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. Author manuscript; available in PMC: 2015 Aug 1.

Published in final edited form as: J Evol Biol. 2014 May 19;27(8):1513–1521. doi: 10.1111/jeb.12411

The dynamics of interspecific competition as a sex-ratio meiotic drive system becomes established in species 1. m₁=m₂=0.1, K₁=K₂=10,000, f_a=1, r₂=0.6. a) Coexistence before and after spread, but species 1 becomes dominant (r₁=0.55, αθ = 0.8, f_b=0.2, f_c=0.75, t=0.98), b) species 1 was excluded before, after is dominant (r₁=0.5, αθ = 0.95, f_b=0.3, f_c=0.8, t=0.98), c) coexistence before, species 2 excluded after (r₁=0.59, αθ = 0.95, f_b=0.4, f_c=0.8, t=0.99).

The dynamics of interspecific competition as a sex-ratio meiotic drive system becomes established in species 1. m₁=m₂=0.1, K₁=K₂=10,000, f_a=1, r₂=0.6. a) Coexistence before and after spread, but species 1 becomes dominant (r₁=0.55, αθ = 0.8, f_b=0.2, f_c=0.75, t=0.98), b) species 1 was excluded before, after is dominant (r₁=0.5, αθ = 0.95, f_b=0.3, f_c=0.8, t=0.98), c) coexistence before, species 2 excluded after (r₁=0.59, αθ = 0.95, f_b=0.4, f_c=0.8, t=0.99).