analyses. Result showed narrow diversity in most of the …

Genetic diversity of Moroccan sesame (Sesamum indicum L.) was analyzed for the first time
using agro-morphological traits. Thirty-three sesame populations collected from Tadla …

Indigenous landraces are heterogeneous and exhibit greater gene diversity, and are
therefore an excellent source of variation and material for crop improvement. However, they …

The experiment was carried out at Gedarif Agricultural Research Station Sudan, during the
rainy seasons 08/09 and 09/2010, to estimate the genotype x season interaction and to …

Indigenous germplasms are the excellent sources of diversity, however, they are prone to
genetic erosion, therefore exploration of genetic variability in indigenous germplasm is an …