Lithological maps derived from traditional pixel-based image analysis are widely
established in remote sensing. Recent development of new segmentation-based …

The integration of remote sensing, spectral measurements and field verification helped in
discriminating new iron occurrences hosted in the metavolcanic rocks at Wadi Karim and …

Low-resolution Geological Survey of Pakistan (GSP) maps surrounding the region of interest
show oolitic and fossiliferous limestone occurrences correspondingly in Samanasuk …

The new generation of satellite hyperspectral (HS) sensors provides remarkable potential for
regional-scale mineralogical mapping. However, as with any satellite sensor, mapping …

Despite low spatial resolutions, thermal infrared bands (TIRs) are generally more suitable for
mineral mapping due to fundamental tones and high penetration in vegetated areas …

Remote Sensing (RS) has proved to be an important tool tracing mineral deposits by
distinguishing processes of mineralization through spectral anomalies (Rajesh, 2004; Van …

The earth's underlying hydrocarbon-bearing reservoirs frequently leak. These reservoirs
leak because of their inadequate sealing, and at high pressure, oil and gas escape vertically …

This study used Landsat 8 (OLI/TIRS) to map iron ore deposits around the Niger–Benue
River Confluence in Nigeria. Radiometric calibration was used to improve the quality of the …

This study focuses on mapping hydrothermal alterations in Musina Copper Deposit Field
which is characterized by unique concentric zonation of hydrothermal alterations from an …

In this research, remote sensing and aeromagnetic data sets were integrated to investigate
structural features and alteration zones of Rashid-Abad mining area. This area is located …