The model builds upon Marzeion et al., (2012) and intends to become a global scale, modular, and open source model for glacier dynamics. The model accounts for glacier geometry (including contributory branches) and includes a simple (yet explicit) ice dynamics module. It can simulate past and future mass-balance, volume and geometry of any glacier in a fully automated workflow. We rely exclusively on publicly available data for calibration and validation.
The project is currently in intense development. Get in touch with us if you want to contribute.
We use the Hintereisferner as benchmark:
We first define a local grid and compute the centerlines (Kienholz et al., 2014) as well as the downstream flowlines:
The glacier is then represented as several flowlines of varying width:
Finally, following an inversion algorithm based on mass-balance (Marzeion et al., 2012) and ice-flow dynamics (Farinotti et al., 2009), we derive the ice thickness of the glacier:
A documentation draft is hosted on ReadTheDocs: http://oggm.org
- To ask questions or discuss OGGM, send us an e-mail.
- Report bugs, share your ideas or view the source code on GitHub.
| Status: | Experimental - in development |
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| Tests: | |
| License: | GNU GPLv3 |
| Authors: | Fabien Maussion, Alexander H. Jarosch, Felix Oesterle, Timo Rothenpieler, Ben Marzeion See whats-new for a list of all contributors. |
| Funding: | Austrian Research Foundation FWF, Projects P22443-N21 and P25362-N26 |