Study of the reliability of “Chekfa” in water distribution in the “foggara” system: a case of Adrar region, Algeria

S. Slimani, S. Benziada, D. Boutaoutaou, A. Kettab

Abstract


Abstract: This work describes the reliability of the instrument of water flow measurement chekfa, and the role of the latter in the durability of the foggara system in Adrar region, South of Algeria. As the establishment of foggaras is essentially a collective task, no one can be proclaimed the owner of foggara. Therefore, it is considered as a common property. This system of the co-ownership poses the problem of water distribution. Captured water is distributed by a traditional measurement method done by an expert person, kial el ma. The objective of this study was to examine the reliability of traditional methods of water flow measurement in comparison with the current hydraulic methods of flow gauging and measurement. The experimental results, undoubtedly, showed the conformity between habba flow and the corresponding flows measured by the habba fractions. Hence, the methodologies of measurement adopted by the autochthon people were checked against those of the current hydraulic system (flowmeter), the amount of water given to each of the owners of the foggara is recorded in a register called Zemam. The values obtained could be reproduced entirely and precisely through the saved values in Zemam (register of kial el ma).


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References


Biara, R.W.; Hamouine, A.; Nabou, M. The future of the ksar in sustainable development. Energy Procedia 18 (2012) 35–42.

Fattahi, M. OSL dating of the Miam Qanat (KĀRIZ) system in NE Iran. Journal of Archaeological Science 59 (2015) 54–63.

Grandguillaume, G. Economic regime and power structure: the foggara system of Touat. Review of the muslim West and the Mediterranean 13 (1973) 437–457.

HU, W.; ZHANG, J.; LIU, Y. The qanats of Xinjiang: historical development, characteristics and modern implications for environmental protection. Journal of Arid Land 4 (2012) 211–220.

Kendouci, M.A.; Bendida, A.; Khelfaoui, R.; Kharroubi, B. The impact of traditional irrigation (Foggara) and modern (drip, pivot) on the resource non-renewable groundwater in the Algerian Sahara. Energy Procedia 36 (2013)154–162.

Lathamani, R.; Janardhana, M.R.; Mahalingam, B.; Suresha, S. Evaluation of aquifer vulnerability using drastic model and GIS: a case study of Mysore city, Karnataka, India. Aquatic Procedia 4 (2015) 1031–1038.

Lightfoot, D.R. Moroccan khettara: traditional irrigation and progressive desiccation. Geoforum 27 (1996) 261–273.

Madi, M.; Meddi, M.; Boutoutaou, D.; Pulido-Bosch, A. Assessment of aquifer vulnerability using a geophysical approach in hyper-arid zones. A case study (In Salah region, Algeria). Arabian Journal of Geosciences 9 (2016) 460.

Privat-Deschanel, A. Elementary course of mechanics, 4rd ed.; Publisher: Paris, France, 1866; pp. 230-240.

Remini, B.; Achour, B. The qanat of the greatest western Erg. Journal American Water Works Association 105 (2013) 104–107.

Remini, B.; Achour, B.; Albergel, J. The qanat of Algerian Sahara: an evolutionary hydraulic system. Applied Water Science 5 (2015) 359–366.

Slimani, S.; Benziada, S. Étalonnage de différents systèmes traditionnels (Chekfa) de mesure de débits en vue d'une restitution du réseau hydraulique de distribution d'une foggara. Magister, Ecole National Polytechnique, alger, 2011.


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