Impact of Environment on Architecture of Mesopotamia with Respect to the Use of Materials, Tools and Mode of Construction

Saira Iqbal (1)
(1) Quaid e Azam University Islamabad, Pakistan, Pakistan


Through architectural and engineering skills, humanity leaves its mark upon the earth. Urbanization started from Mesopotamia in west Asia where the Mesopotamian societies flourished. They evolved into various landscapes from the metal-rich highlands and elevations of southeastern Turkey to the Syrian deserts, from the woodmen of the Levant to the bogs of southern Iraq. Mesopotamian civilization, along with its architecture, survived more than three thousand years. The architecture of the Mesopotamian civilization is not only portentous in its outlook and proficient in planning, but it’s also considered rational and technical with respect to its environment.

The civilization was very first of its kind, having technology and urban settlements that laid the foundation of future modern settlements. It considered the region's environment and climate as pivotal in the development of its culture and architecture.

This study discusses how the people, consciously or unconsciously, shaped the land or landscape around them in relation to their environment. This study is both basic and applied, according to architectural research methods. By content, the research in this article is according to the process of design and construction and the data in this research will be analyzed morphologically and technically. The Mesopotamian people used mud bricks, aqueducts, wooden beams, Archimedes screw, courtyard and tripartite houses. The study in this article proves that all these constructions and the techniques used were according to their environmental and climatic conditions.

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Baird, J. (2014). The Inner Lives of Ancient Houses . New York: Oxford University Press .

Bertman, S. (2003). Handbook to life in ancinet mesopotamia. New York : Oxford University Press. Breyer, M. (1999). Ancient Middle East. Westminster: Teacher Created Sources.

Camp, L. S. (1995). The Ancient Engineers. Random House Publishing Group.

Delougaz, P. (1933). Plano Convex Bricks and the Method of thier Employment . Chicago : Chicago Press. Faiella, G. (2006). The technology of mesopotamia . New York : The Rosen Publishing Group .

Fedulova, T. (2014). Architecture of Ancient Mesopotamia . Progress Builders.

Kuiper, e. K. (2001). Mesopotamia The World's Earliest Civilization . New York: Rosen Educational Services.

Levey, M. (n.d.). Clay and its technology in ancient mesopotamia . Centaurus-An international journal of the history of science and its cultural aspect .

Linda N. Groat , David Wang . (2013). Architecture Research Methods. New Jersey : John Wiley & Sons . Mays, L. W. (2008). A very brief history of hydraulic technology during antiquity . Environ Fluid Mechanics . Mays, L. W. (Ed.). (2010). Ancient Water Technologies. New York : Springer .

Mclntosh, J. (2005). Ancient Mesopotamia : New Perspectives. California: ABC-CLIO.

Michael Woods , Marry B. Woods . (2000). Ancient Construction : from tents to tower . Minneapolis: RuneStone Press.

Moorey, P. R. (1994). Ancient Mesopotamian Materials and Industries : The Archaelogical Evidences . USA: Oxford University .

Myneni, K. K. (2013). “Courtyard as a Building Component its Role and Application in Developing a Traditional Built form, Creating Comfort: A case of Athangudi Village, India. International Journal of Chemical, Environmental & Biological Sciences (IJCEBS) Volume 1.

Nemet-Nejat, K. R. (1998). Daily Life in Ancient Mesopotamia . London: Green Wood Press.

R.S Narayanan , A.W.Beeby . (2001). Introduction to Design for civil engineers . London: Spon Press .

Richard W. Bulliet , Pamela Kyle Crossley , Danial R. Headrick . (2008). The Earth an Its People . New York : Houghton Mifflon Company .

Roaf, M. (1992). Palaces and Temples in Ancient near East . In M. Roaf, Mesopotamia and the Ancient Near East .

Iraq: Stonehenge Press .

S, S. J. (2013). Mud Architecture . International Journal of Innovative Research in Science, Engineering and Technology, 48.

Samuel, C. (2013). Technology in Mesopotamia . New York: Garith Stevens .

Viollet, P.-L. (2005). Water Engineering in Ancient Civilizations : 5000 years of history . Taylor and Francis Group. Wie, J. (2012). Great Inventions that changed the world . New Jersey : John Wiley & sons .

Yglesias, C. (2014). The Innovative Use of Material in Architecture and Landscape. North Carolina: McFarland and Company ,Inc.


Saira Iqbal
[email protected] (Primary Contact)
Author Biography

Saira Iqbal, Quaid e Azam University Islamabad, Pakistan

Quaid e Azam University Islamabad, Pakistan

Iqbal, S. (2017). Impact of Environment on Architecture of Mesopotamia with Respect to the Use of Materials, Tools and Mode of Construction. ARCHive-SR, 1(1), 7.

Article Details

Received 2017-09-09
Accepted 2017-09-09
Published 2017-09-18