Developing a Framework for Planning Recreational Areas Using Recreation Opportunities Spectrum

Message:
Article Type:
Research/Original Article (دارای رتبه معتبر)
Abstract:

The Recreation Opportunities Spectrum (ROS) framework is a method used to manage visitor recreational areas by determining and allocating spaces based on a spectrum of recreational opportunities tailored to the environment, as well as the needs and preferences of the community. This research applied the ROS to develop a recreational land-use plan for the Gorgan watershed in Iran. To begin, the study assessed the region's capacity to identify available recreational opportunities and preferences. It estimated the demand for these opportunities and prioritized them accordingly. Next, a weighted linear combination of recreational areas was identified using a multi-criteria evaluation method. Following this, the ROS framework was revised to create new categorizations based on local conditions and guidelines, including the land’s recreational potential, available opportunities, and community needs. This updated framework, ROS2, consists of eight categories: natural, semi-natural, non-motorized, semi-natural motorized, slightly developed rural, developed rural, culturally disjointed, and urban or adjacent urban areas. The final zones proposed for recreational planning and development were based on ROS2. The findings of this research, utilizing a systematic framework for land recreational planning, can help achieve a desirable recreational experience, meet the community's needs, protect the environment, and minimize the ecological impacts of recreational development. Moreover, this framework can serve as a guide for planning and tourism management in similar areas.

Language:
English
Published:
Journal of Sustainable Earth Trends, Volume:5 Issue: 1, Jan 2025
Pages:
60 to 78
https://www.magiran.com/p2800872  
سامانه نویسندگان
  • Galdavi، Somayeh
    Corresponding Author (1)
    Galdavi, Somayeh
    Assistant Professor Department of Water Sciences and Engineering, Kashmar Institute Of Higher Education, کاشمر, Iran
  • Mohammadzadeh، Marjan
    Author (2)
    Mohammadzadeh, Marjan
    Associate Professor Environmental Sciences, Gorgan University, گرگان, Iran
  • Mirkarimi، Seyed Hamed
    Author (4)
    Mirkarimi, Seyed Hamed
    Associate Professor Environmental Sciences, Gorgan University, گرگان, Iran
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