Hyperspectral Imaging in Sedimentary Rocks at Core and Outcrop Scale

Explore hyperspectral imaging techniques for comprehensive analysis of sedimentary rocks in drill cores and outcrops. Learn how this advanced method provides high-resolution spectra for continuous mineralogical data, total organic carbon, and crystal size assessment. Discover the applications of shortwave infrared (SWIR) and longwave infrared (LWIR) spectral imagery in revealing hidden trace fossils, sedimentary structures, and distinct silica populations in shale drill cores. Examine the benefits of hyperspectral imaging for outcrop and cliff face analysis, particularly in highlighting diagenetic phases in carbonates. Study a case example of Cambrian dolomites from Western Canada, where SWIR is utilized to detect individual phases based on composition and crystal size in an outcrop predominantly composed of dolomite.

Hyperspectral imaging in sedimentary rocks at core and outcrop scale