MAPPING THE TOTAL COPPER CONCENTRATION AND COHERENT ELEMENTS IN WESTERN AREA OF DAVAMAND MOUNTAIN USING WEIGHT EVIDENCE

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FARAJI SABOKBAR HASSANALI; ALAVIPANAH SEYED KAZEM; FEREIDONY FATEME; MASOODY SEYED MASOOD; ASADI FALLAH JAVAD

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Journal: Geographic Information and Remote Sensing in Planning Year:2010 | Volume:1 | Issue:1 Page(s): 41-49

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Title

MAPPING THE TOTAL COPPER CONCENTRATION AND COHERENT ELEMENTS IN WESTERN AREA OF DAVAMAND MOUNTAIN USING WEIGHT EVIDENCE

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Keywords

GEOCHEMICAL ANOMALYQ3

HEAVY MINERALSQ3

WEIGHT EVIDENCEQ3

ALTERATIONQ3

COPPERQ3

Abstract

Copper exploration through new and advanced technologies is especially important for different dimensions of economical management. Thus, correct recognition of ores, geological positions, hosted stones and proper conditions for creating ores are essential factors. In this study, WEIGHT EVIDENCE method is used to determine the site relationship between effective factors in COPPER creation and random samples. According to this method, the maximum relationship between coincident samples and faults and fractures is at a distance of 500 meters, and between samples and heavy mineral anomalies, it is at 1000 meters. For geochemical anomalies, optimum distance is 500 meters.These distances provide evidence concerning the role of aforementioned factors in COPPER creation. Moreover, it shows that the areas in-between original faults are appropriate zones for COPPER creation and hosted stones of COPPER.In addition to the factors mentioned, ALTERATION layers and appropriate hosted stone units layer have been used to be overlaid in GIS. Optimum ALTERATION areas are extracted from false color composite of 4/7, 4/3, 2/1 of ASTER image of TERRA satellite. Through geological map (1: 20000) and field observations, the optimum volcanic units, which contain KV1 and KV2, are extracted. Fuzzy logic is used for modeling and overlaying different layers. After distribution of fuzzy membership values, according to the importance of each class, different maps are overlaid. The area under study is divided into four classes: high, low, medium and no COPPER potential.

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APA: Copy

FARAJI SABOKBAR, HASSANALI, ALAVIPANAH, SEYED KAZEM, FEREIDONY, FATEME, MASOODY, SEYED MASOOD, & ASADI FALLAH, JAVAD. (2010). MAPPING THE TOTAL COPPER CONCENTRATION AND COHERENT ELEMENTS IN WESTERN AREA OF DAVAMAND MOUNTAIN USING WEIGHT EVIDENCE. JOURNAL OF GIS.RS. APPLICATION IN PLANNING, 1(1), 41-49. SID. https://sid.ir/paper/223030/en

Vancouver: Copy

FARAJI SABOKBAR HASSANALI, ALAVIPANAH SEYED KAZEM, FEREIDONY FATEME, MASOODY SEYED MASOOD, ASADI FALLAH JAVAD. MAPPING THE TOTAL COPPER CONCENTRATION AND COHERENT ELEMENTS IN WESTERN AREA OF DAVAMAND MOUNTAIN USING WEIGHT EVIDENCE. JOURNAL OF GIS.RS. APPLICATION IN PLANNING[Internet]. 2010;1(1):41-49. Available from: https://sid.ir/paper/223030/en

IEEE: Copy

HASSANALI FARAJI SABOKBAR, SEYED KAZEM ALAVIPANAH, FATEME FEREIDONY, SEYED MASOOD MASOODY, and JAVAD ASADI FALLAH, “MAPPING THE TOTAL COPPER CONCENTRATION AND COHERENT ELEMENTS IN WESTERN AREA OF DAVAMAND MOUNTAIN USING WEIGHT EVIDENCE,” JOURNAL OF GIS.RS. APPLICATION IN PLANNING, vol. 1, no. 1, pp. 41–49, 2010, [Online]. Available: https://sid.ir/paper/223030/en

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