A STUDY OF GEOMORPHOLOGIC INSTABILITY SLOPE ANBALANG METHOD USING GIS (CASE STUDY: KALAT BASIN IN THE HEIGHTS OF HEZAR MASJED)

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AMIRAHMADI ABOLGHASEM; EBRAHIMI MAJID; HABIBOLAHIAN MAHMOOD; ZANGENEH ASADI HAKIM MOHAMMAD ALI

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Journal: GEOGRAPHICAL RESEARCH Year:2015 | Volume:29 | Issue:4 (115) Page(s): 241-259

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Title

A STUDY OF GEOMORPHOLOGIC INSTABILITY SLOPE ANBALANG METHOD USING GIS (CASE STUDY: KALAT BASIN IN THE HEIGHTS OF HEZAR MASJED)

Author(s)

AMIRAHMADI ABOLGHASEM | EBRAHIMI MAJID | HABIBOLAHIAN MAHMOOD | ZANGENEH ASADI HAKIM MOHAMMAD ALI | Issue Writer Certificate

Keywords

LANDSLIDEQ2

ANBALAGANQ2

ZONINGQ2

KALAT BASINQ2

SUB BASINQ2

Abstract

LANDSLIDE like phenomena such as earthquake, flood, and volcano eruption are considered as the important natural events which happen every year in the mountainous and the elevated regions of the country and incur substantial damages and losses. Today, in the countries involved with the issue of earthquake sliding, there is an increasing tendency in evaluating and ZONING of the danger and damages resulting from this phenomenon. Various factors such as topography, petrology, climatology, etc. are effective in the instability of the ranges and in various ways causes then instability of the ranges. In this study, in order to realize the rate of instability in various parts of the region based on ANBALAGAN. Firstly, the total area under study are divided into 26 work units and then the factors affecting the sliding are evaluated separately and the numerical value of each one was obtained and eventually the total scores were gathered. Based on the scores obtained, the plan of sliding ground was drawn for the total region. Studying the map suggests the fact that this region is divided into four areas in terms of LANDSLIDE; the zone has been allocated with a high degree of danger of 31.13 sq. km. from the total area of the region or 18.52 % of the lands located near the villages and the roads. The region with high degree of danger 37.30% in the area of study, the zone with medium danger of 23.8%, and a zone has been allocated with low degree of danger 20.38 % from the region.

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APA: Copy

AMIRAHMADI, ABOLGHASEM, EBRAHIMI, MAJID, HABIBOLAHIAN, MAHMOOD, & ZANGENEH ASADI HAKIM, MOHAMMAD ALI. (2015). A STUDY OF GEOMORPHOLOGIC INSTABILITY SLOPE ANBALANG METHOD USING GIS (CASE STUDY: KALAT BASIN IN THE HEIGHTS OF HEZAR MASJED). GEOGRAPHICAL RESEARCH, 29(4 (115)), 241-259. SID. https://sid.ir/paper/30016/en

Vancouver: Copy

AMIRAHMADI ABOLGHASEM, EBRAHIMI MAJID, HABIBOLAHIAN MAHMOOD, ZANGENEH ASADI HAKIM MOHAMMAD ALI. A STUDY OF GEOMORPHOLOGIC INSTABILITY SLOPE ANBALANG METHOD USING GIS (CASE STUDY: KALAT BASIN IN THE HEIGHTS OF HEZAR MASJED). GEOGRAPHICAL RESEARCH[Internet]. 2015;29(4 (115)):241-259. Available from: https://sid.ir/paper/30016/en

IEEE: Copy

ABOLGHASEM AMIRAHMADI, MAJID EBRAHIMI, MAHMOOD HABIBOLAHIAN, and MOHAMMAD ALI ZANGENEH ASADI HAKIM, “A STUDY OF GEOMORPHOLOGIC INSTABILITY SLOPE ANBALANG METHOD USING GIS (CASE STUDY: KALAT BASIN IN THE HEIGHTS OF HEZAR MASJED),” GEOGRAPHICAL RESEARCH, vol. 29, no. 4 (115), pp. 241–259, 2015, [Online]. Available: https://sid.ir/paper/30016/en

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