This one-day workshop will introduce you to Python for analyzing and visualizing spatial-temporal data. We will be using datasets from the environmental sciences that are freely available.
We will learn:
The meaning of these terms will become clear as we work through the python notebooks.
- Learners need to understand what files and directories are and what a working directory is. These concepts are covered in the Unix Shell lesson.
Learners need to have some prior knowledge of Python. For instance, what is covered in the Software Carpentry lesson Programming with Python is more than sufficient.
Learners must install Python and a few additional python libraries before the class starts. See the setup instructions
Learners must get the metos data before class starts: please download and unzip the file metos-python-data.tar.
Please see the setup instructions for details.
|Setup||Download files and install packages required for the lesson|
Where to start?
Why using common data formats?
|00:00||2. Data Formats in Environmental Sciences||
What are the most common data formats in Environmental Sciences?
raster vs vector formats?
What are the most common python packages to read/write netCDF, HDF, GeoTIFF data files?
|00:00||3. Intro to Coordinate Reference Systems & Spatial Projections||What are Coordinate Reference Systems?|
|00:00||4. Plotting spatio-temporal data with Python||How can I create maps with python?|
|00:00||5. Data analysis with python||
What is SciPy?
How can I use Scipy?
|00:00||6. Visualize and Publish with Python||How to create animation plots and publish them on the web?|
|00:00||7. Handling very large files in Python||
How to manipulate large netCDF or HDF files?
How to optimize my workflow?
What are xarray and dask?
The actual schedule may vary slightly depending on the topics and exercises chosen by the instructor.