Zoning Agricultural Development of the Cities in Hamedan Province
Subject Areas : Regional Planningموسی Aazami 1 , محسن Ahadnejad Reveshty 2 , Sh Tohidloo 3
1 - استادیار گروه ترویج و آموزش کشاورزی، دانشگاه بوعلی سینا همدان، همدان، ایران
2 - دانشیار گروه جغرافیا و برنامه ریزی شهری، دانشگاه زنجان، زنجان، ایران
3 - دانشجوی دکتری توسعه کشاورزی، دانشگاه بوعلی سینا همدان، همدان، ایران
Keywords: Agricultural Development, zoning, TODIM, the province of Hamedan,
Abstract :
Research study on production systems in agricultural planning has been considered as an important approach for the formation and direction of sustainable development policies. In this regard, zoning of agriculture is seen as a basic strategy to understand the current agricultural situation, and it is a suitable model for the evaluation of land resources as well as for the purposes of better planning and management of these agricultural resources. This study aimed at zoning of the province of Hamedan using six main indicators mainly related to agricultural development. The data were gathered via a thorough library research on the available documents and the review of the related literature. The area of study included nine townships of the province of Hamedan. The collected data were analyzed using multi-criteria decision by TODIM software. Then, the outputs of the gathered data were analyzed using GIS software. The quantitative results of the research showed that the levels of development of the townships in Hamedan based on the intended agricultural indicators were not the same and each township had some strengths and weaknesses depending on the conditions and the indicators. From the point of natural human indicators, Kaboudarahang (1 = T), Malayer (0.949 = T) presented high levels. Regarding infrastructure services, Kabudrahang (1 = T), Bahar (0.956 = T) showed high levels. With regard to cultivation situation, Razan city (1 = T) and Kabudrahang (979 = T) and with respect to gardening indicators Hamedan (0.677 = T) and Malayer (1 = T) demonstrated the highest level. But concerning animal livestock indicators, Namaland (1 = T), and Hamadan (0.874 = T) displayed the highest level of development. With respect to the total indicator, Malayer with (1 = T) and Kabudrahang with (0.995 = T) were identified as developed cities. Finally, Famenin was recognized as an undeveloped city and Tvsyrkan as a less developed area. Asadabad and Bahar were distinguished as relatively developed areas while Malayer, Hamedan, Kabudrahang, Razan and Nahavand were distinguished as developed areas. To achieve a balanced agricultural development in the province, more attention must be paid to the differences, capacities, improvement and modernization of agricultural infrastructure as well as agricultural planning and policymaking.
1. Ashrafi, V. (2014) Regional development with agricultural experts in Parsabad Moghan, Congregational National Conference on Sustainable Development and Investment Opportunities, Parsabad County, Islamic Azad University, Pars Abad, Moghan. 11th of November.) in Persian(
2. Azadi, Y and H, Beygmohammadi. (2012). An Analysis of agricultural development indicators in Ilam Province. Journal of Geography and Environmental Studies. Volume -1, Issue-1, pp. 59-43. ) in Persian(
3. Badri, S. A; Akbarian Ronizi, S; Javaheri, H. (2006), Determination of developmental levels in rural areas of Kamyaran, Journal of Geographic Research, No. 82, pp. 126-116. ) in Persian(
4. Binswanger, Hans P. (2001) Income distribution effects of technical change: Some analytical issues, South East Asian Economic Reivew 1 (3),Pp. 179-218.
5. Bouzari, S. (2002). The status of regional planning in Iran. No. 43, Geographical Information Quarterly (Sepehr Journal), pp. 61-56) . in Persian(
6. Bruke, F. (2005), “Disparities of agricultural productivity in Balochestan (A GIS perspective)”. Pakistan Geographical Review. Vol. 27, No. 1, June 2005, PP. 27-34.
7. Clark,d, 2000, Urban word, global world city. Londan: routledge.
8. Day J.C. (2002). Zoning–Lessons from the great barrier reef marine park. Ocean and Coastal Management,45:139–56.
9. Durand, G. (2003), Multifunctional agriculture: A new paradigm for European agriculture. UK, Aldershol: Ashgate Publishing.
11. Fsorto, M. H and M, BeheshtiFard. (2009). Comparison of degree of development of agricultural sector in provinces of Iran in two periods of 1372 and 1382. Journal of Agricultural Economics and Development. Number -65 PP 39 -17. ) in Persian(
13. Ganbari, Y, Barkhi, H; Hajarian, A. (2011), Analyzing the levels of rural areas in Isfahan, The Village and Development Quarterly, 14, No. 3 ) . in Persian(
18. Jamshidi, M. T. (2011). Determine the levels of agricultural development and regional inequalities in Zanjan province. Quarterly Journal of Iranian Agricultural Economics and Development. Volume 42, Issue -1. PP 78 – 67 ) . in Persian(
19. Khosravani, A and H, Rahimi. (2006). Investigation of losses of wheat harvesting with combine in Fars province. Journal of Agricultural Engineering Research. Volume 6, Issue No. 4. PP130-113 ) . in Persian(
20. Kocheki, A; M, Nasiri Mahalati; R, Moradi and H, Mansouri. (2013). Zoning the status of sustainable agricultural development in Iran and providing sustainable strategies. Journal of Agricultural Knowledge and Sustainable Production. Vol. -23, No. 4. PP 197-179. ) in Persian(
22. Masoumi Eshkevari, H. (1991), Fundamentals of regional planning. Rasht: Planning and Budget Organization Publications. ) in Persian(
24. Mousavi, M and H, Seddigi. (2014). Determination of agricultural development in provinces of Iran. Quarterly Rural Development Strategies. Volume -1, N -4. PP -71-55. ) in Persian(
28. Pilefroshha, P; Karimi, M; Talei, M; Farhadi Bansuleh, B and Sharifi, M. A (2013). Modeling the moroni level of agricultural products using multi-objective programming and GIS. Journal of Applied Researches of Geographic Sciences, Thirteenth, No. -30, pp. 210- 191 ) . in Persian(
29. Singh, J and Dillon S. S (2003). Agricultural geography. translated by Siavash Dehghanian, Awad Kuchiki and Ali Koolami Ahar. Ferdowsi University Press, Mashhad. ) in Persian(
30. aghvayiT, M and M. R, Bostagh. (2012). Leveling and organizing agricultural development in Fars province by using GIS. Quarterly Journal of Agricultural Economics and Development. Year-20, number -77. ) in Persian(
31. aghvayiT, M; A, Taghdiisi and M. R, Bostagh. (2011). Determination of the development status of Fars province in the main indicators of agricultural sector. Spacecraft Science Specialized Magazine. Year-number 1. -2. PP 40-25. ) in Persian(
32. Xu, X., Hou, L., Lin, H., Liu, W. (2006). Zoning of sustainable agricultural development in China. Agricultural Systems, 87: 38–62.
33. Zangi Abadi, A and Z, Soltani. (2009). Measuring agricultural development levels in Isfahan province. Quarterly journal of geographic research. No. 91. p. 153 ) . in Persian(
34. Ziyari, K. (2005), Regional planning principles and methods. Yazd University. Yazd ) . in Persian(
35. Ziyari, K and I, Jalalian (2009). Comparison of Fars province cities based on development indices 1355 1375. Geography and Development. No. 11. pp. 96-77 ) . in Persian(
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