1. Definition of remote sensing and its importance in studying Universe and Earth.
2. Physical basics of remote sensing.
3. Spectral properties of landscape objects (spectrometry), vegetation indices.
4. The state of the earth's atmosphere in Earth exploration.
5. Basic types of sensing devices for acquiring image data in different parts of the electromagnetic spectrum.
6. Carrier of sensing devices.
7. Processing of analogue and digital remote sensing data.
8. Instrumentation and software provisioning of data processing.
9. Methods of interpretation and classification of image data.
10. Use of Earth remote sensing data.
11. The specifics of exploration of mining landscapes using Earth remote sensing methods.
12. European Union remote sensing projects.
13. Institutional provision of remote Earth exploration.
14. Project preparation of imaging experiments.
2. Physical basics of remote sensing.
3. Spectral properties of landscape objects (spectrometry), vegetation indices.
4. The state of the earth's atmosphere in Earth exploration.
5. Basic types of sensing devices for acquiring image data in different parts of the electromagnetic spectrum.
6. Carrier of sensing devices.
7. Processing of analogue and digital remote sensing data.
8. Instrumentation and software provisioning of data processing.
9. Methods of interpretation and classification of image data.
10. Use of Earth remote sensing data.
11. The specifics of exploration of mining landscapes using Earth remote sensing methods.
12. European Union remote sensing projects.
13. Institutional provision of remote Earth exploration.
14. Project preparation of imaging experiments.