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1. Is acquainted with basic data analyses techniques, calibration, data correction, outlier removal etc.
2. Is able to write simple programming codes (Python, mathlab, Fortran, C++.) in aid of the data analyses.
3. Is able to read modern scientific literature about topics in climae research.
4. Is able to describe analyze and interpret data.
5. Is able to present the results in an oral presentation and a written report in a clear and convincing manner
6. Is able to design and implement a project workflow to study a geophysical problem using earth system data
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Observations are a key component in climate research. They are essential in process studies and the evaluation of numerical modelling.
In this course you will gain experience with in-situ and satellite measurements related to meteorological, cryospheric or oceanographic processes, and learn how they can help us to better understand the Earth system.
When possible you will get the opportunity to participate in (ongoing) experiments.
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