This data file includes unique IDs for the Mimulus cardinalis individuals selected for early flowering, late flowering, and unselected control lines in the 2012 and 2013 generations. Column names are as follows: Generation: year in which artificial selection was performed; parental generation (2012); 1 generation of selection (2013); 2 generations of selection (2014) Region: range position from which populations originate; northern edge (N), latitudinal range centre (C), or southern edge (S) Population: location from which individuals were collected (see Fig. 1 and Table 1 in publication) Line: artificial selection line; early flowering (early); unselected (control); late flowering (late) Population.Line: selection line nested within...
Reproductive timing is a key life history trait that impacts the pool of available mates, the enviro...
<p>We established four selection lines (<i>Vincetoxicum</i>, <i>Helianthus</i>, <i>Centaurea</i>, an...
Analyses of phenotypic selection and demography in field populations are powerful ways to establishi...
This data file includes unique IDs for the Mimulus cardinalis individuals selected for early floweri...
This data file includes flowering time, measured as number of days from germination to first flower,...
This data file includes flowering time, specific leaf area, leaf nitrogen content, relative growth r...
Premise Many traits covary with environmental gradients to form phenotypic clines. While local adapt...
This data file contains flowering data for Mimulus guttatus and Mimulus nasutus from a growthchamber...
Species' responses to climate change depend on the interplay of migration and adaptation, yet we kno...
Why do populations remain genetically variable despite strong continuous natural selection? Mutation...
Seasonal timing traits are commonly under recurrent, spatially-variable selection, and are therefore...
The genetic architecture of local adaptation has been of central interest to evolutionary biologists...
Background and Aims. Flowering and germination time are components of phenology, a complex phenotype...
To identify the ecological and genetic mechanisms of local adaptation requires estimating selection ...
Understanding the genetic basis of complex quantitative traits is a central problem in evolutionary ...
Reproductive timing is a key life history trait that impacts the pool of available mates, the enviro...
<p>We established four selection lines (<i>Vincetoxicum</i>, <i>Helianthus</i>, <i>Centaurea</i>, an...
Analyses of phenotypic selection and demography in field populations are powerful ways to establishi...
This data file includes unique IDs for the Mimulus cardinalis individuals selected for early floweri...
This data file includes flowering time, measured as number of days from germination to first flower,...
This data file includes flowering time, specific leaf area, leaf nitrogen content, relative growth r...
Premise Many traits covary with environmental gradients to form phenotypic clines. While local adapt...
This data file contains flowering data for Mimulus guttatus and Mimulus nasutus from a growthchamber...
Species' responses to climate change depend on the interplay of migration and adaptation, yet we kno...
Why do populations remain genetically variable despite strong continuous natural selection? Mutation...
Seasonal timing traits are commonly under recurrent, spatially-variable selection, and are therefore...
The genetic architecture of local adaptation has been of central interest to evolutionary biologists...
Background and Aims. Flowering and germination time are components of phenology, a complex phenotype...
To identify the ecological and genetic mechanisms of local adaptation requires estimating selection ...
Understanding the genetic basis of complex quantitative traits is a central problem in evolutionary ...
Reproductive timing is a key life history trait that impacts the pool of available mates, the enviro...
<p>We established four selection lines (<i>Vincetoxicum</i>, <i>Helianthus</i>, <i>Centaurea</i>, an...
Analyses of phenotypic selection and demography in field populations are powerful ways to establishi...