LiDAR remote sensing

(04-GEO-OMA4-242-m01)

Lecturer

Julia Rieder

ECTS

5 ECTS

 

Aim

The course provides a practical introduction to LiDAR technology and point cloud analysis. Students gain hands-on experience with LiDAR data, from acquisition principles to processing and interpretation, and learn how LiDAR supports applications such as terrain modelling, forestry, and others. The course emphasizes critical understanding of data quality, limitations, and real-world use cases

Content

This course provides an overview of the scientific field surrounding LiDAR as a key technology for three-dimensional Earth observation. The course covers the fundamentals of LiDAR remote sensing, point cloud data structures, and processing methodologies across platforms ranging from spaceborne and airborne systems to terrestrial and mobile laser scanning. Furthermore, the course highlights current developments and emerging analytical possibilities enabled by advanced point cloud analysis and discusses future potential as LiDAR technologies and methodologies continue to evolve and converge with related disciplines.

 

Coding

Coding examples and individual work will be covered

Software

Various software programs will be used, but mainly OpenSource software such as R.

Techniques

Different techniques will be introduced and practically applied.
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Content

The content of scientific with regard to the audience will be discussed.

General Course News and Updates

M.Sc. thesis defense by Sebastian Roersch

M.Sc. thesis defense by Sebastian Roersch

Sebastian Roersch will defend his thesis "Development of a semi-automated method to measure solar potential" next Wednesday (14th) at 10 am in 0.004 OKW 86. From his abstract: "In the second half of the 21st century, it will be decided how big the impact of climate...

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M.Sc. presentation by Marina Reiter

M.Sc. presentation by Marina Reiter

Marina Reiter will present her M.Sc. thesis "Comparing Urban Green Spaces in German Cities Using Remote Sensing Data" on Thursday 8th of August at 11am in OKW 86, 0.004. Looking forward to a great presentation and lively discussion afterwards. From her abstract: "The...

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M.Sc. defense by Bharath Selvaraj

M.Sc. defense by Bharath Selvaraj

Bharath Selvaraj will defend his M.Sc. thesis on August 8th at 10am in room 0.004. From the abstract of his thesis: "Over the centuries, humanity made immeasurable progress in both technological innovation and medicine. This progress comes at the cost of environmental...

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EAGLE Summer Dialogue 2019

EAGLE Summer Dialogue 2019

Our 2019 EAGLE Summer Dialogue was a great success again and thanks a lot to all our EAGLE students who organised it. More than 100 participants enjoyed talks by Sandra Lohberger (RSS GmbH) and Alfred Schumm (WWF) who covered beside the technical aspects of their work...

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Field Work Course 2019

Field Work Course 2019

Within the EAGLE program many Earth Observation applications and techniques are introduced and practically executed with quite some computer work. However, remote sensing research also requires a sound understanding of the study area. Field work is therefore a crucial...

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textbooks on remote sensing

textbooks on remote sensing

Our already published textbook on "Remote Sensing and GIS for Ecologists - using Open Source software" was very well perceived and we got very positive feedback. However, either an introduction or more advanced methods and data was asked for as well. Hence, we decided...

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EAGLE summer dialogue 2019

EAGLE summer dialogue 2019

Our next EAGLE summer dialogue to bring together all EAGLE students and lecturer, staff of our department and all colleagues from close and far away is slowly approaching. On June 28th we welcome again everybody to join us for the EAGLE summer event with two keynotes:...

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