10.1371/journal.pgen.1008707.g005
Tuomas Hämälä
Tuomas
Hämälä
Amanda J. Gorton
Amanda J.
Gorton
David A. Moeller
David A.
Moeller
Peter Tiffin
Peter
Tiffin
Simulated population fitness under different levels of pleiotropy, i.e. the number of phenotypes controlled by a single QTL (horizontal axis).
Public Library of Science
2020
pleiotropic
adaptation
populations face novel
phenotype
ragweed
allele
optima
gene networks
artemisiifolia
connectivity
trait evolution states
Pleiotropy
putatively adaptive loci
human-mediated habitat change
use genotype-expression mapping
Ambrosia
North American range
pleiotropy
2020-03-25 17:33:56
Figure
https://plos.figshare.com/articles/figure/Simulated_population_fitness_under_different_levels_of_pleiotropy_i_e_the_number_of_phenotypes_controlled_by_a_single_QTL_horizontal_axis_/12032055
<p>Phenotypes start from an initial value 0 and selection acts to move them towards three different optima. Shown are medians and interquartile ranges (IQR) from 300 simulation. The fitness estimates were normalized in relation to the non-pleiotropic class (median = 0, IQR = 1).</p>