Variability, Heritability and Genetic Divergence in Yellow Sarson(Brassica campestris.var. Yellow Sarson) Genotypes under the Mid-hills of Sikkim

Genetic Divergence Studies in Rice (Oryza sativa L.) Hyrids for Yield, Yield Component Traits and Quality Parameters

“…The formation of distinct solitary clusters may be due to the fact that geographic barriers preventing gene flow or intensive natural and human selection for diverse and adoptable gene complexes must be responsible for this genetic diversity. These results were in accordance with Dutta et al, (2011), Vennila et al, (2011, Chakravorty and Ghosh (2012), Singh et al, (2012), Karuppaiyan et al, (2013), Manohara and Singh (2013), Allam et al, (2014), Bhadra and Roy (2014), Ramanjaneyulu et al, (2014), Beevi and Venkatesan (2015), Kumar et al, (2015), Bharathi et al, (2016), Chandramohan et al, (2016) and Ashok et al, (2017).…”

Genetic Behavior for Reverse Thermo-Sensitive Genic Male Sterility (RTGMS) through Segregating Generations of some Rice Genotypes in Egypt

“…The traits which showed high heritability coupled with moderate or high genetic advance can be improved by intermitting superior genotypes of segregating populations to developed new recombination through selection breeding program (Samadhia 2005). Similar findings were also supported by Jayashudha & Sharma (2010) and Karuppaiyan et al (2013) who found that, high heritability coupled with high genetic advance for grain yield per plant trait may be effective for selection in early segregating generations to improve this trait.…”

Molecular Diversity Assessment among Commercial Egyptian Rice Varieties

“…The traits which showed high heritability coupled with populations to developed new recombination through selection breeding program (Samadhia 2005). Similar findings were also supported by Jayashudha & Sharma (2010) and Karuppaiyan (2013) who found that, high heritability coupled with high genetic advance for grain yield per plant trait may be effective for selection in early segregating generations to improve this trait. Ten of reverse Thermo-sensitive Genic Male Sterile (rTGMS) populations were selected under field experiment from both crosses, I and II which include the best populations were selected on the basis of growth and yield traits under field selection experiment with numbers 6, 12 and 18 of cross I (Fig.1) and 14, 18 and 20 of cross II (Fig.2) from twenty populations from F 4 generation.…”