Genetic variability analysis of morphological growth characters, nut yield and nut characters in twenty eight coconutgenotypes revealed a high degree of variability for nut yield, whole nut weight, dehusked nut weight and copra weight. Nutyield exhibits positive correlation with number of functional leaves, length of leaves and petiole. Path coefficient analysisrevealed that the direct effect of number of functional leaves on nut yield was positive and high followed by petiole lengthand leaf length. Thus, these characters are to be given importance for nut yield improvement in coconut
Work done by Coconut Research Institute, Sri Lanka, on the genetics and breeding of the coconut palm...
Forty one accessions of nutmeg collected from diverse locations of Kerala of age 15 years were evalu...
The use of biotechnologies will benefit to coconut breeding, only if their application is associated...
Not AvailableGenetic variability and correlation analysis of vegetative, floral, nut and yield chara...
The genetic control of husked nut weight in coconut (Cocos nucifera) was investigated using a full-d...
Heritability of fruit characters, such as fruit weight, husk weight, husk thickness, sheal weight, e...
PCR-based DNA profiling of coconut palms indigenous to Sri Lanka was conducted using amplified fragm...
Two coconut varieties viz., Chowghat Green Dwarf (CGD) and Malayan Green Dwarf (MGD) were subjected ...
Genetic control by creation of the coconut varieties expressing both Lethal Yellowing (LY) disease r...
Characterization and genetic diversity assessment among 30 conserved coconut accessions collected fr...
The tall coconut (Cocos nucifera L.) has great socioeconomic importance in Brazil and was first intr...
We investigated the genetic factors controlling fruit components in coconut by performing QTL analys...
The evaluation and identification of germplasm resources is an indispensable step in the breeding pr...
Coconut is the sole species of genus Cocos and as such breeding of coconut is limited to the intra-s...
Characterization and genetic diversity assessment among 30 conserved coconut accessions collected fr...
Work done by Coconut Research Institute, Sri Lanka, on the genetics and breeding of the coconut palm...
Forty one accessions of nutmeg collected from diverse locations of Kerala of age 15 years were evalu...
The use of biotechnologies will benefit to coconut breeding, only if their application is associated...
Not AvailableGenetic variability and correlation analysis of vegetative, floral, nut and yield chara...
The genetic control of husked nut weight in coconut (Cocos nucifera) was investigated using a full-d...
Heritability of fruit characters, such as fruit weight, husk weight, husk thickness, sheal weight, e...
PCR-based DNA profiling of coconut palms indigenous to Sri Lanka was conducted using amplified fragm...
Two coconut varieties viz., Chowghat Green Dwarf (CGD) and Malayan Green Dwarf (MGD) were subjected ...
Genetic control by creation of the coconut varieties expressing both Lethal Yellowing (LY) disease r...
Characterization and genetic diversity assessment among 30 conserved coconut accessions collected fr...
The tall coconut (Cocos nucifera L.) has great socioeconomic importance in Brazil and was first intr...
We investigated the genetic factors controlling fruit components in coconut by performing QTL analys...
The evaluation and identification of germplasm resources is an indispensable step in the breeding pr...
Coconut is the sole species of genus Cocos and as such breeding of coconut is limited to the intra-s...
Characterization and genetic diversity assessment among 30 conserved coconut accessions collected fr...
Work done by Coconut Research Institute, Sri Lanka, on the genetics and breeding of the coconut palm...
Forty one accessions of nutmeg collected from diverse locations of Kerala of age 15 years were evalu...
The use of biotechnologies will benefit to coconut breeding, only if their application is associated...