L'applicabilité de la méthode hydrogéomorphologique au domaine aride du Xinjiang (Chine) : le cas du bassin versant du Karakash

The Karakash river watershed is situated in an arid zone, in the southern part of Xinjiang. In this watershed, floods occur during summer, almost each year, and destroy crops that are the main income of the population. Flooding cause damages that hinder socio-economical development. Flood prevention...

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Main Authors: Maihepireti Wulamu, Jean-Louis Ballais, Virginie Delorme
Format: Article
Language:English
Published: Physio-Géo 2013-09-01
Series:Physio-Géo
Subjects:
Online Access:http://journals.openedition.org/physio-geo/3633
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spelling doaj-20a89f74144a4f81a5d53a95e3746b3c2020-11-25T02:35:12ZengPhysio-GéoPhysio-Géo1958-573X2013-09-01728530610.4000/physio-geo.3633L'applicabilité de la méthode hydrogéomorphologique au domaine aride du Xinjiang (Chine) : le cas du bassin versant du KarakashMaihepireti WulamuJean-Louis BallaisVirginie DelormeThe Karakash river watershed is situated in an arid zone, in the southern part of Xinjiang. In this watershed, floods occur during summer, almost each year, and destroy crops that are the main income of the population. Flooding cause damages that hinder socio-economical development. Flood prevention must be integrated at the global water management. Our work demonstrates the applicability of hydrogeomorphological method in the Karakash watershed. Hydrogeomorphological mapping provides informations that are able to permit a spatial planning to prevent and reduce flood risks.http://journals.openedition.org/physio-geo/3633Chinaflood prone areasflood riskshydrogeomorphological methodKarakash river watershedXinjiang
collection DOAJ
language English
format Article
sources DOAJ
author Maihepireti Wulamu
Jean-Louis Ballais
Virginie Delorme
spellingShingle Maihepireti Wulamu
Jean-Louis Ballais
Virginie Delorme
L'applicabilité de la méthode hydrogéomorphologique au domaine aride du Xinjiang (Chine) : le cas du bassin versant du Karakash
Physio-Géo
China
flood prone areas
flood risks
hydrogeomorphological method
Karakash river watershed
Xinjiang
author_facet Maihepireti Wulamu
Jean-Louis Ballais
Virginie Delorme
author_sort Maihepireti Wulamu
title L'applicabilité de la méthode hydrogéomorphologique au domaine aride du Xinjiang (Chine) : le cas du bassin versant du Karakash
title_short L'applicabilité de la méthode hydrogéomorphologique au domaine aride du Xinjiang (Chine) : le cas du bassin versant du Karakash
title_full L'applicabilité de la méthode hydrogéomorphologique au domaine aride du Xinjiang (Chine) : le cas du bassin versant du Karakash
title_fullStr L'applicabilité de la méthode hydrogéomorphologique au domaine aride du Xinjiang (Chine) : le cas du bassin versant du Karakash
title_full_unstemmed L'applicabilité de la méthode hydrogéomorphologique au domaine aride du Xinjiang (Chine) : le cas du bassin versant du Karakash
title_sort l'applicabilité de la méthode hydrogéomorphologique au domaine aride du xinjiang (chine) : le cas du bassin versant du karakash
publisher Physio-Géo
series Physio-Géo
issn 1958-573X
publishDate 2013-09-01
description The Karakash river watershed is situated in an arid zone, in the southern part of Xinjiang. In this watershed, floods occur during summer, almost each year, and destroy crops that are the main income of the population. Flooding cause damages that hinder socio-economical development. Flood prevention must be integrated at the global water management. Our work demonstrates the applicability of hydrogeomorphological method in the Karakash watershed. Hydrogeomorphological mapping provides informations that are able to permit a spatial planning to prevent and reduce flood risks.
topic China
flood prone areas
flood risks
hydrogeomorphological method
Karakash river watershed
Xinjiang
url http://journals.openedition.org/physio-geo/3633
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AT jeanlouisballais lapplicabilitedelamethodehydrogeomorphologiqueaudomainearideduxinjiangchinelecasdubassinversantdukarakash
AT virginiedelorme lapplicabilitedelamethodehydrogeomorphologiqueaudomainearideduxinjiangchinelecasdubassinversantdukarakash
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