قياس الراحة المناخية و تحليلها إحصائيا في المنطقتين الوسطى و الجنوبية من العراق

الملخص EN

This research measuring climatic comfort and statistically analyzed in the central and southern regions of Iraq in order to determine the most influential dimatic elements in the human comfort in the study area as well as to reach the most suitable climatic standards appropriate to the climate and the reality of the study area and most have reached research to the most important the following conclusions: -After the application of a number of indicators of climate comfort in the study area most frequently appeared comfortable months Depending on the comfort levels are (March, April, October, November).

- From the application and multiple regression coefficient of correlation coefficient, we find that the temperature (normal and maximum and minimum) is the most influential dimatic elements in the human sense of comfort standards.

-Infer from the statistical analysis of the criteria for measuring climatic comfort in the study area that influential of the most climatic norms heat guide an explanation of the effect of the elements and phenomena of climate on human comfort in the study area, this is what is indicated by the explanation coefficient as contributing to influential interpretation of ergonomic months and uncomfortable changes by heat guide 6S% the remaining 32 % is due to the factors, as confirmed multiple regression coefficient that for this directory (affecting temperature guide) great role and strong relationship between him and the elements and climate phenomena as the degree of influence of influencing the heat guide ranged in the elements and phenomena of climate between (1.35 and 1, S9.kzlk confirms the Pearson correlation coefficient over the strength of the relationship between the influence of heat and guide elements and climatic phenomena as the degree of influence of influencing temperatures ranged guide in most elements and climatic phenomena (0.98) since there is a direct correlation strong relationship