
(h = 0)

(h = 0.5)

(h = 1)

(1) asexual haploid

\frac{{U}_{sdm}}{s}

\frac{{U}_{sdm}}{s}

\frac{{U}_{sdm}}{s}

(2) asexual diploid

CoreGenomeModel

EqualContributionModel

EveryAlleleNeededModel


(extreme forms are unrealistic)

(useful first order approximation)

(most unrealistic)


Stage 1
 
Stage 1


(MA is easy, may be harmless):
 
(MA is hard, may be impossible):


\frac{2{U}_{sdm}}{sh}\to \frac{0}{sh}

\frac{2{U}_{sdm}}{sh}

\frac{2{U}_{sdm}}{sh}\to \frac{>>0}{sh}


Stage 2
 
Stage 2


(MA is harder, may be impossible):
 
(MA is easier, may be still hard):


\frac{0}{s\left(1h\right)}\to \frac{<2{U}_{sdm}}{s\left(1h\right)}
 
\frac{0}{s\left(1h\right)}\to \frac{<<2{U}_{sdm}}{s\left(1h\right)}

(3) asexual diploid with mitotic recombination

intermediate between genome type (2) and (4)

intermediate between genome type (2) and (4)

intermediate between genome type (2) and (4)

(4) automictic selfing diploid with free recombination

\frac{2{U}_{sdm}}{2s}

2{U}_{sdm}/2s\frac{\left(1+sh\right)}{\left(1sh\right)}

2{U}_{sdm}/2s\frac{\left(1+s\right)}{\left(1s\right)}
