Evaluation of tourism climate conditions at three stations of Noshahr, Ramsar and Rasht using the physiological equivalent temperature and average predicted polling index
DOI:
https://doi.org/10.5902/2236117040273Schlagworte:
Climate comfort, Climate change, Tourism, North of iranAbstract
Provinces located on the southern shores of the Caspian Sea are one of the most important northern places in the country that have always attracted a great deal of tourists in different seasons of the year due to their various natural, human and historical attractions. Every year, they welcome different tourists. These beaches, while having attractive features for tourists, can also play a vital role in the sustainable development of the natural scenery and conservation area. One of the steps to reach sustainable development is tourism planning. The first step in this area is to assess the tourism climate in the country. In this study, in order to evaluate the conditions of the northern climate of Iran's climate, the meteorological data of synoptic stations of Noshahr, Ramsar and Rasht have been used in a 30-year statistical period divided into three decades of age. The method used to assess the climate of comfort, the physiological equivalent temperature index, and the predicted mean of the survey. The results of this study show that the highest climatic conditions for spending leisure time and tourism activities in this region are two separate periods in the middle of spring (May and June) and the beginning of the fall season (October). The continuation of average heat stress from July to August and cold stress from different periods from November to the end of the winter season is a factor for tourism constraints during these months. For other months, they have relatively good weather conditions in terms of temperature and humidity in a little warm and slightly cool thermal condition. Also, changes over the decades indicate climate change and impact on thermal comfort.
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Arvin, Abbas Ali, Shojaeizadeh, Kobra. (2014). Evaluation of Shiraz Tourism Climate Conditions Using Predicted Physiological Equivalent Temperature and Average Survey Indicators, Journal of Natural Geography,SeventhYear,No.26,pp.87-98.
Attai, Hooshmand and Hashemi Nasab, Sadat. (2011). Investigating the Potential of Tourism in Semnan Province Using PMV Index, Proceedings of the First International Conference on Tourism Management and Sustainable Development with a Tourism Focus on Cultural Relations of Islamic Azad University of Marvdasht, p. 64.
Azizzadeh Varzeghan, Mohammad Reza and Khadijeh Javan. (2013). Zoning of Potential Climate Climates of Northwest of the Country for Development of Tourism Industry Using Effective Temperature Index, Tourism and Future Vision, No. 2
Buratti, C. and P. Ricciardi, (2009) Adaptive analysis of thermalcomfort in university classrooms: Correlation between experimental data and mathematical models, Buildingand Environment, volume 44,pp 674–687.
Deb,Ch. Ramachandraiah, A. (2010). Evaluation of thermal comfortin a rail terminal location in India, Building and Environment, volume 45,pp 2571-2580.
Defeats, C. (2002). Theory, Concepts and Methods in Tourism Climate Research. School of Geography and Environmental Science, the University of Auckland.
Emanuel, R. (2005). Thermal comfort implications of urbanization in a warm-humid city the Colombo Metropolitan Region. Building and Environment, 40(12):1591-1601.
Farajzadeh, Hassan and Andreas Matzarakis. (2009). Quantification of climate for tourism in the northwest of iran, Meteorological Applications 16: 545 – 555.
Givoni, B. (1997). Climate consideration in Building and urban Design. First Edition. Publisher London. p 720.
Heidari, Hassan and Khadijeh Javan. (2012). Evaluation of Climatic Conditions of Northwest of Iran for Development of Tourism Industry, Journal of Tourism and Future Vision, No. 4
Javan, Khadijeh, Malazadeh, Wali. (2013). Surveying the Tourism Climate of Urmia City Using Bioclimatic Indicators, Zagros Quarterly Journal of Urban and Urban Planning, Volume 5, Number 16, pp. 96-83.
Khaje Amiri Khaledi, Chekavak, Salari Fanoodi, Mohammad Reza. (2015). Evaluation and Zoning of Tourism Climate Using TCI Index (Case Study: Baluchistan), First National Conference on Tourism, Geography and Clean Environment,Bu Ali Sina University, Hamadan.
Good Ethics, Faramarz, Guardian, Saeed, Roshan, Gharib, Baghiyan, Hamid. (2010). Investigating the Role and Impact of Climate Change on the Comfort Climate of Yazd City Using the Evans Model. Journal of Geography and Development,No.8,pp.167-181.
Khazaei Ali Abad, Mina, Mohammadi, Hossein and Nazarian, Asghar. (2015). Evaluation of Biological Climate Indices Affecting Human Comfort and Its Impact on Tourism Case Study: Noshahr City, Geographical Survey of the Land, Twelfth Year, No. 46, pp. 119-131.
Martin Falk. (2014). Impact of weather conditions on tourism demand in the peak summer season over the last 50 years, Tourism Management Perspectives, Volume 9, January 2014, Pages 24-35.
Mohammadi, A. (2003). Environmental Planning (Marivan Case Study), MSc Thesis, Faculty of Humanities, Tarbiat Modares University, p. 6.
Mohammadi, Hossein and Basiri, Ali, (2007). Impact of bioclimatic indicators on human comfort assessment. Case of Qom, Journal of Environmental Studies, No. 4.
Pantava,K., G. Theoharatos, A. Mavrakis, M. Sacntamouris. (2010). Evaluating Thermal Comfort Condition And Heat Responses During an extremely hot summer in Athens, Building & Environment, 46.
Parry, A. H. (1993). Climate, greenhousewarning and the quality of life, progress in physical Geography”, 17:354-358. Ramazani Gorabi, Bahram. (2009). Recognizing the Potential of Human Bioclimatic Comfort in Anzali Wetland, Journal of Natural Geography, Second Year, No. 6.
Ramazani, Bahman and Farajzadeh, Hassan and Roshanak Moradian. (2012). Studying Tourism Climate in Rudsar Using Neural Pressure Index, Journal of Tourism Space, Vol. 1, No.2.
Sabzee, Barzoo and Zahrai, October. (2010). The Role of Eco-tourist Attractions in Sustainable Development of Ilam Province Using GIS, Regional Conference on the Use of Natural Geography in Environmental Planning, Islamic Azad University, Khorramabad Branch.
Scat, D. Jones, B. and Macboyle, G. (2004). "Climate, tourism and Recreation",Abibliography University of Waterloo Canada.
Son H. Ho, Luis Rosario, Muhammad M. Rahman. (2009). Thermal comfort enhancement by using a ceiling fan,AppliedThermalEngineering,PP8422–84.
Tawassi, Taghi et al. (2008). Climatic Architecture of the New School of Isfahan, Geography and Development, No. 11, Spring and Summer. Topay, M. (2007). "The importance of climate for recreational planning in rural Case Study of Mugla province", In Proceedings of the First International Workshop on Climate, Tourism and Recreation, www.mif.uni-freiburg.de/isb.
Torkashvand, Mohammad Ghasem. (2015). Temporal and Spatial Evaluation of Hamadan's Climate Comfort Using Equivalent Physiological Temperature and Nervous Pressure Indices, Environmental Planning Journal,No.31,pp.173-199.
Zolfaghari, Hassan and Heidari, Fatemeh. (2010). An analysis of the human and tourist climate characteristics of the hot and humid coasts of the south of the country by using the physiological equivalent temperature index (PET), Proceedings of the Fourth International Congress, Islamic World Geographers, Iran, Zahedan, University of Sistan and Baluchestan,April,pp.25-27.
Zolfaghari, Hassan. (2007). Determination of suitable calendars for circulation in Tabriz using physiological equivalent temperature index (PET) and forecasted survey (PMV), GeographicalResearch,No.62,pp.129-141.
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