Heritability and gene effects for root weight, root volume and root to shoot weight ratio were determined in peas (Pisum sativum L.) at flowering. The populations used were developed from four crosses between lines and cultivars differing in size of the root systems. Broad-sense heritability was between 0.41 and 0.81 for root weight, and between 0.44 and 0.77 for root volume. Additive and dominance effects were important in the genetic control of root and weight volume in all populations, while epistatic effects were important only in two populations. The importance of the genetic parameters in the control of root to shoot weight ratio was unclear. Assuming high correlations between root growth in soil-filled pots in the greenhouse and grow...
During the two-year study on the influence of presowing fertilization on growth and development of ...
A quantitative inheritence study of leaf form in the garden pea, Pisum sativum L., was carried out u...
An expenment was conducted to study the genetIcs of plant growth characters by cva]unting three cros...
Heritability and gene effects for root weight, root volume and root to shoot weight ratio were deter...
The genetic control of root weight, root volume and root to shoot weight ratio was studied in peas /...
The genetic control of root weight, root volume and root to shoot weight ratio was studied in peas (...
Nodule numbers are regulated through systemic autoregulatory signals produced by shoots and roots. ...
Nodule numbers are regulated through systemic auto-regulatory signals produced by shoots and roots. ...
The inheritance and gene effects structure were investigated for ten quantitative traits in field cu...
A field experiment was conducted to study the genetic variability, heritability and genetic advan...
An experiment on genetic evaluation of five genotypes of forage pea (Glyans, Svit, Kamerton, Modus, ...
An experiment was undertaken to elucidate the genetic relationship between different quantitative tr...
Not AvailableGenetic variability, character association and path coefficient studies were carried ou...
Abstract Physiological breeding is an approach that complements conventional breeding by providing c...
The seed yield in pea (Pisum sativum L.) depends on numerous environmental and genotypic factors. Th...
During the two-year study on the influence of presowing fertilization on growth and development of ...
A quantitative inheritence study of leaf form in the garden pea, Pisum sativum L., was carried out u...
An expenment was conducted to study the genetIcs of plant growth characters by cva]unting three cros...
Heritability and gene effects for root weight, root volume and root to shoot weight ratio were deter...
The genetic control of root weight, root volume and root to shoot weight ratio was studied in peas /...
The genetic control of root weight, root volume and root to shoot weight ratio was studied in peas (...
Nodule numbers are regulated through systemic autoregulatory signals produced by shoots and roots. ...
Nodule numbers are regulated through systemic auto-regulatory signals produced by shoots and roots. ...
The inheritance and gene effects structure were investigated for ten quantitative traits in field cu...
A field experiment was conducted to study the genetic variability, heritability and genetic advan...
An experiment on genetic evaluation of five genotypes of forage pea (Glyans, Svit, Kamerton, Modus, ...
An experiment was undertaken to elucidate the genetic relationship between different quantitative tr...
Not AvailableGenetic variability, character association and path coefficient studies were carried ou...
Abstract Physiological breeding is an approach that complements conventional breeding by providing c...
The seed yield in pea (Pisum sativum L.) depends on numerous environmental and genotypic factors. Th...
During the two-year study on the influence of presowing fertilization on growth and development of ...
A quantitative inheritence study of leaf form in the garden pea, Pisum sativum L., was carried out u...
An expenment was conducted to study the genetIcs of plant growth characters by cva]unting three cros...