Abstract

doi:609

نوع مقاله : مقاله علمی پژوهشی

609

چکیده

Geo-tourism is a combination of geography and tourism. In this sense, geo-tourism encompasses biodiversity, cultural diversity, beautification, community-based tourism, and even local food movement, and homogeny and similarity are considered its enemies. Geo-tourism is a form of tourism which is defined to ensure the establishment and improvement of geographical features such as the environment, culture, landmarks and legacies and well-being of residents. With this approach, Deira catchment area in Gilangharb Township located in 215 km of Kermanshah, was chosen because of its natural resources for Geo-tourism assessment and was analyzed according to obtained data from library and literature studies and field studies using Pereira. Although the region attracts hordes of tourism annually, yet its economic position in tourism industry is not founded. In this research we try to assess Geo-tourism capabilities related to available landforms in the region in addition to identify geomorphological shapes and forms in the region and explore its features. The results of this study showed that the geomorphic location of Galin has high capability in the field of tourism attraction with 345/5 geomorphology value and managerial value of 5 in Deira catchment area. The geomorphological shapes and forms of the region have high capability in the field of tourism due to high ability in the field of geosciences education, and feature and attributes such as beauty, ease of access, and natural and cultural attractions.

کلیدواژه‌ها

موضوعات

سایر زمینه هایی مطالعاتی جغرافیایی و بین رشته ای

عنوان مقاله [English]

Geo-tourism, The catchment area of Deira, Pereira method, Geomorphological shapes and forms.Abstract

چکیده [English]

Earthquake is a serious threat for society development and its vulnerability is influenced by environmental variables. The damages of earthquakes are reduced by recognizing these variables and area zoning. The aim of this paper is the zoning of earthquake vulnerability of Sanadaj city based on effective variables. For this purpose, the final map of region’s natural vulnerability zoning and skeletal indices and other effective social indices have been used. The variables were changed to layers of GIS and then, overlapping were performed using AHP and TOPSIS models. Finally, the vulnerability was classified in five groups from very low to very high. By comparing the results of these two models, it was revealed that these models had a similar vulnerability but they had a difference in which based on AHP model, the regions with very high vulnerability have little fragmentation in contrast with TOPSIS model. Therefore, according to AHP the most fragmentation was occurred in regions with low vulnerability. While, based on TOPSIS, the regions with average vulnerability have the most extension. According to Both models the most vulnerable areas were in the north of Sanandaj city.

مراجع

Zoning of the Vulnerability of Sanandaj City Using AHP and TOPSIS Models

Identification the Geomorphic Locations of Deira Catchment area and Assessment their Geo-tourism Capabilities by Pereira Method

Spectral Analysis of Time Series for Annual Precipitations in Iran

Analysis of Sources of Voting in the 9^th Period of the Iran’s Islamic Parliament Elections in Kazeroun County from the Combined Perspectives of the Inglehart, Pippa Norris and Chicago

Activity and Seismic Power of Tabriz Fault and Casualties in Tabriz Metropolitan, the Assessment by Remote Sensing and GIS Techniques

Investigation of Compatibility Index in Urban Land Use Planning in Order to Stabilization the City's Economy, Case Study: Tehran 1st District

Guide Plan Implementation Impact Assessment on Environmental Quality in Rural Area (Case Study: North and South Fendresk Rural district

Homogeneity Assessment of Annual and Seasonal Maximum and Minimum Temperatures Time Series (Case study of Khazar Region)

Effects of Climate Change on Drought Duration and Severity in Arid and Semi-arid Stations (Bandarabbassand Shahrekord), Based on HADCM3 Model

Geomorphic Response of Alluvial Fans to Tectonic Activity and Climate Change in South Plain of Birjand

The Role of Physical and Accessibility Variables in Determination of Housing Price; Case Study Sahand New Town

The Zonation of Suitable Photo Tourism Regions of Iran

Investigation the Potential of Morphological Change Urmia Shahrchi River

The Assessment of Earthquake Risk Based on Hazard and Vulnerability in Rural Areas Case Study: Central District of Marand County

The Investigating of Differences between the Quality of Life in Planned Neighborhoods and Informal Urban Settlements (Case Study: Karmandan' and Islamabad Neighborhoods in Zanjan)