Applications of Earth Observation

04-GEO-TB2

Lecturer

Jakob Schwalb-Willmann

ECTS

5 ECTS

 

Aim

In this lecture you will gain a broad overview of the applications of remote sensing. Examples from different disciplines and applied Earth Observation projects will provide your with a comprehensive understanding of if, where and how remote sensing can contribute to qualitative and quantitative assessments of the cryosphere, forest ecosystems, agro-ecosystems, the coastal zone and urban ecosystems; amongst others. We will evaluate the potential of passive and active sensor systems and adress the advantages and shortcomings of existing sensors in the optical / mutlsispectral, thermal and microwave domain.

Content

This lecture provides knowledge on applications of Earth Observation with a focus on remote sensing of the land surface. Which research questions of different disciplines can be answered by the means of Earth Observation? What are the main approaches? The module links up remote sensing measurements to geo- and biophysical parameters required for further geoanalysis. Commonly used methodological approaches for the derivation of the different parameters are presented. Examples include amongst others applications in geography, environmental planning, ecology, biology, oceanology, soil science, geology, atmospheric science, but also e.g. pollution control (monitoring) and natural resource management. In addition, the module outlines selected examples, how remote sensing technology can be transferred to the workplace of professionals also beyond science, e.g. via the use of geoinformation systems.

General Course News and Updates

EAGLE M.Sc. thesis in the Arctic

EAGLE M.Sc. thesis in the Arctic

Our EAGLE student Ronja Seitz is conducting her field work for her Master thesis in the Arctic, on Svalbard. She started collecting her data in June to build up a timeseries with UAS multispectral data to investigate disturbances like rain on snow (ROS) events and...

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Master Defense: Comparing the suitability of remote sensing and wildlife camera time series for deriving phenological metrics of understory vegetation in temperate forests of Upper Franconia, Bavaria

Master Defense: Comparing the suitability of remote sensing and wildlife camera time series for deriving phenological metrics of understory vegetation in temperate forests of Upper Franconia, Bavaria

On September 18, Sarah Schneider will present her master thesis "Comparing the suitability of remote sensing and wildlife camera time series for deriving phenological metrics of understory vegetation in temperate forests of Upper Franconia, Bavaria" at 14:00 in...

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