College of Landscape Architecture & Arts, Northwest A&F University, Yangling 712100, China.
College of Landscape Architecture & Arts, Northwest A&F University, Yangling 712100, China.
Sci Total Environ. 2022 Feb 20;808:152079. doi: 10.1016/j.scitotenv.2021.152079. Epub 2021 Nov 29.
Thermal comfort and environmental health in scenic open spaces, a communication bridge between tourists and their environment, are prerequisites for tourism activities. In this study, scenic open spaces in an urban area of Xi'an, China were selected. Thermal perception (thermal sensation, comfort and acceptability) of residents and tourists were investigated through meteorological measurement and questionnaire survey. Physiological equivalent temperature (PET) was used to determine thermal benchmarks of all visitors to the site. Variables that influence individual thermal perception assessment (physical, individual, society and psychology) were measured and compared. Finally, a series of strategies and suggestions were proposed based on meteorological characteristics and influencing factors of thermal perception from perspectives of designers and scenic spot managers. Results show that: 1) Neutral PET (NPET) of respondents were 17.3 °C (residents) and 15.5 °C (tourists). Neutral PET ranges (NPETR) were 8.9-25.8 °C (residents) and 7.2-23.8 °C (tourists). Preferred PET values were 20.1 °C (residents) and 19.7 °C (tourists). Thermal acceptability ranges (TAR) were 6.3-37.8 °C (residents) and 0.5-39.9 °C (tourists). 2) In winter, physical factors were primary influencers of residents' thermal perception, followed by social factors, while tourists' thermal perception was mainly influenced by physical factors. In spring, physical factors were still the primary influencers for residents, followed by individual factors. Physical factors were also dominant for tourists, followed by psychological. In summer, physical factors were the major influencing factors for residents and tourists' thermal perceptions.
风景开放空间的热舒适和环境健康是旅游活动的前提条件,它是游客与其环境之间的沟通桥梁。本研究选择了中国西安市的城市风景开放空间。通过气象测量和问卷调查,调查了居民和游客的热感觉(热感觉、舒适度和可接受性)。生理等效温度(PET)用于确定所有访问该地点的游客的热基准。测量和比较了影响个体热感觉评估的变量(物理、个体、社会和心理)。最后,从设计师和景点管理者的角度,根据气象特征和热感觉的影响因素,提出了一系列策略和建议。结果表明:1)受访者的中性 PET(NPET)分别为 17.3°C(居民)和 15.5°C(游客)。中性 PET 范围(NPETR)分别为 8.9-25.8°C(居民)和 7.2-23.8°C(游客)。首选 PET 值分别为 20.1°C(居民)和 19.7°C(游客)。热可接受范围(TAR)分别为 6.3-37.8°C(居民)和 0.5-39.9°C(游客)。2)在冬季,物理因素是居民热感觉的主要影响因素,其次是社会因素,而游客的热感觉主要受物理因素影响。在春季,物理因素仍然是居民热感觉的主要影响因素,其次是个体因素。对于游客来说,物理因素也是主要的影响因素,其次是心理因素。在夏季,物理因素是居民和游客热感觉的主要影响因素。