Introduction to Remote Sensing and Geoanalysis

Lecturer

Claudia Kuenzer

ECTS

5 ECTS

Aim

The lecture “Introduction to Remote Sensing” ensures that participants will gain a solid understanding of the following topics: the role of remote sensing in nowadays world, the potential of Earth observation derived information products for stakeholders and decision makers, basics of electromagnetic radiation and most important laws, history of remote sensing and image acquisition platforms ,satellite orbits and orbit geometry, current spaceborne sensors operating in the optical-, multispectral-, thermal-, as well as in the microwave domain (passive and active), impacts of the atmosphere, geocorrection of digital imagery, radiometric correction of digital images, image transformations for optimal data space exploitation, principles of image classification, image products validation, principels of time series analyses and big data, geodata concepts, geodata standards, geodata visualization, the job market for remote sensing and geo IT specialists.  This lecture will be closely linked with the lecture on “Earth Observation Applications”.

 

Content

The lecture “Introduction to Remote Sensing and Geoanalysis” provides you with all theoretical knowledge you need to quickly enter the field of remote sensing and geoanalyses. An introduction to electromagentic radiation, radiation propagation and accentuation, important basic laws, and characteristics of different wavelength domains is followed by a comprehensive overview of the history of remote sensing, data acquisition systems, orbit characteristics and current sensors. We will then dive into topics such as the theory of earth observation data geocorrection, topographic normalization, and  atmospheric correction, before adressing the theory of image transformation, image classification, indix derivation, and time series analyses. You will furthermore get an insight into potential employers in the field of earth observation, remote sensing and geoinformation. Allthough this module is designed as a lecture, there will be enough time for interactive talk and discussion.

General Course News and Updates

Covid-19 situation and EAGLE

Covid-19 situation and EAGLE

The Covid-19 situation is also challenging for the University as well as the EAGLE program. Even though we are all in the process to adapt to this new situation, the program itself is continuing as usual. All courses, exams, MSc thesis defense and so on will take...

read more
M.Sc. defense by Benjamin Lee

M.Sc. defense by Benjamin Lee

Benjamin will defend his M.Sc. thesis " DEVELOPMENT OF A SEMI-ANALYTICAL MODEL FOR SEAGRASS MAPPING USING CLOUD-BASED COMPUTING AND OPEN SOURCED OPTICAL SATELLITE DATA" on Friday March 6th 10 am in room 1.009 OKW 86. from the abstract: "Seagrasses provide USD$2.28...

read more
EAGLE wall of fame – our graduates

EAGLE wall of fame – our graduates

All our graduated EAGLE students are shown on our wall-of-fame. Great way to see who studied when and what was the topic about. Some of them are already doing their PhD with us or other research organizations and two of these graduates just founded their own remote...

read more
M.Sc. defense by Anna Orthofer

M.Sc. defense by Anna Orthofer

Anna Orthofer will present her M.Sc. thesis on Friday 7th of February at 10 am in room 1.009 OKW 86. Her M.Sc. was about "Deriving Leaf Area Index and mowing dates for grasslands based on the radiative transfer model SLC and Sentinel 2 data." More details from the...

read more
M.Sc. idea presentation by Felix Glasmann

M.Sc. idea presentation by Felix Glasmann

Felix Glasmann is presenting on Friday, 13th of December at 10am in room 1.009 OKW 86, his M.Sc. idea "Potential of the Firebird Mission for the Detection of Gas-flaring Activity". In times of worldwide phenomena like ‘Fridays for Future’ or ‘Extinction Rebellion’ it...

read more
Share This