Association Studies for Yield and its components in Green Gram

Genetic Variability, Heritability and Genetic Advance in F3 Progenies of Mungbean [Vigna radiata (L.) Wilczek]

“…Their results are in agreement with previously reported by Singh et al, (2009), Suresh et al, (2010 and Narsimhulu et al, (2013) Das et al, (2010), Tabasum et al, (2010), Prakash and Sekhawat (2012), Ahmad et al, (2014), Javed et al, (2014), Das and Barua (2015) and Muralidhara et al, (2015) for pods per plant and Kumar et al, (2010), Gadakh et al, (2013) and Dagefa et al, (2014) for harvest index.…”

“…Similar trend was observed by Pandiyan et al, (2006), Prakash (2006), Rao et al, (2006), Singh et al, (2009), Kumar et al, (2010), Suresh et al, (2010), Tabasum et al, (2010), Reddy et al, (2011), Prakash andShekhawat (2012), Gadakh et al, (2013), Prasanna et al, (2013), Ahmad et al, (2014), Javed et al, (2014), Ahmad et al, (2015), Das and Barua (2015), Muralidhara et al, (2015) and Vir and Singh (2016). Broad sense heritability discriminates variation into heritable and non-heritable components hence reliable over coefficients of variation.…”

Correlation and Path Analysis in F4 Progenies of Green Gram [Vigna radiata (L.) R. Wilczek] for Seed Yield and its Attributes

“…The genotypic correlation of 100 seed weight was positive and significant with seed yield per plant (0.74). This result is also observed by Biradar et al, (2007), Reddy et al, (2011), Srivastava andSingh (2012), Gadakh et al, (2013), Kumar et al, (2013), Javed et al, (2014), Patel et al, (2014), Khaimichho et al, (2014), Pathak et al, (2014), Rathor et al, (2015), Das and Barua (2015), Hemavathy et al, (2015), Sohel et al, (2016), Keerthinandan et al, (2016) and Raselmiah et al, (2016). Seeds per pod showed positive and significant association with 100 seed weight (0.50), harvest index (0.73) and seed yield per plant (1.00).…”

“…The genotypic correlation of seeds per pod with 100 seed weight (1.00), seed yield per plant (0.78) and harvest index (0.34) was positive and significant. The similar results were also observed by Biradar et al, (2007), Kumar et al, (2010a), Rahim et al,(2010), Kumar et al, (2010b), Khajudparn and Tantasawat (2011), Reddy et al, (2011), Gadakh et al, (2013, Narasimhulu et al, (2013), Kumar et al, (2013), Patel et al, (2014), Pathak et al, (2014), Titumeer et al, (2014), Rathor et al, (2015), Hemavathy et al, (2015) and Das and Barua (2015). Hundred seed weight showed positive and significant association with harvest index (1.00) and seed yield per plant (0.98).…”

“…Pods per plant were positive and significant with seeds per pod (0.84), 100 seed weight (0.31) and seed yield per plant (0.91). These findings are similar with Kumar et al,(2005), Parameswarappa (2005), Sadiq et al, (2005), Rahim et al, (2010), Tabasum et al, (2010), Khajudparn and Tantasawat (2011), Reddy et al, (2011), Srivastava andSingh (2012), Gadakh et al, (2013), Prasanna et al, (2013), Javed et al, (2014), Patel et al, (2014), Khaimichho et al, (2014), Titumeer et al, (2014), Ahmad et al, (2014), Das and Barua (2015), Hemavathy et al, (2015), and Raselmiah et al, (2016). The genotypic correlation of 100 seed weight was positive and significant with seed yield per plant (0.74).…”