Viability Selection at Linked Sites

Evolutionary ecology may be described as explaining through evolution and vice versa, but one also view it an integration of the two fields, where takes that are inseparable, can only begin to understand biology organisms by synthesizing fields. An example such a synthesis is high fecundity associated concept sweepstakes reproduction, or skewed individual recruitment success. As illustration, we consider selection at linked sites under various dominance epistasis mechanisms in diploid population evolving according random experiencing recurrent bottlenecks. Using simulations, give few examples impact stated elements on selection. We show depending mechanisms, shorten time fixation (conditional fixation) fit type all sites. Bottlenecks tend increase time, with counteracting effects bottlenecks time. Understanding effect sweepstakes, bottlenecks, fate selectively advantageous mutations help genetic diversity natural highly fecund populations possibly reproduction.