APPLICATION OF REMOTE SENSING IN EXPLORATION PUMICE AROUND DAMAVAND APEX

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MASOUDI M.S.; FEREIDONI F.; MATKAN A.A.

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Journal: GEOSCIENCES Year:2010 | Volume:19 | Issue:76 Page(s): 3-8

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Title

APPLICATION OF REMOTE SENSING IN EXPLORATION PUMICE AROUND DAMAVAND APEX

Author(s)

MASOUDI M.S. | FEREIDONI F. | MATKAN A.A. | Issue Writer Certificate

Keywords

SAMQ3

PUMICEQ3

RSQ2

ASTERQ2

DEMQ3

ETM++Q3

Abstract

In this study, for the first time, PUMICEs around Damavand Mountain is studied by IRS-1C, ASTER and ETM++ images. For this purpose at first, all images are preprocessed. It means geometric corrections and registering images together and with topography maps (1:25000) are done. Then atmospheric corrections, calibration of radiance and reflectance and topographic correction with Minneart method are done too. Preprocessing, some techniques like PCA, IHS, OIF, FCC and SAM have been done. Pan image of IRS-1C satellite for data fusion in visible and near infrared of ASTER at visual interpretation and recognizing of roads and mines is better than ETM+ images. After data preprocessing, some techniques like PCA, IHS, OIF, FCC and SAM have been done. Pan image of IRS-1C satellite for data fusion in visible and near infrared of ASTER at visual interpretation and recognizing of roads and mines is better than ETM+ images. IHS and PCA methods equally have separated clearly PUMICE mines and trachyandesites without vegetations and soils covers. With respect to VNIR of ASTER has more intensity than other spectral areas. Also because of high topographic changes and pampas vegetation, visible bands and Very Near Infrared (VNIR) of ASTER aren't too useful. These spectral areas are caused mixing classes together, especially limestones and PUMICE. Totally for most of stones and different ores, spectral area of Short Wave Infrared (SWIR) of ASTER has the best ability. For categorizing and extracting PUMICEs potential layers from images, SAMpling is done on pixel or pixels that contain PUMICE mines. Because of less expansion of mines, SAMples are picked up on just one pixel or in maximum case ten pixels. According to that limitation, Spectral Angle Method (SAM) technique has more ability than the other methods. Use of DEM for separation flat or low dip lands whereas are placed for PUMICEs in northern, eastern and some southern parts of studied area is effective, but any worthwhile tracks of PUMICE weren’t found in south-west of mountain. Finally mining hopeful areas in cast of mining potential map is prepared. By calculating the overlay of effective geology structure layer with PUMICE mines areas layer, which is extracted from PAN image, the amount of overlay is calculated ninety three percent.

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APA: Copy

MASOUDI, M.S., FEREIDONI, F., & MATKAN, A.A.. (2010). APPLICATION OF REMOTE SENSING IN EXPLORATION PUMICE AROUND DAMAVAND APEX. GEOSCIENCES, 19(76), 3-8. SID. https://sid.ir/paper/32350/en

Vancouver: Copy

MASOUDI M.S., FEREIDONI F., MATKAN A.A.. APPLICATION OF REMOTE SENSING IN EXPLORATION PUMICE AROUND DAMAVAND APEX. GEOSCIENCES[Internet]. 2010;19(76):3-8. Available from: https://sid.ir/paper/32350/en

IEEE: Copy

M.S. MASOUDI, F. FEREIDONI, and A.A. MATKAN, “APPLICATION OF REMOTE SENSING IN EXPLORATION PUMICE AROUND DAMAVAND APEX,” GEOSCIENCES, vol. 19, no. 76, pp. 3–8, 2010, [Online]. Available: https://sid.ir/paper/32350/en

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