ARTICLE INFO

Article Type

Original Research

Authors

Mahdi   A. (1)
Karimi   D. (*1)
Farshchi   P. (2)
Panahi   M. (3)






(2) Department of Environmental Pollution, Faculty of Natural Resources and Environment, Science and Research Branch, Islamic Azad University, Tehran, Iran
(3) Department of Environmental Economics, Faculty of Natural Resources and Environment, Science and Research Branch, Islamic Azad University, Tehran, Iran

Correspondence

Address: Science and Research Branch, Islamic Azad University, Hesarak Martyrs Boulevard, University Square, End of Shahid Sattari Highway, Tehran, Iran
Phone: +98 (21) 44564323
Fax: +98 (21) 445643200
dkarimi1@gmail.com

Article History

Received:  December  8, 2019
Accepted:  January 9, 2021
ePublished:  February 10, 2020

BRIEF TEXT


Ecotourism as a branch of the revenue-making tourism industry is of great importance in sustainable development. Its emphasis on sustainability and the conservation of resources makes it different from nature tourism

Iran is one of the most important countries because of its valuable biodiversity attractions and potentials [UBWTO, 2016]. Nowadays, the demand for recreations in pristine nature resorts, specially protected areas, is increasing, mainly due to urbanization's problems. Human activities in such places may cause ecological transformations by changing the soil quality, vegetation, wildlife, water resources, air quality, and making noise pollution [Hammitt et al, 2015]. According to the studies conducted in Iran, the vegetation of Chaghasabz, Ilam is considerably damaged. Moreover, both PH and soil apparent density increased [Eshghi Rad et al, 2011]. The results of similar research in Noor forest park shows an increase in the number of visitors which almost doubled the soil apparent density or soil compactness and reduced soil porosity considerably [Bakhshi et al, 2010]. The majority of the studies on tourism tend to evaluate carrying capacity. Juardo et al (2017) measured the carrying capacity in coastal areas. Ye et al (2016) measured the environmental carrying capacity in China and analyzed the relationship between the optimum number of visitors and socio-economic pressure on the host community. The results show more vulnerability of western and central parts of the country in comparison to other parts. Reghunathan et al (2016) and Moradi et al (2019) analyzed the recreational carrying capacity in Mashhad environs. Rezaei & Ghahramani (2015) evaluated the importance of the carrying capacity in the determination of different land uses in tourist complexes. Hoseeinzade & Erfanian (2015) measured the carrying capacity in coastal parts of Kish Island.

This study aimed to plan the ecotourism in protected areas of Shahrood using the ecological carrying capacity and the influential factors in the evaluation of ecotourism.

This is an empirical survey that is comparative-analytical in terms of the analysis method.

This research is carried out in quad protected areas of Shahrood.

The first step is to determine the evaluation criteria which were all approved by an elite of 15 people in the environment and tourism fields.

LISREL software is used to evaluate the goodness-of-fit test and GIS was used for drawing the final map. Moreover, the questionnaire was used to evaluate the causal conditions.

24 items in form of a questionnaire were used to evaluate the causal condition. The results of confirmatory factor analysis (from elite's opinion) show items No. 16, 22, 23, and 24 have factor loading less than 0.4, then, should be removed from the model. Hence the modified model consists of 8 dimensions and 20 criteria. According to the software's outputs, factor loading is more than 0.4 for other criteria which shows selected criteria are appropriate measures (figure 2 and table 3).The results of goodness-of-fit test of ecotourism site evaluation are presented in table 4. The results show 20 of the given criteria might be proper for the evaluation of the ecotourism site. Using the reference information layers and matching them on the land, separate maps were drawn for each extracted dimension and the layers were overlaid according to the criteria's weight so as to prepare the final map.The ecotourism map by zones was drawn after information layers merging. Totally, 66474.8 ha (12.8% of the whole area) is evaluated to be proper for ecotourism. Each zone's area and the percentage is presented below: Mountain forest zone: 18613 ha (28%), mountainous and plain zone: 9306 ha (14%), desert zone: 38555ha (58%). The process of overlaying of information layers and the extraction of the final map is presented in figure 3. The physical carrying capacity of proper zones for ecotourism is calculated and presented below: Mountain forests: 23266 Mountain and plains: 11632 Deserts: 48194 The real physical carrying capacity should be measured after physical carrying capacity evaluation. Then, the limiting coefficient in each zone should be calculated (Table 5). Afterward, the real carrying capacity for each zone was calculated and the effective carrying capacity is determined to be 10% of the real carrying capacity (table 6).

The results show 20 out of 24 primary criteria for the evaluation of the ecotourism sites fitting were proper while 4 of them were rejected. These criteria were classified in 8 dimensions including physiography, geology, pedology, vegetation, animals, water resources, land use, and attractions. These results are consistent with the results of Bazmara Balashti et al (2017). However, it was different in the attractions dimension. Considering the limiting factors, real carrying capacity is far less than the physical carrying capacity which is of great importance in planning for ecotourism. This is consistent with the results of Moradi et al (2019), Taheri et al (2019), Reghunathan et al (2016), Sayan & Atik (2011), and Rezaei & Ghahramani (2015).

According to this research, effective carrying capacity is 10% of the real carrying capacity which shows 1743, 1765, and 3123 people can visit the mountain forest, mountains and plain, and desert zones of Shahrood, respectively at the same time. However, these numbers are far more than the current number of visitors.

There is no limitation reported

To sum up, the protected areas of Shahrood have various potentials to attract visitors. However, the environmental carrying capacity was not taken into account in this region. Hence, conservation should be considered in tourism planning so as to reach a proper carrying capacity.This region's management should be such that it does not threaten the conservative values such as animals' habitat. Moreover, it should make a stunning memory in visitors' minds. Finally, the carrying capacity technique, determines the quality and quantity of the tourism in small scale, while the tourism and sustainable development are large scale issues related to political, economic, and cultural relationships at both national and international levels.

The authors thank Dr. Abdi and Dr. Behabahani for their valuable guidelines.

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TABLES and CHARTS

Show attach file


CITIATION LINKS

[1]Amiry Lagmoj M, Keshacarz Shokry A, Hashemi SA, Karim Zadegan H (2013). Defining the ecotourism carrying capacity of langeroud city case study: Khorma forest. Greener Journal of Social Sciences. 3(9): 447-457.
[2]Arsić S, Nikolić D, Živković Z (2017). Hybrid SWOT – ANP – FANP model for prioritization strategies of sustainable development of ecotourism in national park Djerdap, Serbia. Forest Policy and Economics. 80:11-26.
[3]Ashok S, Tewari HR, Behera MD, Behera MD, Majumdar A (2017). Development of ecotourism sustainability assessment framework employing Delphi, C&I and participatory methods: A case study of KBR. West Sikkim, India. Tourism Management Perspectives. 21:24-41.
[4]Bakhshi H, Namiranian M, Makhdoom M, Zahedi Amiri G (2010). The impact of recreation on regeneration, herbaceous cover and soil quality case study: Nur forest park. Journal of the Forest and Wood Products, Iranian Natural Resources Journal. 6(3):271-283. [Persian]
[5]Bazmara Balashti M, Tavakoli M, Soltanian S, Jafarzadeh K (2017). Development of sustainable ecotourism in protected areas with emphasis on the concept of environmental board capacity. Journal of Tourism Space. 7(25):19-32. [Persian]
[6]Bluwstein J (2017). Creating ecotourism territories: Environmentalities in Tanzania’s community-based conservation. Geoforum. 83:101–113.
[7]Borowy I (2014). Defining sustainable development for our common future. A history of the world commission on environment and development. (Brundtland Commission). 1st ed. Milton Park: Routledge.
[8]Brown LR (2011). world on the edge. earth policy institute. New York: Norton.
[9]Duarte P, Meneses R, Hawkins AJS, Zue M, Fang J, Grant J (2003). Mathematical modeling to assess the carrying capacity for multi species culture within coastal water. Ecological Modeling. 168(1-2):109-143.
[10]Eagles PFJ (2014). Research priorities in park tourism. Journal of Sustainable Tourism. 22(4):528-549.
[11]Eshaghi Rad J, Heidari M, Mahdavi A, Zeinivandzadeh M (2011). Impact of recreational activities on vegetation and soil in forest park case study: Choghasabz forest park-Ilam. Iranian Journal of Forest. 3(1):71-80. [Persian]
[12]Eusébio C, Carneiro MJ, Kastenholz E, Figueiredo E, Da Silva DS (2017). Who is consuming the countryside? an activity-based segmentation analysis of the domestic rural tourism market in Portugal. Journal of Hospitality and Tourism Management. 31:197-210.
[13]Hammitt WE, Cole DN, Monz CA (2015). Wildland recreation: Ecology and management. 2nd ed. Hoboken: Wiley.
[14]James P, Magee L, Scerri A, Steger MB (2015). Urban sustainability in theory and practice: Circles of sustainability. London: Routledge.
[15]Jennifer K, Strickland-Munro JK, Allison HE, Moore SA (2010). Using resilience concepts to investigate the impacts of protected area tourism on communities. Annals of Tourism Research. 37(2):499–519.
[16]Jurado N, Tejada M, García A, González C, Macías C, Peña Gutiérrez F, et al (2017). Carrying capacity assessment for tourist destinations. Methodology for the creation of synthetic indicators applied in a coastal area. Tourism Management. 33(6):1337-1346.
[17]Laurance W, Alonso M, Lee M, Campbell P (2006). Challenges for forest conservation in Gabon, Central Africa. Futures. 38(4):454- 474.
[18]Liu AM, Lau WS, Fellows R (2012). The contributions of environmental management systems towards project outcome: Case studies in Hong Kong. Architectural Engineering and Design Management. 8 (3):160-169.
[19]Lucas-Borja ME, Bastida F, Moreno JL, Nicolás C (2011). The effects of human trampling on the microbiological properties of soil and vegetation in Mediterranean mountain areas. Land Degradation and Development. 22(4):383–394.
[20]Madden CJ, Goodin KL, Allee R, Finkbeiner M, Barnford DE (2008). Coastal and marine ecological classification standard (Draft). NOAA and NatureServe. p77.
[21]Martire S, Castellani V, Sala S (2015). Carrying capacity assessment of forest resources: Enhancing environmental sustainability in energy production at local scale. Resources, Conservation and Recycling. 94:11-20
[22]Masum KM, Al Mamun A, Malekur Rahman ZM, Rahman M, Newaz S, Redowan M (2013). Ecotourism carrying capacity and the potentiality of the Safari Park of Bangladesh. Journal of forest and environmental science. 29(4):292-299.
[23]Moradi A, Daneshpour SA, Daneshvar M, Bahmanpour H (2019). Determine the carrying capacity of the tourism and recreational range of natural areas along the urban and sustainable urban planning. Geographical Researches. 34(3):445-454.
[24]Nejat SA, Dabiri F (2012). Management and legal challenges of protected areas of Zanjan province. Journal of environmental studies. 38(2):55-68.
[25]UNESCO (2017). Country strategy for the islamic republic of Iran 2017 – 2021. Tehran: UNESCO Tehran Cluster Office for Afghanistan, I.R. Iran, Pakistan and Turkmenistan. p30.
[26]Olive ND, Marion JL (2009). The influence of use-related, environmental, and managerial factors on soil loss from recreational trails. Journal of Environmental Management. 90(3):1483–1493.
[27]Reghunathan M, Joseph S, Warrier CU, Hameed AS, Albert M (2016). Factors affecting the environmental carrying capacity of a freshwater tropical lake system. Environmental Monitoring and Assessment. 188:615.
[28]Rashnam L, Randnor Z (2005). Learning to improve: Approaches to improving local government services, public money and management. 25(1):19-26.
[29]Rezaei P, Ghahramani N (2015). Assessing the capacity of the board in determining the uses of tourism complexes. Quarterly Journal of Tourism Management Studies. 10(31):85-102.
[30]Sayan MS, Atik M (2011). Recreation carrying capacity estimates for protected areas: A study of Termesson National Park. Ekoloji. 20(78):66-74.
[31]Serra G (2007). Ecotourism in the palmyra desert, syria a feasibility study. Cambridge: Birdlife International.
[32]Santos-Lobo HA, Trajano E, Marinho MD, Bichuette ME, Scaleante J, Scaleante O, et al (2013). Projection of tourist scenarios onto fragility maps: Framework for determination of provisional tourist carrying capacity in a Brazilian show cave. Tourism Management. 35:234-243.
[33]Sianipar CPM, Dowaki K, Yudoko G, Adhiutama A (2013). Seven pillars of survivability: Appropriate technology with a human face. European Journal of Sustainable Development. 2(4):1-18.
[34]Siem Reap (2019). Sustainable tourism observatories of asia and the pacific meet to discuss effective monitoring of tourism data. The international network of sustainable tourism observatories (INSTO) of the world tourism organization (UNWTO) hosted its latest Asia workshop in Siem reap. 2019, 25 November: Cambodia.
[35]Taheri Hosseinabadi M, Tayebi Sani SM, Fahiminejad A, Bahmanpour H (2019). Carrying capacity determine of the sports and recreational of the natural areas in line with sustainable planning (case study: The mountainous of Darakeh). Journal of Tourism and Development. 8(4):82-98.
[36]Thampi SP (2005). Ecotourism in Kerala, India: Lessons from the eco-development project in Periyar Tiger Reserve. International Ecotourism Monthly.13:6.
[37]Tselentis BS, Prokopiou DG, Gyalirakis EM, Bouga D (2011). Tourism carrying capacity assessment and environment: The case of Crete. WIT Transactions on Ecology and the Environment. 144:177-189.
[38]UNWTO [Internet]. United Nations World Tourism Organization. Tourism facts and figures. [Published 2009, 15 February; Cited 2012, 9 September] Available from: www.unwto.org.
[39]Ye W, Xu X, Wang H, Wang H, Yang H, Yang Z (2016). Quantitative assessment of resources and environmental carrying capacity in the northwest temperate continental climate ecotype of China. Environmental Earth Sciences. 75:10.
[40]Zambrano AMA, Broadbent EN, Durham W (2010). Social and environmental effects of ecotourism in the Osa Peninsula of Costa Rica: The Lapa Rios case. Journal of Ecotourism. 9(1):62-83.
[41]Zhang H, Lei SL (2012). A structural model of residents’ intention to participate in ecotourism: The case of a wetland community. Tourism Management. 33(4):916-925.