Geometric interpretation of Faults and surface fractures of Siyah Makan oil field(Dezful embayment, SW Iran) by Thermal Remote Sensing Techniques

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Mirloye Mousavi M.H; Zamani Gharechamani B.

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Journal: Iranian Journal of Remote Sensing & GIS Year:2019 | Volume:11 | Issue:3 Page(s): 79-96

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Title

Geometric interpretation of Faults and surface fractures of Siyah Makan oil field(Dezful embayment, SW Iran) by Thermal Remote Sensing Techniques

Author(s)

Mirloye Mousavi M.H | Zamani Gharechamani B. | Issue Writer Certificate

Keywords

structural lineamentsQ1

Remote sensingQ2

LandsatQ1

LstQ1

Oil fieldQ1

siyah makanQ1

Abstract

Nowadays Remote sensing science is widely used in the earth sciences. One of these branches is the identification, investigation and interpretation of the surface structures of the earth. The study of the fracture systems, the recognition of the geometry and spatial distribution of them, could helped to development of the Oil fields. In this research, using Landsat 8 satellite imagery data, STA algorithm and Remote sensing processing techniques, geometric analysis of the surface structures in the Siyahmakan Oil field has been investigated. Then, the ground surface temperature (Lst), calculated by Landsat project science office model for the Oil field, and finally examined the relationship between the distribution of surface fractures and the surface temperature distribution pattern of the study area. The results show that the parallel axial (SA) and shear fractures(SO1), that have the N-S and NW-SE trend ordinary, have the highest frequency. According to the density map, the density of the lineaments in the mid-zone to the southeast of the field is the highest. Since underground resources are located along the tectonic lineaments near the surface, these structures have seen cooler and darker in the satellite images of the surrounding areas. structural lineaments have shown conformity with surface temperature map so that lineaments often located in the regions with low to medium and medium – level Temperatures. Therefore low temperatures correspond to the highly fractured areas.

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APA: Copy

Mirloye Mousavi, M.H, & Zamani Gharechamani, B.. (2019). Geometric interpretation of Faults and surface fractures of Siyah Makan oil field(Dezful embayment, SW Iran) by Thermal Remote Sensing Techniques. REMOTE SENSING & GIS, 11(3 ), 79-96. SID. https://sid.ir/paper/365075/en

Vancouver: Copy

Mirloye Mousavi M.H, Zamani Gharechamani B.. Geometric interpretation of Faults and surface fractures of Siyah Makan oil field(Dezful embayment, SW Iran) by Thermal Remote Sensing Techniques. REMOTE SENSING & GIS[Internet]. 2019;11(3 ):79-96. Available from: https://sid.ir/paper/365075/en

IEEE: Copy

M.H Mirloye Mousavi, and B. Zamani Gharechamani, “Geometric interpretation of Faults and surface fractures of Siyah Makan oil field(Dezful embayment, SW Iran) by Thermal Remote Sensing Techniques,” REMOTE SENSING & GIS, vol. 11, no. 3 , pp. 79–96, 2019, [Online]. Available: https://sid.ir/paper/365075/en

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