Determining the potential of Bistoon Forest Park using hierarchical analysis method (AHP)

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Research Paper 01/02/2014
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Determining the potential of Bistoon Forest Park using hierarchical analysis method (AHP)

Ali Sarvazad, Jafar Oladi Qadykolayy, Seyed Mohammad Hosseini Nasr
J. Biodiv. & Environ. Sci. 4(2), 289-294, February 2014.
Copyright Statement: Copyright 2014; The Author(s).
License: CC BY-NC 4.0

Abstract

The aim of this study was to assess the recreational power of Bistoon forest park and identifying areas with different levels of recreational power. In this paper a hierarchical analysis method (AHP) was used. For this purpose the map of geomorphological sub-criteria (slope, aspect, elevation, and texture soil) and environmental (vegetation density) was prepared in GIS environment. In the next step, sub -criteria classes were weighted and overvalued. Next, to prepare the map of potential of Bistoon forest park using Hierarchy Process (AHP), standard maps of classification and valuation related to studying sub-criteria maps were incorporated by Weight Sum function. Then, the final map of recreational power of Bistoon forest park was reclassified in 5 classes. The results showed that 22 percent of the park area had a very high recreational power, 17 percent with a high recreational power, 18 percent with medium recreational power, 23 percent with low recreational power and 20 percent with a very low recreational power. In other words, much of the study area (57%) had average to high recreational power.

Brzh kar GH. 2008. Guide to Forest Park Planning (The Thia practical buildings Management project Efficiency Natural parks). Ashke ghalam Publications, 291.

Bunruamkaewa KH, Murayamaa M. 2011. Site Suitability Evaluation for Ecotourism Using GIS & AHP: (Case Study of Surat Thani Province Thailand), Procedia Social and Behavioral Sciences 21, 269–278.

Esmaili Sari A. 2004. Ecological evaluation of the benefit – the optimal CHITGAR Tehran Park, Journal Environment 39, 39-45.

Hathout S. 2002. The use of GIS for monitoring and predicting urban growth in East and West st Paul, Winnipeg, Manitoba, Canada. J. Environ. Manage 66, 229- 238.

Karami O. 2011. Land use application of systems analysis techniques & method analytical Hierarchy process (AHP) in forestry & plantation & ecotourism (Case study: Babul rood Catchment). MSc Thesis Sari Agricultural Science and Natural Resources University Faculty of Natural Resources, 91.

Laurance W, Alonso M, Campbell P. 2005.Challenges for forest conservation in Gabon, Central Africa. Futures 38, 454-474.

Lawal DU, Matori AN, Balogun AL. 2011. A Geographic Information System and Multi-Criteria Decision Analysis in Proposing New Recreational Park Sites in University Technology Malaysia, Canadian Center of Science and Education, Modern Applied Science 5(3), 39 – 55.

Mahbobi aghdam H, Naghdi A, Naghdi F. 2012. Ecological evaluation of marginal Tabriz city to sustainable urban development by analytical Hierarchy process (AHP), Fifth National Conference on World Environment Day. Article code 1731.

Majnounian H. 1995. Issues surrounding parks, Green space & Promenades Publication of parks and green space of Tehran, 251.

Majnounian H. 1990. Trees and the Environment Publications Department of the Environment, 583.

Makhdoom M. 2006. Land use Foundation, Tehran University Publications. N (2203): 289.

Rezvanfar M. 2008. Recreational potential of GIS and RS technology using CHITGAR Forest Park , MSc Thesis university of Sari, 94.

Sadat Mousavi Z, Michaeli Tabriz A, Sfianiaan A, ZIAEI H. 2011. Assess the landscape potential for recreational uses, the GIS and AHP (Case study: Nazhvan, Esfahan), 10.

Saroinsong F, Harass hina M, Arifin K, Gandasasmita M, Sakamoto K. 2006. Practical application of a land resources information System for agricultural Lang scape planning. Land scape and Urban PLANNING, 15- 30.

Shirvani Z. 2009. Ability of the great Forestry Project Neka-Zalemrood by using method analytical Hierarchy process (AHP). MSc Thesis Sari Agricultural Science and Natural ResourcesUniversity Faculty of Natural Resources, 102.

Sohrab M. 2011. Zoning and Determining Spatial Preference Recreational Activity Using AHP Method, (Case study: Telar Forest Park in Qaemshahr), MSc Thesis Sari Agricultural Science and Natural Resources University Faculty of Natural Resources, 130.

Torabi N. 2006. Planning the tourism development in conservation area of eshtarankoh the model of ecology ecotourism for Iran with the help of RS, GIS and AHP, MSc Thesis, Environmental Faculty university of TEHRAN, 94.

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