Fig. 3
From: A common gene drive language eases regulatory process and eco-evolutionary extensions
Heat-map showing the refractory zone with variation in distortion probability p and fertility fitness of heterozygotes \(f_{WD}\). Illustration of refractory zone for specific values of p and \(f_{WD}\) of the heat-map. Trajectories of a de Finetti diagram when \(2 p f_{WD}> f_{WW}\), drive individuals invade the wild population. Refractory zone is zero and is shown by black colour in the heatmap. \(p=0.5\) corresponds to ’no distortion’ case. The values of other parameter is fixed to \(f_{WW}=1\), \(f_{DD}=1\)