CONTRIBUTION DE L’HYDRAULIQUE MEDIEVALE DANS LA DYNAMIQUE URBAINE DU MAGHREB. CAS DE LA MEDINA DE TLEMCEN EN ALGERIE
Journal Title: Larhyss Journal - Year 2013, Vol 13, Issue 13
Abstract
In the mass of literature on the history of Tlemcen, the section reserved for water and medieval hydraulic techniques remains, despite the efforts made, very limited or marginalized. Of course, the socio-economic dynamics of cities requires communities to not fold on the past, but in our case the wealth of material and immaterial heritage is undeniable. A diagnosis of present and look to the future can only be truly achieved only by the appreciation of the knowledge of the past and its integration into the socio-economic and cultural daily. In this perspective of reconciliation between past and present, the issue of water in the ancient medieval cities in general and more specifically that relating to hydraulic systems deserves special attention and urgent care. To better understand this problem, a return to the memory is imperative. He calls us to more than one way to analyze more deeply the evolution of water and its role in medieval urban dynamics of ancient cities. Nearest to us, the Maghreb region offers a variety of examples in which common elements are aridity, water and man. With this modest contribution, the aim is to enrich the debate around this topic of current and vital to our society. For this purpose, a living examples that challenges us by its technical perfection, its sociological context, historical and environmental system is that supply and wastewater in the Medina of Tlemcen. The analysis on the particular system wastewater, known locally as "sloukia" is a testimony to our sense innovations Arabic school water derived from the ingenious technique of exploration and transportation of water of qanat. Currently facing unprecedented degradation, this heritage is threatened with ruin and largely destabilizes the structure of the built heritage and architecture.
Authors and Affiliations
BENSLIMANE M. | Laboratoire de Recherche sur les Systèmes Biologiques et la Géomatique Université de Mascara, BP 305, Mascara, 29000, Algérie, HAMIMED A. | Laboratoire de Recherche sur les Systèmes Biologiques et la Géomatique Université de Mascara, BP 305, Mascara, 29000, Algérie, SEDDINI A. | Laboratoire de l’Eau et Ouvrages dans leur Environnement Université de Tlemcen, BP 230 - 13000 Chetouane, Tlemcen, Algérie
EVALUATION DE LA QUALITE DES EAUX DE SURFACE DES OUEDS FES ET SEBOU UTILISEES EN AGRICULTURE MARAICHERE AU MAROC
Currently, Sebou watershed is threatened by an intensive pollution, considering the enormous volume of dismissals issued from the city of Fez. The total pollution rejected by this city rises up to 100.000 m3/day; it wi...
EVALUATION DE LA QUALITE PHYSICOCHIMIQUE ET BACTERIOLOGIQUE DES EAUX USEES BRUTES ET EPUREES DE LA VILLE D’OUARGLA. POSSIBILITE DE LEUR VALORISATION EN IRRIGATION
Ouargla area had a serious problem of excess water caused in part by a topographically flat receiving environment and hydrogeologically endoreic. In other hand, discharge of wastewater and agricultural drainage water i...
EFFECT OF RIVER INFLOW ON WATER QUALITY RESERVOIRS STUDY CASE ‘SAU RESERVOIR’
The aim of this work is to apply 3D hydrodynamic model ELCOM (Estuary and Lake Computer Model), combined with water quality model CAEDYM (Conceptual aquatic environment dynamic) model to Sau reservoir. This study is a...
L’IMPORTANCE DES EAUX KARSTIQUES DANS L’APPROVISIONNEMENT EN EAU DE LA POPULATION DE TLEMCEN
Les monts de Tlemcen constituent l’un des massifs carbonatés karstiques les plus importants de l’Algérie du nord. Ils contiennent d’importants aquifères contenus dans les formations calcaréo-dolomitiques du J...
FLUX DES POLLUANTS LIES AUX ACTIVITES ANTHROPIQUES ET RISQUES SUR LES RESSOURCES EN EAU DE SURFACE A TRAVERS LE MONDE (SYNTHESE BIBLIOGRAPHIQUE)
This bibliographical synthesis made point of various anthropogenic activities and their impacts on the quality of surface waters, the food chain and human health. Anthropogenic activities interfere on surface waters by...