The experiment was laid to analyze genetic features, genotypic and phenotypic correlation
coefficients, path analysis with regression analysis among yield contributing traits in a …

Yield and fiber quality are most important and complex trait as they depend on interaction of
genetic architecture of plant and environment. To achieve this objective, two parents FH153 …

The present research was carried out at the experimental farm of Nuclear Institute of
Agriculture, Tandojam during the year 2014, in order to work out the correlation and …

Fifty upland cotton genotypes were canvassed by Linkage Cluster (LCA) and Principal
Component (PCA) analyses to identify the major characters which account for the variation …

A random mating design comprising 6 varieties (FH-142, MS-DK, IUB-63, KZ-189, FB-3159,
and VH-300) and F1 crosses was used to check gene action for yield contributing traits in …

The present research was carried out to determine the genetic distance, heritability and
correlation coefficients for yield and fibre quality traits in fifteen upland cotton genotypes. The …

Sixty eight diverse genotypes of American cotton Gossypium hirsutum L. were evaluated for
13 quantitative and fibre quality traits. The variability studies indicated that high PCV and …

Five upland cotton cultivars and direct crosses between them were assessed for per se
performance, genetic divergence and character association in some polygenic traits. The …

The upland cotton (G. hirsutum L.) is utmost natural fiber used in textile industry. Awareness
about genetic diversity is very essential for fruitful genetic improvement approaches …

Sixty four upland cotton genotypes were investigated for genetic divergence regarding yield
related attributes, seed cotton yield and fibre quality traits using principle component …