Yeah, even if there are no obligate mosquivores, we're perturbing a chaotic system, which is defined by sensitive dependence on initial conditions. Any action we take (including none at all) is going to have some arbitrarily large (or small) effect on the future state of the system.
If it works exactly as described, the 'only male offspring' modification should be nice and side-effect-free. But then, evolution is a big-numbers statistical game. Who knows what interesting variations we'll see..
True, species with heterogametic females (such as some reptiles) will revert to parthogenesis if no male is available. If mosquitoes are like that (are they?) then that could lead to all sorts of interesting consequences after a dedicated push to release infertile males.
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Yeah, even if there are no obligate mosquivores, we're perturbing a chaotic system, which is defined by sensitive dependence on initial conditions. Any action we take (including none at all) is going to have some arbitrarily large (or small) effect on the future state of the system.
If it works exactly as described, the 'only male offspring' modification should be nice and side-effect-free. But then, evolution is a big-numbers statistical game. Who knows what interesting variations we'll see..
it's quite possible that mosquitoes that don't require a male to procreate will take dominance. I think there are wasps like that...
True, species with heterogametic females (such as some reptiles) will revert to parthogenesis if no male is available. If mosquitoes are like that (are they?) then that could lead to all sorts of interesting consequences after a dedicated push to release infertile males.