AHP based Weightage Analysis of Criteria for Optimal Locations of Urban Green Spaces
Keywords:
Urban Green Space, Reaction survey, Suitability analysis, AHP, Optimal Locations, URDPFI guidelines, GTPUDA (1976)Abstract
Urban green spaces such as parks, gardens, green roofs, streams and playgrounds are to give the basic ecological community management of urban green space. For environmental adjustment and human strength have a very important significance, the city green space to achieve multi-level capabilities, to the local people a huge advantage. So far, through the use of geographic data framework (GIS) and multi-standard methods, the Diagnostic Progressive System Approach (AHP) has been shown to be divorced from the most important land rationality inspection methods. The convergence of geographic information system conditions and the analytic hierarchy process is a powerful tool for urban development to adapt to future arrangements. This paper aims to review the GIS-based AHP as a multi-standard assessment / evaluation system for Outer Ring Road, Surat city. At this point, the links between the different variables are capable. The best place for urban green space is an important issue in urban planning. Use the decision support system software called expert selection 11.5 to calculate weights based on different alternatives.
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References
Abdullah Jamali (2012).Location of Urban Green Spaces with Emphasis on Effective Quality Factors Using Fuzzy AHP Method. Life Science Journal.
Alexis Comber, C. B. (2015). Using a GIS based network analysis to determine urban green space accessibility for different ethnic and religious group.
Ali Akbar Anabestani, M. J. (2014). Optimal site selection of green spaces in rural settlements (case study: village of khaf county). Journal of Environmental Studies.
Brinkyte, E. (2013). Urban green space system: a case study of Siauliai city.
ElaheTahmasebi1 , Mobina Jalali1 , Marjan Gharehghashlo1 , Milad Nicknamfar1 and Hooman Bahmanpour2 (2014). Urban park site selection at local scale by using geographic information system (GIS) and analytic hierarchy process (AHP).Pelagia Research Library.
Haifaa Al-Ballaa, A. C. (2008). Distribution Pattern Analysis of Green space in Al-Madinah Using GIS.
Haifeng Li, W. C. (2015). Planning of green space ecological network in urban areas: an example of Nanchang, China;.International Journal of Environmental Research and Public Health.
Haq, S. M. (2011). Urban green space and integrative approach to sustainable environment. Journal of Environmental Protection.
Imtiaz Ahmed Chandio, A.-N. M. (2011). GIS- based Land Suitability Analysis Using AHP for Public Parks Planning in Larkana City. Modern Applied Science.
Irene Lestari, B. Y. (2013). Suitability Analysis of Green Open Space (Gos) Model Based On Area Characteristics in Kupang City, Indonesia. The International Journal of Engineering And Science.
Issaebrahimzadeh, Saeed maleki and Davodhatami(2013). Analysis of urban green space distribution and better organization of space and place it: case study of the region two of Izeh city, Iran. Indian J. Science.
sKhalil, R. (2014). Quantitative evaluation of distribution and accessibility of urban green spaces (case study: city of Jeddah). International journal of geometics and geosciences.
Kshama Gupta, K. P. (2011). Functional assessment of urban green spaces- A GIS analysis.
Ling Tang, G. Z. (2013). the Pattern and Gradient Analysis of Urban Green Space in Shenyang, China.
Manlun, Y. (2003). Suitability analysis of urban green space system based on GIS.
Martin MwirigiM’Ikiugu, I. K. (2012). Urban Green Space Analysis and Identification of its Potential Expansion Areas. Procedia - Social and Behavioral Sciences.
Mirazzavi, S. (2015). Study of environmental and sustainable development of green space in urban areas. Journal of Renewable Natural Resources Bhutan.
Mohmad Rahim Rahmanam, H. A.-R. (2015). Spatial analysis of urban land use access to urban green spaces case study: zone 6 of Ahvaz city of Iran. SAUSSUREA.
MolaeiQulichi M, O. H. (2012). optimal locating of urban green space using GIS and TOPSIS technique (Case study: region six of Tehran in Iran. In international conference of GIS users (pp. 468-471). Tehran.Pham DucUy, N. N. (2008). Application of land suitability analysis and landscape ecology to urban green space planning in Hanoi, Vietnam.
Pradeep Chaudhry, K. B. (2011). Urban Greenery Status of Some Indian Cities: A Short Communication. International Journal of Environmental Science and Development.
Prashanti Rao, D. K. (2014). 5. Evaluating the Urban Green Space benefits and functions at macro, meso and micro level: case of Bhopal City. International Journal of Engineering Research & Technology.
RahmatSholeh, FahrulAgus, and HelizaRahmaniaHatta, TarbiyatulMunawwarah (2014).Analytical Hierarchy Process for Land Suitability Analysis.ICITACEE.
Seong-Hoon Cho, N. C. (2007). Spatial analysis of amenity value of green open space.
Siqing Chen (2016).Land-use suitability analysis for urban development in Regional Victoria: A case study of Bendigo.Journal of Geography and Regional Planning.
Ulrika A. Stigsdotter (2003). urban green spaces: promoting health through city planning.Science Direct.
