Quality of life is a concept that has been discussed recently in various studies, as a response to many problems facing the compacted cities, all over the world as well as in Egypt.
The purpose of this paper is to concentrate mainly on the concept of urban quality of life, it has a multi-dimensional and complex issue, the framework of this study is to find the (missing available urban quality of life indicators) in compacted cities.
Although, there were design concepts of sustainable urban form in (High-density residential areas) with mixed land uses, which have a high degree of social interaction, this paper also aims to facilitate the participation of urban authorities in process of measuring, and analyzing the urban quality of life with providing an extra element for design concepts of a sustainable urban area such as greening & renewable energy.
The study is beneficial for who interested in the field of sustainable development, and it gives indicators such as (GDP) (gross domestic product) which help the Simi sustainable areas to be a more efficient with urban quality of life indicators.
GDP is highly useful for measuring marketing production and providing an indicative snapshot of an economy at a given time, this research uses the descriptive analytical and statistical approach to identify a quality of life indicators through study the Interrelationships environmental, social, economic and physical elements applying on compacted Egyptian cities.
Finally, to raise the value of benefit from the resources and sustainable development within the compacted residential areas to get the required indicators of quality of urban life and managed.
Attia, S., & Mahmoud, A. (2009). Green Roofs in Cairo: A Holistic Approach for Healthy Productive Cities. Proceedings of 7th Annual Greening Rooftops for Sustainable Communities.
Food and agriculture organization of the united nations, (2014), Small-scale aquaponic food production Integrated fish and plant farming, FAO fisheries and aqua culture technical paper,Rome.
McCrea, P. R. (2007).Urban Quality of Life: Linking Objective Dimensions and Subjective Evaluations of
the Urban Environment, A thesis submitted for the degree of Doctor ofPhilosophy.
Moustafa, A. (2009). Measuring and managing the development of new urban communities through quality of life indicators.
Pisano, U., K. Lepuschitz & G. Berger (2014) Framing Urban Sustainable Development: Features, Challenges and Potentials of urban SD from a multi-level governance perspective. ESDN Quarterly Report, ESDN Office, Vienna.
Jabareen, R. Y. (2011). Sustainable Urban Forms Their Typologies, Models, and Concepts. Journal of
Planning Education and Research, 26,38-52.
Brooks, W . (2014). MEASURING GDP AND ECONOMIC GROWTH [Lecture 7].
www2.econ.iastate.edu/classes/econ102/falk/lecture 7 gdp.pdf
Davies, R . (scientific journalist). (May 2017). Hong Kong weather is ideal for vegetables cultivation
throughout the year, BBC.
GRS Full report. (2016). Countries with Energy Efficiency Policies and Targets.
GRS Full report. (2016). Share of Primary and Final Energy from Renewable Sources, Targets and 2013/2014 Shares
Meisen, P . & Hunter L ., (2007). Renewable Energy Potential of the Middle East, North Africa vs.The
Nuclear Development Option.Global Energy Network Institute (GENI)
Kanters, J . ( 2015). Planning for Solar Buildings in Urban Environments. Lund University, Jouri Kanters and Division of Energy and Building Design.
Deshmukhm, R . Juan, P .C. Gambhir, A . (2013, March). Sustainable Development of Renewable Energy Mini-grids for Energy Access, A Framework for Policy Design
Extra news, (2017) https://www.youtube.com/watch?v=tOBhPHi-oY8
Egypt-hydroponic, (2017). https://www.al-monitor.com/pulse/originals//egypt-hydroponic-farms.html
Nowak, M.,(2004,May 4). Urban Agriculture on the Rooftop.