The impact of high and low atmospheric pressure in the Jordanian environment on some physiological variable for runners

The study aimed at identifying the impact of difference between the areas of high atmospheric pressure in the Jordanian environment on some physiological variable ( estimating maximal oxygen consumption , estimating rate of Energy expenditure, and hemoglobin ,vital capacity), for runners . The study sample consisted of (16) athletes who practice ( middle and long – distance running). A number of statistical methods were used to answer the questions of the study ( arithmetic means , standard deviations , Mann.Whiteny test ,and the result of Kolmogorov – Smirnov tests ) . The study result concluded that there was apriority for the measurements which were conducted on the training groups of low atmospheric pressure in comparison with the other group, with regard to the variables (maximal oxygen consumption , rate of Energy expenditure, and hemoglobin). The study result also showed that there was apriority for the measurements which were conducted on the training groups of high atmospheric pressure in comparison with the other group, regarding to the variables (maximal oxygen consumption , rate of Energy expenditure, and hemoglobin).in the areas of high atmospheric pressure. The study result also suggested that ther were no statistically significant differences between two training groups with regard to the study variables of (maximal oxygen consumption , rate of Energy expenditure, and hemoglobin ,vital capacity), were measured in of high atmospheric pressure areas . The study recommended about building sports facilities that simulate the areas of low atmospheric pressure , because of the expected role that the factors would play in improving some physiological variables

Animal science · Art · Atmospheric oxygen · Atmospheric pressure · Biology · Blood pressure · Energy consumption · Energy expenditure · Geography · Heart rate · Hemoglobin · Meteorology · Oxygen · Statistics · VO2 max · Chemistry · Climate Change and Health Impacts · Environmental Science · Mathematics · Medicine · Psychology · Biochemistry · Ecology · Internal Medicine