Fariba Mahmoodian - Department of Economic Geology, Faculty of Sciences, Payame Noor University, Iran

This paper explores the utilization of spatial analysis methods in delineating and assessing the potential for gold mineralization. Through a case study, this research investigates techniques such as spatial analysis of geological data, geochemical mapping, and geostatistical analysis to identify potential areas for gold mineralization. The outcomes derived from these methodologies can aid the mining industry and geologists in making strategic decisions and selecting appropriate regions for exploration and extraction of gold deposits. In this area, significant alteration is distinctly traceable and traceable in satellite image processing; alterations in the region include argillic, sericitic, propylitic, and silicic alterations. The highlighting of potential alteration zones in the specified range was performed in the initial stages using ETM sensor data processing through the Crosta method. This study not only focuses on optimizing resource utilization and time but also investigates the fundamental role of spatial analysis methods in enhancing accuracy and predictability in identifying gold reserves.

Remote Sensing, Alteration, Gold Mineralization, Spatial Analysis, Geology