Natural Climbers: Insights from Avian Physiology at High Altitude
Parr, N; Wilkes, M; Hawkes, L
Date: 16 October 2019
Journal
High Altitude Medicine and Biology
Publisher
Mary Ann Liebert for International Society for Mountain Medicine
Publisher DOI
Abstract
High altitudes are physiologically challenging: the hypobaria, hypoxia, cold, andincreased UV radiation means humans ascending to high-altitude faster than they
acclimatise risk life-threatening illnesses. Despite such challenges, birds can thrive at
high altitudes and some even complete metabolically costly migrations across ...
High altitudes are physiologically challenging: the hypobaria, hypoxia, cold, andincreased UV radiation means humans ascending to high-altitude faster than they
acclimatise risk life-threatening illnesses. Despite such challenges, birds can thrive at
high altitudes and some even complete metabolically costly migrations across the
world’s highest mountain ranges. We outline the aspects of avian anatomy and
physiology that confer advantages at each level of the oxygen transport cascade and
compare them with those of human and non-human mammals. We also discuss
additional adaptations that have been described for high-altitude specialist species of
birds and how these are mirrored in high-altitude adapted mammals.
Biosciences - old structure
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