Abstract Here we present a correction to our article "Evolutionary dynamics of molecular markers during local adaptation: a case study in Drosophila subobscura". We have recently detected an error concerning the application of the Ln RH formula – a test to detect positive selection – to our microsatellite data. Here we provide the corrected data and discuss its implications for our overall findings. The corrections presented here have produced some changes relative to our previous results, namely in a locus (dsub14) that presents indications of being affected by positive selection. In general, our populations present less consistent indications of positive selection for this particular locus in both periods studied – between generations 3 a...
To explore local adaptation in wild populations at a fine spatial scale we characterized the genetic...
This is the final version of the article. Available from Springer Nature via the DOI in this record....
AbstractThere is hope that the structure of molecular variation within populations can give evidence...
Background: Natural selection and genetic drift are major forces responsible for temporal genetic ch...
Background: Natural selection and genetic drift are major forces responsible for temporal genetic ch...
The molecular mechanisms underlying adaptation have eluded evolutionary biologists even with the adv...
Adaptation to a new environment (as well as its underlying mechanisms) is one of the most important ...
There is considerable evidence for an adaptive role of inversions, but how their genetic content evo...
Drosophila subobscura presents a rich and complex chromosomal inversion polymorphism. It can thus be...
Clinal variation is one of the most emblematic examples of the action of natural selection at a wide...
SummaryGenetic recombination associated with sexual reproduction is expected to have important conse...
Experimental evolution is a powerful tool to understand the adaptive potential of populations under ...
Quantifying and comparing the amount of adaptive evolution among different species is key to underst...
The combination of experimental evolution and next-generation sequencing, termed E&R, has emerge...
To explore local adaptation in wild populations at a fine spatial scale we characterized the genetic...
To explore local adaptation in wild populations at a fine spatial scale we characterized the genetic...
This is the final version of the article. Available from Springer Nature via the DOI in this record....
AbstractThere is hope that the structure of molecular variation within populations can give evidence...
Background: Natural selection and genetic drift are major forces responsible for temporal genetic ch...
Background: Natural selection and genetic drift are major forces responsible for temporal genetic ch...
The molecular mechanisms underlying adaptation have eluded evolutionary biologists even with the adv...
Adaptation to a new environment (as well as its underlying mechanisms) is one of the most important ...
There is considerable evidence for an adaptive role of inversions, but how their genetic content evo...
Drosophila subobscura presents a rich and complex chromosomal inversion polymorphism. It can thus be...
Clinal variation is one of the most emblematic examples of the action of natural selection at a wide...
SummaryGenetic recombination associated with sexual reproduction is expected to have important conse...
Experimental evolution is a powerful tool to understand the adaptive potential of populations under ...
Quantifying and comparing the amount of adaptive evolution among different species is key to underst...
The combination of experimental evolution and next-generation sequencing, termed E&R, has emerge...
To explore local adaptation in wild populations at a fine spatial scale we characterized the genetic...
To explore local adaptation in wild populations at a fine spatial scale we characterized the genetic...
This is the final version of the article. Available from Springer Nature via the DOI in this record....
AbstractThere is hope that the structure of molecular variation within populations can give evidence...