Adaptation to Temporally Fluctuating Environments by the Evolution of Maternal Effects.

There was, nonetheless, an overall tendency toward higher hatchability, with a marginally significant increase in hatchability when hermaphrodites and embryos were exposed to normoxia (t 4,5 p = 0.07).

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Although the decrease in the geometric mean fitness of the unpredictable populations is not significant, there is a clear trend for maladaptation ( Fig 4 ), a trend that surely resulted from decreased fecundity and hatchability under anoxia ( Fig 5 ).

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