Partial diallel grosses based on generalized right angj lar association scheme

Kaushik, L. S.; Puri, P. D.

doi:10.1080/03610928908830046

Cited by 7 publications

(2 citation statements)

References 7 publications

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“…The Pharma Innovation Journal http://www.thepharmajournal.com (1963) [5] ; Narain et al (1974) [17] ; Arya and Narain (1978) [2] ; Agrawal (1985) [1] ; Kaushik and Puri (1989) [11] ; Singh and Hinkelmann (1995) [27] ; Kaushik (1999) [12] have used various association schemes for the construction of partial diallel crosses. Hence, the proposed association schemes can also be useful to create effective partial diallel cross plans in plant and/or animal breeding experiments.…”

Section: Acknowledgmentsmentioning

confidence: 99%

Higher associate class partially balanced incomplete block designs using graphs for agricultural experiments

Vinayaka¹,

LN²

2021

Pharma Innovation

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Section: Acknowledgmentsmentioning

confidence: 99%

Higher associate class partially balanced incomplete block designs using graphs for agricultural experiments

Vinayaka¹,

LN²

2021

Pharma Innovation

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“…Diallel cross system involving a set of inbred lines in all possible combinations is one of the mating design, but it becomes very difficult to manage as the number of lines increases. PDC are used to overcome this problem ( KEMPTHORNE and CURNOW, 1961;CURNOW, 1963;FYFE and GILBERT, 1963;NARAIN, 1979;ARYA, 1983;KAUSHIK and PURI, 1989;AGARWAL and DAS, 1990). KAUSHIK, PURI and MEHTA (1987) have given the analysis of partial diallel cross including the parents based on two associate class association scheme.…”

Section: Introductionmentioning

confidence: 99%

Augmented Partial Diallel Design for Estimating Combining Ability of Parents

Jaggi

Agarwal

1995

Biometrical J

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The Augmented Partial Diallel Cross (APDC) represents an intermediate position between the Complete Diallel Cross (CDC) and the Partjal Diallel Cross (PDC) in which one or more primary lines a n crossed with all the other lines but the lines of secondary interest form a PDC system. The method of sampling adopted for crosses of secondary lines is from arrangement of secondary lines on circumference of a circle. The mathematics for analysis of such APDC has becn given systematically.The eficiency of estimates of general combining ability (gc.a) effects obtained from APDC has been compared with that of Pederson's estimator and CDC. It is observed that there are four types of variances for g.c.a effects where as for comparing specific combining ability (s.c.a) effects there are large number of variances indicating that the design is totally unbalanced for s.c.a comparisons. Key w o r d :General combining ability (g.c.a.); Specific combining ability (s.c. a.); Augmented partial diallel cross (APDC).

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Partial diallel crosses based on three associate class association schemes

Kaushik¹

1999

Journal of Applied Statistics

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Partial diallel grosses based on generalized right angj lar association scheme

Cited by 7 publications

References 7 publications

Higher associate class partially balanced incomplete block designs using graphs for agricultural experiments

Higher associate class partially balanced incomplete block designs using graphs for agricultural experiments

Augmented Partial Diallel Design for Estimating Combining Ability of Parents

Partial diallel crosses based on three associate class association schemes

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