Climate and Ecosystem of Arid and Semi-arid Regions

Climate and Ecosystem of Arid and Semi-arid Regions

Site Selection and Zoning of Tourism Camps Using Meteorological Parameters (Case Study: Sabzevar City)

Document Type : Original Article

Abstract
Background and Objectives: Natural attractions and diverse geographical climates have provided significant economic benefits to human society. However, these alone are not sufficient to foster the growth and development of the tourism industry, as their successful exploitation requires creation of specific conditions, which depend on the stability of the tourism sector. Sabzevar, located along the route of more than 20 million pilgrims traveling to the Razavi shrine, faces a challenge: despite the large flow of travelers, the city lacks the necessary facilities, and its tourism potential remains largely untapped. As a result, many travelers pass through this historic city without stopping. The main objective of this research is to examine the impact of establishing a tourist campsite on the order of travelers, their length of stay, and their satisfaction in Sabzevar, as well as to identify the most suitable location for such a campsite.

Materials and Methods: In this study, the best location for a tourist campsite in Sabzevar was identified using Analytical Hierarchy Process (AHP) in a GIS environment. To achieve the research's primary goal, criteria such as climatic comfort, land use, elevation, slope direction and percentage, distance from faults, rivers, roads, service centers, settlements, and population density were identified and extracted from available resources. The second step involved extracting these criteria layers using Google Earth and Remote Sensing software. Data processing included converting vector layers into raster format and assigning weights to the criteria based on their importance (on a scale from very high = 9, high =7, medium = 5, low = 3, to very low= 1). The weights were determined by consulting 20 experienced experts in the field. Finally, using the overlay method and weighted sum analysis, the study area was categorized into three zones based on its potential for ecotourism camping.

Results: The findings revealed that the best time to visit Sabzevar in terms of climatic comfort is during the spring, which accounted for 48% of the data. The study also identified the types of camps used by tourists in the region, with most preferring gazebos. Three potential locations for the establishment of a tourist campsite were identified: Location A (west of the city) with a score of 52.9% as the most suitable, Location B with a score of 35.9%, and Location C with a score of 11.7%. Additionally, 34% of travelers expressed a very high need for a campsite in the city, 35% felt the need to a high degree, 24% to an average degree, and approximately 7.5% to a low or very low degree. The assessment of services required by tourists and travelers in Sabzevar indicated that they were inadequate, which could significantly impact their length of stay. Moreover, travelers identified the most critical weaknesses as the city’s existing infrastructure, especially in passenger service centers, including accommodations and related services.

Conclusion: Given Sabzevar’s location as a transit point for travelers heading to Mashhad, the areas near major communication routes with adequate infrastructure are the most suitable for the construction of tourist campsites. Ensuring security in these areas is crucial for achieving ecotourism objectives. Additionally, private sector involvement in establishing tourist campsites, providing investment opportunities, and developing sports and cultural facilities at the campsites can play a key role in attracting more travelers.

1. Arabshahi, M., Behbodi, O., & Shah Ebrahimi, R. A. 2015. Identifying and ranking effective welfare factors in religious tourism in Mashhad using multi-criteria decision-making techniques (AHP). Great Khorasan, 7(23), 75-88. [In Persian]
2. Ardakani, T., Daneh Kar, A., Karami, M., & Aqiqi, H. 2011. Zoning of Chabahar Bay using multi-variable decision-making model for concentrated recreational use. Journal of Geographical Survey of Space, 1(1), 1-20. [In Persian]
3. Barghi, H., Rahimi, D., & Rahimi, R. 2014. Locating campsite construction in tourism target villages using geographic information system and AHP model (Case study: Abyaneh village). Spatial Planning Journal, 5(2), 55-74. [In Persian]
4. Esfandyari, H., Choobchian, S., Momenpour, Y., & Azadi, H. 2023. Sustainable rural development in northwest Iran: Proposing a wellness-based tourism pattern using a structural equation modeling approach. Humanities and Social Sciences Communications, 10(1), 1-15. https://doi.org/10.1057/s4159 9-023-01943-0

5. Fakhrjamali, H., Sahraei Nejad, N., & Moosavi Fatemi, S. H. 2021. Analysis of zoning for sustainable development in rural ecotourism using analytical hierarchy process (AHP) case study: Sardabeh village of Ardabil province. Journal of Sustainable Architecture and Urban Design, 9(2), 65-77. [In Persian]

6. Foruzande Shahraki, G., Kahram, A., & Laqaei, H. 2013. Locating the design of the tourist village in "Love Valley". Environmental Science and Technology, 3, 83- 99. [In Persian]
7. Gharakhlou, M., Tavakoli Naghmeh, M. T. N., & Garousi, A. 2020. Identify the location of the camp of religious tourism and leisure city with AHP and fuzzy logic in GIS (The holy city of Qom). Tourism Management Studies, 15(51), 207-228.
8. Ghiasi Noeei, M. 2012. Locating the sample tourism area of Abarde using GIS software and AHP model. The First National Conference of Tourism Management, Nature Tourism and Geography, Hamedan. Hegmatane Environmental Assessors Association.  [In Persian]
9. Ghorbanzadeh, O., Pourmoradian, S., Blaschke, T., & Feizizadeh, B. 2019. Mapping potential nature-based tourism areas by applying GIS-decision making systems in east Azerbaijan province Iran. Journal of Ecotourism, 18(3), 261-283.
10. Ildrumi, A., Hosseini, M., & Ghorbani, M. 2019. Feasibility of creating an eco-tourism camp at Balkhali Bolaghi resort in Garmab city. Tourism Management Studies, 15(51), 175-209. [In Persian]
11. Jalilvand, H., Karami, O., Shahnazari, A., & Shabani, M. 2011. Tourism evaluation with the help of Analytical Hierarchy Process (AHP) and Geographical Information System (GIS) - Case: Shahid Zare Forest Park, Mazandaran. Geography and Development, 10(29), 107-118. [In Persian]
12. Jamini, D., & Dehghani, A. 2022. Evaluation and analysis of resilience of rural tourism and identification of key drivers affecting it in the face of the Covid-19 pandemic in Iran. Journal of Research and Rural Planning, 11(4), 99-116. https://doi.org/10.22067/jrrp.v11i4.2208.1056
13. Karami, O., Mahdavi, A., Nasr, M. H., & Jalilvand, H. 2014. The evaluation of susceptible area for eco-tourism by using of analytical hierarchy process (AHP) (Case study: Babolrood watershed, Mazandaran). Wood and Forest Science and Technology Research, 21(2), 185-202. [In Persian]
14. Maghsoudi, M., Faraji Sabokar, H. A., Parvaz, H, & Behnam Morshedi, H. 2014. Locating ecotourism development areas in Kavir National Park using GIS and Genetic Algorith. Human Geography Studies, 47(2), 367-390. [In Persian]
15. Momeni, M., Taghi Pourjavi, M., & Mostaghathi, Sh. 2013. Optimum location of tourism sample areas (Case study: Sistan and Baluchistan province). Geographical Journal of Tourism Space, 8, 113-141. [In Persian]
16. Mousavi, S. H., Nazari, N., & Gholami, Y. 2019. Spatial analysis and capability assessment of tourism susceptible zones in Fasa County. Geography and Environmental Planning, 29(4), 145-168. [In Persian]
17. Nadalizade, N. 2019. Location of tourist campsites in the city of Isfahan using geographic information system (GIS). Master Thesis in geography and tourism planning, Isfahan University. [In Persian]
18. Nas, C., & Ilham, W. 2021. Mapping leading local culture of cirebon tourism sector using geographic information system (GIS). Jurnal Teknologi Dan Open Source, 4(1), 19-27.
19. Özdemir Işık, B., & Demir, S. 2017. Integrated multi-criteria decision-making methods for the sustainability of historical-cultural structures on the Trabzon coastline. Sustainability, 9(11), 14-21.
20. Razavizadeh, N., & Varshoe, S. 2023. A formal and contentual review of pilgrimage and religious tourism studies in Iran (2003-2021). Journal of Social Studies in Tourism, 11(22), 93-132. [In Persian]
21. Rezaei, P. 2017. Locating nomadic tourism sites (Case study: Chaharmahal and Bakhtiari province). Human Settlements Planning Studies, 13(4), 951-969. [In Persian]
22. Rezvani, M., Oroji, H., Alizadeh M., & Najafi, M. 2013. Locating the construction of ski resorts from the perspective of tourism (Case study: northern areas of Tehran province). Regional Planning, 10, 25-43. [In Persian]

23. Saliqeh, M., & Beheshti Javid, E. 2014. Comparing Analytical Hierarchy Process (AHP) and the Climate Index (TCI), zonation suitable places for tourism case study: Semirom city. Geography, 41, 239-255. [In Persian]

24. Seidaie, S. S., & Sadeghi, H. O. 2023. Locating the construction of nomadic tourism ecocamps in Chaharmahal and Bakhtiari region. Nomadic Territory Planning Studies, 3(1), 13-30. [In Persian]

25. Shahdadi, A., Ghanbari, Y., Salmani zadeh, E., & Azareh, A. 2019. Potentiometric and location predatory areas for construction nomadic EcoCamp (Case study: Part of Semirom province). Quarterly of Geography & Regional Planning, 9(35), 293-306. [In Persian]

26. Taheri Bejagan, S., Hadi Asl, F., & Seiqalani, P. 2015. Positioning tourism sites in Bandar Abbas in order to make tourist sites. Journal of Urban Tourism, 1(1), 113-126. [In Persian]

27. Varesi, H. R., & Rezaei, M. 2012. Spatial analysis and site selection residential centers in the historical cities: A case study: Shiraz hotels. Amayesh Journal, 19, 1-26. [In Persian]

Volume 2, Issue 1 - Serial Number 2
September 2025
Pages 175-194

  • Receive Date 07 July 2024
  • Revise Date 14 August 2024
  • Accept Date 21 September 2024