We assessed the outcrossing rate of sorghum landraces sampled in situ from two fields under traditional cultivation in north-western Morocco using genotypic data from five microsatellite loci. Assuming a mixed mating model, we estimated outcrossing parameters by two methods that are based on progeny analyses. With both methods, the multilocus estimate of outcrossing rate for the overall sample was in the order of 0.1, meaning that sorghum landraces are predominantly autogamous, but with a significant proportion of outcrossing. The estimated outcrossing rate is about two times higher in field 1 (t m = 0.161) than in field 2 (t m = 0.069). This difference could be explained by distinct morphological characteristics of the inflorescence in the...
Morphological and molecular markers were employed to study the genetic variability among 40 sorghum ...
Using microsatellite genetic markers, we analyzed 1,518 sorghum samples collected at different spati...
In this study, we assessed the pattern of variation in spikelet morphology and vegetative characters...
The level of genetic diversity and the population genetic structure of sorghum landraces from North-...
Knowledge of mating systems is required in order to understand the genetic composition and evolution...
The effect of mating system on genetic diversity is a major theme in plant evolutionary genetics, be...
In situ estimation of outcrossing rate in sorghum landraces using microsatellite marker
Sorghum is ranked the fifth most produced food crop in the world, and is a dietary staple for over 5...
Understanding the extent and partitioning of diversity within and among crop landraces and their wil...
Identifying populations that have recently suffered a severe reduction in size is particularly impor...
Microsatellite markers are increasingly being used in crop plants to discriminate among genotypes an...
Multi-parent advanced generation intercross (MAGIC) populations are powerful next-generation mapping...
In self-compatible plant species stigmata receive a mixture of self and outcrossed pollen and compet...
Abstract Genetic diversity plays an important role in selection of parental stocks in plant breeding...
Sorghum is an important grain crop in many parts of the world, especially in dry regions. It is an i...
Morphological and molecular markers were employed to study the genetic variability among 40 sorghum ...
Using microsatellite genetic markers, we analyzed 1,518 sorghum samples collected at different spati...
In this study, we assessed the pattern of variation in spikelet morphology and vegetative characters...
The level of genetic diversity and the population genetic structure of sorghum landraces from North-...
Knowledge of mating systems is required in order to understand the genetic composition and evolution...
The effect of mating system on genetic diversity is a major theme in plant evolutionary genetics, be...
In situ estimation of outcrossing rate in sorghum landraces using microsatellite marker
Sorghum is ranked the fifth most produced food crop in the world, and is a dietary staple for over 5...
Understanding the extent and partitioning of diversity within and among crop landraces and their wil...
Identifying populations that have recently suffered a severe reduction in size is particularly impor...
Microsatellite markers are increasingly being used in crop plants to discriminate among genotypes an...
Multi-parent advanced generation intercross (MAGIC) populations are powerful next-generation mapping...
In self-compatible plant species stigmata receive a mixture of self and outcrossed pollen and compet...
Abstract Genetic diversity plays an important role in selection of parental stocks in plant breeding...
Sorghum is an important grain crop in many parts of the world, especially in dry regions. It is an i...
Morphological and molecular markers were employed to study the genetic variability among 40 sorghum ...
Using microsatellite genetic markers, we analyzed 1,518 sorghum samples collected at different spati...
In this study, we assessed the pattern of variation in spikelet morphology and vegetative characters...