Genotypic and phenotypic correlation among seed yield and eleven component characters were studied in 11 genotypes of sunflower. Association analysis of parents revealed that number of seeds/head, 100-seed weight, head diameter and per cent seed filling had high significant positive correlation with seed yield. Number of seeds/head, 100 seed weight, head diameter and per cent seed filling also had significant positive intercorrelation among themselves. Number of seeds/head, per cent seed filling, hull content and plant height influence the seed yield directly whereas 100-seed weight influenced indirectly through no.of seeds/head and per cent seed filling. Very high indirect contribution for most of the traits is through number of seeds/head...
The 1000-seed mass is one of the three most important yield components in sunflower. Using correlati...
Correlation and path coefficient analyses were studied on three diverse genotypes of sunflower in or...
Path coefficient analysis was used to separate direct and indirect effects of studied traits on seed...
In breeding process it is important to know the extent of association between the traits that affect...
This study was undertaken in order to determine the association among yield components and their dir...
Correlation and path coefficient analyses were studied in twenty four diverse genotypes of sunflower...
Fifty five hybrids of sunflower were selected for the character association study to assess the rela...
Not AvailableNinety genotypes of sunflower were evaluated for the estimation of correlation and path...
The trial in this study was carried out in field conditions throughout three years from plots where ...
Simple correlation analyses was studied in 35 hybrids along with 12 parents of sunflower in order to...
Studied in this paper was the interdependence of six morphophysiological sunflower traits (petiole a...
In this study we examined mutual relationships among eight biological traits of sunflower (dry matte...
Sunflower production can be increased by exploring genetic variability present in the population. Th...
In this paper, we have studied the interdependence of seed yield per plant and the following morpho...
Path coefficient analysis was applied to gain information on direct and indirect effects of studi...
The 1000-seed mass is one of the three most important yield components in sunflower. Using correlati...
Correlation and path coefficient analyses were studied on three diverse genotypes of sunflower in or...
Path coefficient analysis was used to separate direct and indirect effects of studied traits on seed...
In breeding process it is important to know the extent of association between the traits that affect...
This study was undertaken in order to determine the association among yield components and their dir...
Correlation and path coefficient analyses were studied in twenty four diverse genotypes of sunflower...
Fifty five hybrids of sunflower were selected for the character association study to assess the rela...
Not AvailableNinety genotypes of sunflower were evaluated for the estimation of correlation and path...
The trial in this study was carried out in field conditions throughout three years from plots where ...
Simple correlation analyses was studied in 35 hybrids along with 12 parents of sunflower in order to...
Studied in this paper was the interdependence of six morphophysiological sunflower traits (petiole a...
In this study we examined mutual relationships among eight biological traits of sunflower (dry matte...
Sunflower production can be increased by exploring genetic variability present in the population. Th...
In this paper, we have studied the interdependence of seed yield per plant and the following morpho...
Path coefficient analysis was applied to gain information on direct and indirect effects of studi...
The 1000-seed mass is one of the three most important yield components in sunflower. Using correlati...
Correlation and path coefficient analyses were studied on three diverse genotypes of sunflower in or...
Path coefficient analysis was used to separate direct and indirect effects of studied traits on seed...