نقش نظام پایگان آب در شکل‌دهی به فرم و ساختار شهرها (مطالعه‌ی موردی: شهر ارومیه)

 

- Anzali, Hasan (1999), Urmia over time, Anzali Publications, Urmia. (In Persion)

-Abedini, A., Khalili, A., & Asadi, N. (2020). Urban Sprawl Evaluation Using Landscape Metrics and Black-and-White Hypothesis (Case Study: Urmia City). Journal of the Indian Society of Remote Sensing, 48(7), 1021-1034.

-Aqlmand, Parviz (2019), Urmia from ancient times to the present, Volumes 1 and 2, Sokhan Publications, Tehran. (In Persion)

-Alaei, Ali (2015), Introduction and Analysis of Rural Historical Gardens of Iran, Housing and Rural Environment, No. 149, pp. 36-15. (In Persion)

-Asgari, Nasrollah. (2005), A Study of Architecture and Socio-Cultural Functions of Safa Bath (Haj Mohammad Rahim) located in Qazvin, Social Sciences, No. 140, pp. 100-83. (In Persion)

-Abbasi, Sima; Safari, Mehdi; Asgari, Leila (2018), The Mythological Functions of Water in Ancient Iran, Environmental Education and Sustainable Development, No. 2, 126-117. (In Persion)

-Asgari, Sohrab; Koohnavard, Mahereh; Hadavand, Masoumeh (2018), The strategic name of water and the role of inefficient governance in its emergence, Social Capital Management, No. 3, pp. 477-457. (In Persion)

-Aqlmand, Soheila; Pakand, Sina; Khorram, Sheida (2013), Historical Gardens of Urmia and the reasons for their destruction, Symposium on the Iranian city, cultural and religious, Urmia, Academy of Arts of the Islamic Republic of Iran. (In Persion)

- Abbaszadeh, Mozafar (2013), Study of the space organization and the process of growth and development of the historical context of Urmia, Conference on the Iranian city, cultural and religious, Urmia, Academy of Arts of the Islamic Republic of Iran. (In Persion)

-Berking, J., Oleson, J. P., Sürmelihindi, G., Nenci, E., Maganzani, L., Ronin, M., ... & Schomberg, A. (2019). Water Management in Ancient Civilizations. Humboldt-Universität zu Berlin.

- Basoli, Mehdi (2018), Manzarin view of public baths, its elements and functions, Manzar, 10 (45), pp. 43-34. (In Persion)

- Daghighi, Mohammad Qoli; Aqlmand, Parviz (2005), Water and Irrigation in West Azerbaijan According to History, Publications of West Azerbaijan Regional Water Company, Urmia.

- Ebrahimi Dehkordi, (2018), Water Sensitive City, Daricheh No Publishing, Maziar University, Mazandaran, Iran. (In Persion)

- Eqbal Lashkar, Farzaneh and Kamran Alizadeh Azar( 2014), The role of water in the formation of Mahabad city, the first international conference and the fourth national conference on urban development, Sanandaj, Islamic Azad University, Sanandaj branch, https://www.civilica.com/Paper -NCUD04-NCUD04_164.html. (In Persion)

-Ghorbani, Mohammad (2013), The Impact of Prehistoric and Historical Cultures on the Shores of Lake Urmia on the Formation of the City of Urmia from an Archaeological Perspective, Iranian Symposium on Cultural, Religious, Urmia, Academy of Arts of the Islamic Republic of Iran. (In Persion)

- Ghasemi, Nasim, (2011), The role of water in the formation of culture in Iran (with emphasis on the aqueduct), Master Thesis, Faculty of Social Sciences, University of Tehran. Tehran. (In Persion)

- Goblo, Henry (2011), Aqueducts: technique for obtaining water translated by Abolhassan Sarvoghad Moghadam and Mohammad Hossein Papoli Yazdi, Papli Publications, Mashhad. (In Persion)

-Habibi, Kyomars; Yousefi Navid, Majid; Mohammadi, Kamal (2015), The role of canals in identifying Islamic-Iranian cities; Case study of Hamedan, Urban Research and Planning, No. 23, pp. 184-169. (In Persion)

-Hamzehnejad, Mehdi; Arabi, Maedeh (2014), A Study of Iranian Islamic Originality in Contemporary Modern Mosques: A Case Study: Valiasr (AS) Crossroads Mosque in Tehran, Islamic Iran, No. 15, pp. 61-47. (In Persion)

-Kheirkhah, Saeid (2017), Irrigation system and large agricultural reforms, Kashan, No. 9, pp. 135-110. (In Persion)

- Kalantari Khalilabad , Hossein; Kazemi, Seyed Mohammad; Heidari, Ali Akbari  (2017), Indigenous technologies of the Qanat and its role in sustainable development, Naqshe Jahan, No. 2-7, pp. 20-11. (In Persion)

-Konstantinos Voudouris, Mohammad Valipour, Asimina Kaiafa, Xiao Yun Zheng, Rohitashw Kumar, Katharina Zanier, Elpida Kolokytha, Andreas Angelakis; Evolution of water wells focusing on Balkan and Asian civilizations. Water Supply 1 March 2019; 19 (2): 347–364. doi: https://doi.org/10.2166/ws.2018.114

-Lahmian, Reza (2003), Water, the Origin and Transfer of Civilizations, Book of the Moon and Art, Nos. 58 and 57, pp. 98-92. (In Persion)

-Momeni, Mehdi (2003), Traditional and modern methods in the operation of aqueducts, Sepehr Geographical Information, No. 44, pp. 49-45. (In Persion)

-Mahdavi Nejad, Mohammad Javad; Mashayekhi, Mohammad; Bahrami, Monire (2015), Mosque Design Patterns in Contemporary Architecture, Islamic Architecture Research, No. 5, pp. 17-3. (In Persion)

-Mirjafari, Hossein; Allahyari, Fereydoun, Behniya, Abdul Karim; Cheraghi, Zohreh (2009), A Study of the Theory of Qanat Origin in Iran, History of Islam and Iran, No. 2, pp. 102-79.

-Molmeli, Mohammad Mehdi and Iraj Goodarznia, 2008, Ancient Iran Windmills, The First Conference on Indigenous Technologies of Iran, Tehran, Iranian Indigenous Technologies Association, Shar University of Technology. (In Persion)

-Mansouri, Seyed Amir (2013), Space Organization in the Islamic City of Iran, Quarterly Journal of Oriental Art and Civilization, No. 1, pp. 63-52. (In Persion)

-Naghizadeh, Mohammad (2003), characteristics of water in Iranian culture and its effect on the formation of living space, Journal of Environmental Studies, No. 32, pp. 71-92.

-Nik Farjam, Hamidreza; Ali al-Hesabi, Mehran (2018), urban design of the detector canvas in the bed of the aqueduct, Bagh Nazar, 15 (66), pp. 41-52

- Nazarieh Nooshin; Valibeig Nima; NasekhianShahriar, (2018). Analysis of local architect's capability in process of building trasitional Ice houses, Maremat & memari-e Iran, 7(14), 45-60. magiran.com/p1849772.

-Oryan, Marzieh (1996), Islamic Cities, the first volume of the collection of articles on the history of architecture and urban planning of Iran Bam-Kerman Citadel, Cultural Heritage Organization, pp. 304-278. (In Persion)

Parsaei, Shohreh and Iraj Goodarznia, 2008, Asyab abi, The First Conference on Iranian Indigenous Technologies, Tehran, Iranian Association of Indigenous Technologies, Sharif University of Technology, https://www.civilica.com/Paper-DOMESTICTECH01-DOMESTICTECH01_002.html. (In Persion)

-Rashid Najafi, Atiyeh (2011), A Study of the Location and Historical Baths of Tabriz, Sefeh, Volume 20, Number 4-3, pp. 74-61. (In Persion)

-Sarafrazi, Reza (1995), Kamra mills and the history of water mills in Iran, Social Sciences, No. 5, pp. 167-135. (In Persion)

- Saket Yazdi, Ali; Somayeh Omidvari and Mehdi Hatami Tajik, 2015, Investigating the effect of aqueduct on the formation of water mill patterns Case study: Yazd water mills, the first national conference on sustainable urban development, Tehran, Kimia Research Group, https://www.civilica.com/Paper -HSMEI01-HSMEI01_062.html. (In Persion)

-Shafipour Yordshahi, Taher (2011), Old Neighborhoods of Urmia, Master Thesis, Islamic Azad University, Urmia Science and Research Branch. (In Persion)

-Sepehrfar, Hassan (2005), Kahriz of Urmia; An Ancient Way to Extract Urban Water, Publications of West Azerbaijan Regional Water Company, Urmia. (In Persion)

-Soltani Mohammadi, Mehdi; Yousefi, Yousef (2019), Recognition of the effect of aqueduct on settlements in the central region of Iran (Case study: Mohammadieh Naein village), housing and rural environment, No. 164, pp. 114-110. (In Persion)

-Viollet, P. L. (2017). Water Engineering inAncient Civilizations: 5,000 Years of History. CRC Press.

- Valibeig, Nima; Nasekhian, Shahriar; Nazariyeh, Noushin. (2016). Analysis of the effect of shading wall geometry on the formation of glaciers in southeastern Iran; Case study: Kerman province. Journal of Architecture and Urbanism, 9(18), 147-166. doi: 10.30480/aup.2017.517

- Zarei, Mohammad Ebrahim; Soltanmoradi, Zohreh (2018), Water in the Persian Garden; Investigation of water architecture and water supply structure in Isfahan Chehelston Garden, Iranian Islamic City Studies Quarterly, 8th year, No. 30, pp. 56-43. (In Persion

 

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