Economically and ecologically important quantitative traits of Acacia aroma are related to life history and the size and shape of fruits and leaves. Substantial variation is observed for these traits in natural populations, suggesting a possible genetic basis that could be useful for selection programmes. Our objective was to detect signals of selection on 12 phenotypic traits in 170 individuals belonging to seven populations of A. aroma in the Chaco Region of Argentina. Phenotypic traits were compared with molecular markers assessed in the same populations. Here, we search for signatures of natural selection by comparing quantitative trait variation to neutral genetic variation through the PST-FST test. We further test for differences amon...
textLocally adapted ecotypes are a common phenomenon generating plant diversity within species, yet ...
This chapter gathers six species that have been extensively used from the natural forest, but that a...
Spatial genetic structure (SGS) in plants is primarily determined by the interaction between pollen ...
Signals of selection on quantitative traits can be detected by the comparison between the genetic di...
Acacia visco is a tree native to South America that grows in central and northwest region of Argenti...
In order to elucidate the role of evolutionary forces in shaping the variation of quantitative trait...
Prosopis flexuosa is an arboreal Leguminosae that grows in arid and semiarid temperate zones of Arge...
The identification of factors that structure intraspecific diversity is of particular interest for b...
Prosopis chilensis (Molina) Stuntz (Leguminosae) is a valuable native species in Argentina included ...
Acacia visco is a native South American tree species that has been extensively used for ornamental p...
Prosopis alba is a native forest tree growing in arid and semi-arid regions of Argentina. It is a mu...
Acacia species have valuable agronomic characteristics, such as the tolerance to unfavorable environ...
Most Argentinean forests have been lost by over exploitation and expansion of agricultural areas. Th...
Acacia caven (Mol.) Mol. is native to South America. The species is a leguminous, woody small tree t...
Bayesian clustering as implemented in STRUCTURE or GENELAND software is widely used to form genetic ...
textLocally adapted ecotypes are a common phenomenon generating plant diversity within species, yet ...
This chapter gathers six species that have been extensively used from the natural forest, but that a...
Spatial genetic structure (SGS) in plants is primarily determined by the interaction between pollen ...
Signals of selection on quantitative traits can be detected by the comparison between the genetic di...
Acacia visco is a tree native to South America that grows in central and northwest region of Argenti...
In order to elucidate the role of evolutionary forces in shaping the variation of quantitative trait...
Prosopis flexuosa is an arboreal Leguminosae that grows in arid and semiarid temperate zones of Arge...
The identification of factors that structure intraspecific diversity is of particular interest for b...
Prosopis chilensis (Molina) Stuntz (Leguminosae) is a valuable native species in Argentina included ...
Acacia visco is a native South American tree species that has been extensively used for ornamental p...
Prosopis alba is a native forest tree growing in arid and semi-arid regions of Argentina. It is a mu...
Acacia species have valuable agronomic characteristics, such as the tolerance to unfavorable environ...
Most Argentinean forests have been lost by over exploitation and expansion of agricultural areas. Th...
Acacia caven (Mol.) Mol. is native to South America. The species is a leguminous, woody small tree t...
Bayesian clustering as implemented in STRUCTURE or GENELAND software is widely used to form genetic ...
textLocally adapted ecotypes are a common phenomenon generating plant diversity within species, yet ...
This chapter gathers six species that have been extensively used from the natural forest, but that a...
Spatial genetic structure (SGS) in plants is primarily determined by the interaction between pollen ...