Environmental Stress

Contributors

Preface

Section I Heat Stress


1. Human Adjustments and Adaptations to Heat Stress-Where and How?


2. Thermoregulatory Adaptations to Heat and Exercise: Comparative Responses of Men and Women


3. Oxygen Intake of Men and Women During Exercise and Recovery in a Hot Environment and a Comfortable Environment


4. Prediction of Human Heat Tolerance


5. Heart Rate-Rectal Temperature Relationships During Prolonged Work: Males and Females Compared

Section II Air Pollution


1. Review of Air Pollution


2. Respiratory NH3: A Possible Defense Against Inhaled Acid Sulfate Compounds


3. Effects of Low-Level Carbon Monoxide Exposure on the Adaptation of Healthy Young Men to Aerobic work at an Altitude of 1,610 Meters


4. Respiratory and Biochemical Adaptations in Men Repeatedly Exposed to Ozone


5. The Influence of Exercise on the Pulmonary Function Changes Due to Exposure to Low Concentrations of Ozone

Section III Work Physiology


1. Aerobic Work Performance, A Review


2. Childhood Undernutrition: Implications for Adult Work Capacity and Productivity


3. Running Performance from the Viewpoint of Aerobic Power


4. The Influences of Age, Sex, and Body Fat Content on Isometric Strength and Endurance


5. Longitudinal Comparisons of Responses to Maximal Exercise


6. Gravitational Effects on Blood Distribution, Ventilation, and Gas Exchange at the Onset and Termination of Exercise

Section IV Cold Stress


1. Cold Stress: A Selective Review


2. Age, Sex and Fitness, and the Response to Local Cooling


3. Seasonal Variation of Aerobic Work Capacity in Ambient and Constant Temperature


4. Review of Studies on Cold Adaptation with Special Reference to Those in Japan


5. Body Fat and Cooling Rates in Relation to Age


6. The Effect of Ethanol Consumption on Human Heat Exchange

Section V Altitude


1. Some High Points in High Altitude Physiology


2. Adaptation to High Altitude


3. Comparative Altitude Adaptability of Young Men and Women


4. Oxygen Uptake and Blood Lactate in Man during Mild Exercise at Altitude


5. Sleep Hypoxemia at Altitude: Its Relationship to Acute Mountain Sickness and Ventilatory Responsiveness to Hypoxia and Hypercapnia

Section VI Summary

Index