Character association and path coefficient analysis in rose (Rosa× hybrida)
The present investigations on association of various morphological traits through correlation
and path coefficient analysis were carried out among 32 rose Rosa× hybrida cultivars. The
path coefficient analysis provided information about direct and indirect effect of examined
characteristics on number of flowers per plant. The statistically significant and positive
correlation (genotypic and phenotypic) was observed for primary branches with number of
flowers per plant, whereas it was non significant and positive for secondary branches …
and path coefficient analysis were carried out among 32 rose Rosa× hybrida cultivars. The
path coefficient analysis provided information about direct and indirect effect of examined
characteristics on number of flowers per plant. The statistically significant and positive
correlation (genotypic and phenotypic) was observed for primary branches with number of
flowers per plant, whereas it was non significant and positive for secondary branches …
Character association and path coefficient analysis in rose (Rosa × hybrida).
SP Sapna Panwar, KP Singh, KV Prasad… - 2012 - cabidigitallibrary.org
The present investigations on association of various morphological traits through correlation
and path coefficient analysis were carried out among 32 rose Rosa× hybrida cultivars. The
path coefficient analysis provided information about direct and indirect effect of examined
characteristics on number of flowers per plant. The statistically significant and positive
correlation (genotypic and phenotypic) was observed for primary branches with number of
flowers per plant, whereas it was non significant and positive for secondary branches …
and path coefficient analysis were carried out among 32 rose Rosa× hybrida cultivars. The
path coefficient analysis provided information about direct and indirect effect of examined
characteristics on number of flowers per plant. The statistically significant and positive
correlation (genotypic and phenotypic) was observed for primary branches with number of
flowers per plant, whereas it was non significant and positive for secondary branches …
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