… , and propose methods to differentiate between scenarios. … We determine the genetic
diversity present following a sweep from either a de novo mutation, or from standing variation. We …

… allele (eg, a new mutation) on linked neutral variation (driven by … in the standing variation
after an environment change. According to … or high differentiation between subpopulations. This …

… the sweeps from a de novo mutation (⁠ p start = 1 / 2 N ⁠) and from standing variation (⁠ p
… our method is not able to distinguish between estimations obtained when the real number of …

… the ability to distinguish between hard and soft shared sweeps by inferring the … selective
sweeps from a de novo mutation and soft sweeps from selection on standing genetic variation, …

… to differentiate between the cases of selective sweep and … boosting algorithms to distinguish
between positive selection … case of long- standing genetic variations and de novo mutations. …

… by standing genetic variation despite high selective pressure. This … between standing genetic
variation and the influx of de novo mutations in populations adapting to a range of selective …

… standing genetic variance, recurrent de novo mutation, or migration, and compare to selective
sweeps … difference between the effective and true initial allele frequencies). This causes …

… adaptation from standing variation is affected by the difference in the direction of selection …
from standing variation are indeed more pleiotropic than alleles fixed from de novo mutation, …

… of beneficial de novo mutations, as well as fixation time from standing genetic variation.
We … We define the genetic load as L=(1+s−z)/s, ie as the difference between the population …

… soft selective sweeps from selection on standing variation on … T statistic to differentiate between
neutrality and sweeps, we … We simulated selection on de novo mutations arising at times t …