Environmental implication of the Algerian traditional house

Author:

Kacher Sabrina,Zermout Hanane

Abstract

Purpose – The control of the environmental impacts of buildings and constructions has certainly progressed in recent years in Europe, but very little in Algeria. The purpose of this paper is to identify and to introduce old environmental systems in the Algerian traditional house which could inspire designers to come up with new constructions with enhanced comfort. Design/methodology/approach – In this work, the authors used the “HQE” French certification grid to gauge the environmental implication of the vernacular architecture. Findings – Environmental systems in the traditional house respect the environment but have to be adapted to the current perception of comfort in order to be applied to the new architecture. Research limitations/implications – The main advantage is that the old environmental systems found in the Algerian traditional houses do not require any machinery to enhance the comfort. Thus they do not need any energy to be useful. Practical implications – As the Canadian Well inspired and influenced the architecture produced around the world to improve the comfort inside the houses, or as the thatched roof which inspired the vegetative roof used today to improve and regulate the energy consumption, the authors hope that some old systems used in the vernacular architecture will inspire architects or regular people who would like to enhance their comfort and life quality. Originality/value – Passive solutions used to improve comfort, with reduced energy consumption in houses, are increasingly sought all around the world. This work can play a part in introducing some environmental solutions used in the vernacular architecture which are nowadays left aside.

Publisher

Emerald

Subject

Management, Monitoring, Policy and Law,Public Health, Environmental and Occupational Health

Reference18 articles.

1. Ademe (2015), “ADEME; Agence de l’Environement et De La Maitrise de l’Energie”, Haute-Normandie home page, available at: www.haute-normandie.ademe.fr/domaines-dintervention/territoire-et-villes-durables (accessed 22 August 2015).

2. Aourir (2009), “Aourir old village home page”, available at: http://aourir15310.e-monsite.com/album/aourir-vieux-village/vieux-village-thadarth-sous-la-neige-aourir.html (accessed 22 August 2015).

3. Bekleyen, A. and Dalkiliç, N. (2012), “Design with climate- what we can learn from the past to cope with climate in terms of design and usage style of courtyard houses?”, Middle East of Scientific Research , Vol. 11 No. 3, pp. 357-366.

4. Bougdal, K. (2006), “Indentification des caractéristiques typologiques architecturales et techniques constructives du cadre bâti historique méditerranéen, cas d’étude: La Kasbah de Dellys”, Mémoire de magister, Université de Saad Dahlab, Blida, November.

5. Casanovas, M. (2012), Manuel pour la réhabilitation de la ville de Dellys , Montada, Barcelone.

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