This study utilizes meteorological station data from Mile City(1991-2020)to analyze the effects of temperature,humidity,and wind efficiency index on human thermal perception and heat dissipation.The results demonstrat...This study utilizes meteorological station data from Mile City(1991-2020)to analyze the effects of temperature,humidity,and wind efficiency index on human thermal perception and heat dissipation.The results demonstrate that Mile City offers year-round travel suitability with excellent climatic resources.April and October are particularly ideal for tourism due to synergistic interactions between temperature-humidity conditions and wind efficiency.January,February,March,May,and September also prove suitable for travel,as wind efficiency during winter months enhances comfort perception while transitional seasons optimize tourism experiences through coordinated temperature-humidity-WEI adjustments.Notably,March shows only a 1.3-point difference in wind efficiency index compared to the optimal travel month.For travelers planning June-August visits,light summer retreats are recommended as high temperatures and humidity may cause discomfort,though this remains within acceptable thresholds.The temporal distribution analysis of Mile City’s tourism climate comfort provides valuable insights for travel planning and supports sustainable development of the local tourism industry.展开更多
基金supported by the Innovation and Entrepreneurship Training Program for College Students in Yunnan Province,with the project title“Analysis of Tourism Development and Tourism Climate Resources in Mile City,Yunnan Province”.
文摘This study utilizes meteorological station data from Mile City(1991-2020)to analyze the effects of temperature,humidity,and wind efficiency index on human thermal perception and heat dissipation.The results demonstrate that Mile City offers year-round travel suitability with excellent climatic resources.April and October are particularly ideal for tourism due to synergistic interactions between temperature-humidity conditions and wind efficiency.January,February,March,May,and September also prove suitable for travel,as wind efficiency during winter months enhances comfort perception while transitional seasons optimize tourism experiences through coordinated temperature-humidity-WEI adjustments.Notably,March shows only a 1.3-point difference in wind efficiency index compared to the optimal travel month.For travelers planning June-August visits,light summer retreats are recommended as high temperatures and humidity may cause discomfort,though this remains within acceptable thresholds.The temporal distribution analysis of Mile City’s tourism climate comfort provides valuable insights for travel planning and supports sustainable development of the local tourism industry.
