Classification and identification of karstic aquifers in the OSHTORANKUH region

The karst areas refers to individual areas that shaped by the dissolution of bedrock and subsurface drainage grid development and are connected mainly with limestone. The karstic formations outcrop 20 percent of the land surface of the planet is covered that 11 percent of Iran are part of this 20% i...

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Main Authors: Tayebeh KIANI, mohamad Fatholahzadeh
Format: Article
Language:fas
Published: Kharazmi University 2019-03-01
Series:تحقیقات کاربردی علوم جغرافیایی
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Online Access:http://jgs.khu.ac.ir/article-1-2676-en.pdf
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author Tayebeh KIANI
mohamad Fatholahzadeh
author_facet Tayebeh KIANI
mohamad Fatholahzadeh
author_sort Tayebeh KIANI
collection DOAJ
description The karst areas refers to individual areas that shaped by the dissolution of bedrock and subsurface drainage grid development and are connected mainly with limestone. The karstic formations outcrop 20 percent of the land surface of the planet is covered that 11 percent of Iran are part of this 20% is included. The ZAGROS region of origin karstic formations in the country that the formation of karst forms and numerous caves in the area attest to this claim. Overall creation and development of karst geomorphology, the formation of karstic aquifers are karstic systems. In fact karstic aquifers, underground reservoirs that store water in a web of interlocking joints and cracks, caves and canals. The karst can be effective ways to develop into three categories: physical, chemical and hydrogeologic studies divided that role of lithology and its properties, weather conditions and hydrological and structural factors such as faults and fissures, and slope area are of particular importance. In this study, characteristics OSHTORANKUH region of karst processes and the formation of karstic aquifers were examined and to do so using the AHP model the effect of weight each criterion was determined in karst area. Then, using the SAW model )is a subset of multiple criteria decision-making methods( Zoning areas prone to karstic aquifers OSHTORANKUH software was Arc GIS 10.3 and defining the center of the southern slopes of the western and north-eastern slopes of the mountain that are consistent with carbonate formation, the intersection of active faults and are the focus of surface runoff ,it also has a gentle slope than other parts of the region, have Better and more suitable conditions for the formation of karst processes karstic aquifers. The adaptation of the area most prone to the aquifer karst springs evidence of the correct zoning of the area is karstic aquifers.
format Article
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institution Kabale University
issn 2228-7736
2588-5138
language fas
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publisher Kharazmi University
record_format Article
series تحقیقات کاربردی علوم جغرافیایی
spelling doaj-art-9d70b5f6121743348b4e1ad0ae48043c2025-01-31T17:25:14ZfasKharazmi Universityتحقیقات کاربردی علوم جغرافیایی2228-77362588-51382019-03-0119522134Classification and identification of karstic aquifers in the OSHTORANKUH regionTayebeh KIANI0mohamad Fatholahzadeh1 Kharazmi University tehran University The karst areas refers to individual areas that shaped by the dissolution of bedrock and subsurface drainage grid development and are connected mainly with limestone. The karstic formations outcrop 20 percent of the land surface of the planet is covered that 11 percent of Iran are part of this 20% is included. The ZAGROS region of origin karstic formations in the country that the formation of karst forms and numerous caves in the area attest to this claim. Overall creation and development of karst geomorphology, the formation of karstic aquifers are karstic systems. In fact karstic aquifers, underground reservoirs that store water in a web of interlocking joints and cracks, caves and canals. The karst can be effective ways to develop into three categories: physical, chemical and hydrogeologic studies divided that role of lithology and its properties, weather conditions and hydrological and structural factors such as faults and fissures, and slope area are of particular importance. In this study, characteristics OSHTORANKUH region of karst processes and the formation of karstic aquifers were examined and to do so using the AHP model the effect of weight each criterion was determined in karst area. Then, using the SAW model )is a subset of multiple criteria decision-making methods( Zoning areas prone to karstic aquifers OSHTORANKUH software was Arc GIS 10.3 and defining the center of the southern slopes of the western and north-eastern slopes of the mountain that are consistent with carbonate formation, the intersection of active faults and are the focus of surface runoff ,it also has a gentle slope than other parts of the region, have Better and more suitable conditions for the formation of karst processes karstic aquifers. The adaptation of the area most prone to the aquifer karst springs evidence of the correct zoning of the area is karstic aquifers.http://jgs.khu.ac.ir/article-1-2676-en.pdfkarsthydrogeomorphologykarstic formationsoshtorankuhsaw model
spellingShingle Tayebeh KIANI
mohamad Fatholahzadeh
Classification and identification of karstic aquifers in the OSHTORANKUH region
تحقیقات کاربردی علوم جغرافیایی
karst
hydrogeomorphology
karstic formations
oshtorankuh
saw model
title Classification and identification of karstic aquifers in the OSHTORANKUH region
title_full Classification and identification of karstic aquifers in the OSHTORANKUH region
title_fullStr Classification and identification of karstic aquifers in the OSHTORANKUH region
title_full_unstemmed Classification and identification of karstic aquifers in the OSHTORANKUH region
title_short Classification and identification of karstic aquifers in the OSHTORANKUH region
title_sort classification and identification of karstic aquifers in the oshtorankuh region
topic karst
hydrogeomorphology
karstic formations
oshtorankuh
saw model
url http://jgs.khu.ac.ir/article-1-2676-en.pdf
work_keys_str_mv AT tayebehkiani classificationandidentificationofkarsticaquifersintheoshtorankuhregion
AT mohamadfatholahzadeh classificationandidentificationofkarsticaquifersintheoshtorankuhregion