1- Abdel Tawab, A. (2015), “Sustainable conservation and the inherent qualities of the traditional community in Taos Pueblo in the United States of America”, International Journal of Heritage and Sustainable Development, Vol.4(1), pp 159-171.
2- Ahmed, H.2015, “Preserving the Continuity of Local Architectural Heritage in the
Architecture of The Contemporary Egyptian Village”, Proceedings of the Second Scientific International Conference- Globalization and Beyond Architecture and Urban Societies. Architectural engineering department. Faculty of Engineering, Cairo University, Egypt.
4- Attia, S. and Herde, A. De. (2009), “Impact and potentials of community scale low-energy retrofit: case study in Cairo”, In: international SASBE conference, Delft university of technology.
5- Atiya, F. S., & Jobbins, J. (2003), “The silent desert: Bahariya & Farafra oases”, Cairo, Egypt: Farid Atiya Press.
6- Asadi, J. (2009) “Sustainable Architecture (Green Architecture) ", Young Architects Forum.
7- Alpagonolo, A. (2005),"Vernacular Architecture", Translated by Ali Mohammad Sadat Afsari, Tehran: Cultural and Science Institute of Faza.
8- Ayman, G. (2018), “The Conservation of New Gourna Village According to Hassan Fathy’s Philosophy and Ideas”, Journal of Architecture and Planning, Vol. 30(1), pp. 145-164.
9- Egyptian Green Building Council. (2009), Green Pyramid Rating System Levels. Retrieved February 11, 2014 from Egyptian Green Building Council:
http://egyptgbc.org/ratings.html
11- Guillaud, H. (2014), “Defining vernacular architecture. In Versus Heritage for tomorrow”, Vernacular Knowledge for Sustainable Architecture, pp. 32-33.
12- Hassan, F. (2011), non-structured interview with Ayman Abdel Tawab, New Gourna Village, Luxor, Egypt.
13- HBRC, EGBC. 2011, The Green Pyramid Rating System (GPRS) - First Edition for Public Review, Cairo, Egypt.
14- HBRC. (2013), Egypt Green Building Code, Second Draft, Cairo, Egypt.
15- Hanna, G.B. (2013), " Sustainable Energy Investment Potential in Residential Sector in Egypt", Journal of Environment Science and Energy, Vol.2, No.6, pp. 369-377
16- Hassan, F. (2000), “Architecture for the Poor”, the American University in Cairo Press.
17- MoHUUC.2011, National Strategic Urban Development Plan, Ministry of Housing, Urban development and Utilities: Cairo, Egypt.
18- Mao, X., Lu, H. and Li, Q. (2009), “A comparison study of mainstream sustainable/green building rating tools in the world”, Management and Service Science (MASS'09): IEEE; p. 1-5.
19- Olgyay: Design with Climate, Olgyay and Olgyay, Princeton University Press, 1963
20- Pour Mokhtar, A. (2011),"Recognition of the concept of sustainability and sustainable development in Iranian architecture and urbanism" Tehran: Abadi Journal, pp.12-19.
21- Qin, X., Mo, Y. and Jing, L. (2016), “Risk perceptions of the life-cycle of green buildings in China”, Journal of Cleaner Production pp.126:148.
22- Riham, A. (2012), “Conserving Urban Heritage to Achieve Sustainable Touristic
Development Through Civil Society Organizations (Case Study: Siwa Oasis) ”,
M.SC. thesis, Faculty of Engineering, Planning and Urban Planning Department,
Ain Shams University, Egypt.
23- Steele, J.(1997a), AN ARCHITECTURE FOR PEOPLE, THE COMPLETE WORKS OF HASSAN FATHY, London, Thames and Hudson.
24- Steele, J. (1997), “An Architecture for people: The Complete Works of Hassan Fathy”, London, United Kingdom: Thames and Hudson.
25- S. C. M., Hui. (2012) “Principles of Sustainable Building", Guest Lecture to HKU Department of Architecture.
26- Turan, M. (1990), Vernacular architecture: paradigms of environmental response. Aldershot: Avebury.
27- U. S. G. S. Administration., (2003), Growth, Efficiency and Modernism, pp. 14–15.
28- Wallhagen, M.and Glaumann, M. (2011), “Design consequences of differences in building assessment tools: A case study”, Build. Res. Inf., Vol. 39, 16–33.
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