Verim ve verimle ilgili özellikler için susamda (Sesamum indicum L.) genetik değişkenlik

Availability of genetic variability among a certain crop population and knowledge the parameters yield yield-related traits are key preconditions to enhance seed yield. Therefore, sixty-four sesame genotypes consisting fifty-nine accessions five varieties were assessed in order evaluate for estimate parameters. An 8 x simple lattice design was used experimental materials. Data collected twenty traits. Analysis variance revealed that significantly different (P<0.05) except internode length shattering-related ASARC-ACC-SG-013 highest-yielding accession, while accession GK-012 (2) gave highest oil content (60.09%), mean thousands seeds weight ranged from 2.00 g 2.75 g, indicating existence elite can be considered maximize yield, size, content. The number primary branches plant-1, capsules on main stem total plant-1 all showed high coefficients variation, demonstrating under study had sufficient these High heritability advance obtained such as plant height first branch (60.70%; 21.90%), capsule (81.10%; 24.00%), (63.10%; 36.30%), (74.40%; 45.80%), (64.90%; 51.40%). Thus, finding suggests trustworthy advancement may anticipated through phenotypic selection