Temperature-robust rapid eye movement and slow wave sleep in the lizard Laudakia vulgaris.

This difference in ShW rate between states was highly significant ( p value < 0.001) when pooling across animals and nights (Fig. 3l , 14,999 sleep cycles from 50 nights in 9 animals, t -test, p value = 1.5e −22 ).

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Plotting the frequency of oscillations as a function of the temperature for different recordings revealed a clear trend according to which oscillation frequencies increase with temperature increases (Fig. 6f ).

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