
pmid: 32473743
With climate warming, organisms are shifting their ranges towards the poles, tracking their optimal thermal environments. Day-length, the driver of daily and annual timing, is, however, fixed by latitude and date. Timing and photoreception mechanisms adapted to ancestral photic environments may restrict range-shift capacity, resulting in photic barriers to range-shifts.
photoreception, Climate, Climate Change, biological rhythm, global climate change, Temperature, photoperiod, phenology, range-shift, Seasons
photoreception, Climate, Climate Change, biological rhythm, global climate change, Temperature, photoperiod, phenology, range-shift, Seasons
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