MicroClimate-Focused Thermal Comfort Assessment in Coastal Settlements with Tourism Activities

When selecting travel destinations, tourists often consider thermal comfort conditions alongside personal preferences. The microclimate data and seasonal characteristics of a destination significantly influence tourists' choices and the duration of their stays. In this study, a thermal comfort analysis was conducted for 15 major tourism centers in the Aegean Region of western Turkey and the Mediterranean Region of southern Turkey, areas renowned for their natural, cultural, historical, sports, and conference tourism potential. The analysis evaluated annual average comfort data, summer and winter conditions, as well as monthly and day-night variations. Physiologically Equivalent Temperature (PET) values, along with temperature, humidity, and wind data for these tourism centers, were analyzed using Geographic Information System (GIS) tools. According to the findings, the most comfortable locations based on annual average PET values were Alanya (15.4 degrees C), Silifke (13 degrees C), and Ka & scedil; (12.5 degrees C). Conversely, the lowest average PET values were recorded in & Ccedil;e & scedil;me (9.5 degrees C), Dikili (9.6 degrees C), and Ayval & imath;k (9.9 degrees C). During summer, the most favorable PET values were observed in & Ccedil;e & scedil;me (17.8 degrees C), Erdemli (18 degrees C), and Ayval & imath;k (18.8 degrees C). For winter, the highest average PET values were found in Alanya (8.1 degrees C), Silifke (5.3 degrees C), and Ka & scedil; (5.2 degrees C). This study provides valuable microclimate data and recommendations for tourists and tourism planners in designing short- and long-term activities in these 15 prominent tourism centers in southern and western Turkey.

Journal

PURE AND APPLIED GEOPHYSICS

Year

2025

Volume

182

Issue

5

Pages

2199-2217

ISSN

0033-4553

eISSN

1420-9136

DOI

10.1007/s00024-025-03719-w

WoS UID

WOS:001473770300001