Infopaket

GIS and remote sensing in the subsurfase

ОК-3

Обов’язкова дисципліна для ОП

Second

2024/2025

2 Semester

4

Know: solving the main tasks of geology and subsoil use in remote sensing, remote sensing methods and their application, basic GIS and remote sensing algorithms for geological mapping, geological surveying and prospecting, To be able to:Carry out geological interpretation by methods of desktop processing, Apply software products for processing remote sensing data, Create geological maps using remote sensing methods based on GIS analysis

Full-time form

Knowledge of the basics of remote sensing.

Satellite imagery is an important component of mineral exploration projects. They simplify and accelerate geological exploration in hard-to-reach regions, provide geologists and field crews with information to map potential access routes to explored areas and assess possible environmental impacts. Satellite imagery is the basis for mapping and remote monitoring of subsoil use. Remote sensing provides a wide range of information, in particular, multispectral satellite imagery is used for reclamation of mining areas, as it allows monitoring the state of vegetation reflecting acid drainage from iron ore and coal mines. Spectral imagery and thematic mapping provide researchers with information on the reflective and absorptive properties of soils, rock composition and vegetation. The analysis of radar images is used to monitor the stability of slopes and monthly changes in those parts of the landscape where active mining is taking place. Such actions ensure the safety of employees by identifying potential problems in a timely manner and informing the mine management to take measures to prevent accidents, etc.

V.I.Zacerkovnyi (2018). Remote sensing of the Earth. Physical fundamentals. Study guide. Nizhyn named after M. Gogol,380 p. Tustanovska L. (2024). Methods of remote sensing and GIS technologies in geological mapping. Part I. Workshop for the discipline ‘Methods of geological mapping and analysis of geological data in GIS’.. 2024, 77 p. Shevchuk V.V.,Kravchenko D.V., (2007) GEOMETRIC BASICS OF GEOLOGICAL MAPPING. Study guide to the normative discipline ‘Structural Geology and Geological Mapping’ for students of ‘Geology’. – К. "Obriy" 122 з. ERDAS IMAGINE, (2005). Tour Guides/Leica GeosystemsGeospatial Imaging, LLC. Nocross (Georgia).

lectures, practical classes, and independent work.

The results of students' learning activities are assessed on a 100-point scale. Two tests are worth 25 points each, practical work is worth 30 points, and the final exam is worth 20 points.

Ukrainian