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The evolutionary basis of thermoregulation and exercise performance
Francesco Marino
Allied Health, Exercise and Sports Sciences
Research output
:
Book chapter/Published conference paper
›
Chapter
18
Citations (Scopus)
Overview
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Keyphrases
Adaptation
50%
Aerobic Capacity
50%
Bipedal Locomotion
50%
Bipedalism
50%
Catastrophe
50%
Changing Environment
50%
Cooling Mechanism
50%
Early Hominins
50%
Evolutionary
100%
Evolutionary Forces
50%
Evolutionary History
50%
Exercise Performance
100%
Food Sources
50%
Furthest Distance
50%
Heat Load
50%
Heat Production
50%
Heat Stress
100%
Long Distance
50%
Physical Activity
50%
Physiologist
50%
Selection Pressure
50%
Thermal Limits
50%
Thermoregulation
100%
Thermoregulatory System
100%
Upright Posture
50%
Biochemistry, Genetics and Molecular Biology
Body Position
33%
Evolution
100%
Exercise
100%
Heat Stress
66%
Physical Activity
33%
Thermogenesis
33%
Thermoregulation
100%
Agricultural and Biological Sciences
Evolution
100%
Physical Activity
33%
Physiologists
33%
Protocerebrum
33%
Selection Pressure
33%
Thermogenesis
33%
Thermoregulation
100%
Psychology
Physical Activity
100%
Thermoregulation
100%