Title of article :
Studying Wind Chill Index as a Climatic Index Effective on the Health of Athletes and Tourists Interested in Winter Sports
Author/Authors :
Roshan, Gholamreza Department of Geography - Faculty of physical geography - University of Tehran, Tehran, IR Iran , Shakoor, Ali Department of Geography - Islamic Azad University - Marvdasht Branch, Marvdasht IR Iran , Shakoor, Ali Department of Geography - Islamic Azad University Marvdasht Branch, Marvdasht IR Iran , Mohammad-Nejad, Vahid Department of Geography - University of Urmia, Urmia, IR Iran
Abstract :
Purpose: Estimating wind chill index as one of the indexes effective
in body comfort, specifically for athletes and tourists interested in
winter sports.
Methods: Meteorology data including temperature and the
percentage of relative humidity of 6 synoptic stations of
Chaharmahal-Bakhtiyrai province, Iran from 1990 to 2007 were
extracted from Iranian Meteorology Site. In order to calculate the
values of wind chill, the innovative formula of NOAA Meteorology
Services Center [T (WC)= 35.74+0.6215T-35.75V+0.4275TV] was
used.
Results: After analyzing wind in all stations, it became evident that
the great percentage of wind calm related to fall, and spring had
the most wind distortions. In studying the mean temperature
during this studying period, Koohrang station with mean of 9.8ºC
was identified as the coldest station and Lordegan with a mean of
17ºC represented the warmest station of the region observed.
According to degrees derived from wind chill index, Koohrang
station in January with a mean of -28.75 was known as the coldest
and roughest station.
Conclusion: Among the studied stations, Koohrang had the most
intensive degrees of wind chill occurrence and Lordegan had the
calmest conditions. Therefore, athletes and tourists should use
warmer clothes and covers in cold seasons in Koohrang in
comparison with other studied regions, in order to protect
themselves from the negative effects of sudden cold and occurrence
of intense wind chills.
Keywords :
Climate change , Wind chill index , Winter Sports , Athletes' Health
Journal title :
Astroparticle Physics