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Article title
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Abstract
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Keywords
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Introduction
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Methods
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Animal culture
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Monitoring of locomotor activity
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Data analysis
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Results
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Arrhythmic locomotor activity of P. hirtus in constant darkness
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Presumptive night concentrated activity of P. hirtus exposed to 12h LD cycles
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Higher locomotor activity in the LD-monitored animals
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Longer resting breaks of DD-monitored animals compared to 12h L/D-adjusted P. hirtus
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Lack of free-running activity rhythm
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Discussion
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Further evidence that P. hirtus is sensing light
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Laboratory evidence that the locomotor clock has regressed in P. hirtus
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Conserved nocturnality: Ancestral adaptive response to predation pressure in the twilight zone?
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More resting in constant darkness: A cave-adaptive outcome of nutrient scarcity?
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Conclusions
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Acknowledgements
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References
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Supplementary materials
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