Glacier catalogue for IGM physics-informed deep-learning emulator pretraining
Description
This dataset was created with the iceflow glacier model CfsFlow to generate glacier extent and retreat in the Alps and New zealand with the goal to generate realistic and diverse glacier states for pretraining the physics-informed deep-learning emulator of IGM (https://github.com/jouvetg/igm).
The data consists of distributed surface topography (usurf) and ice thickness (thk) of 8 snapshots of 37 glaciers in different stages (advance and retreat). The data is organized glacier-wise: each folder corresponds to one glacier, which contains a unique NetCDF file with 2D distributed raster data of surface elevation and ice thickness.
Files
surflib3d_shape_100.zip
Files
(82.2 MB)
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md5:e2c8075c0b3419472624429de294dea5
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Additional details
References
- Jouvet and al., Deep learning speeds up ice flow modelling by several orders of magnitude, JOG, 2021