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DataNode backend source code (database, management system and API) and developer information

Numerical model to simulate the evolution of permafrost landscapes affected by thaw processes like thermokarst and thermo-erosion. The model is building on an original formulation by van Huissteden et al. (https://doi.org/10.1038/nclimate1101). The model is implemented in the Julia programming language and uses the Agents.jl modelling framework.

Central repository for the OSBK providing basic information and guidance

DataNode pyclient source code (api tools) and developer information

Sensor configurations. Will in future be handled on hub.osbk.io.

Utility to create the AWI Basemap for GIS applications or web map viewers (like marine-data.de).

m-series interface board i1 (analog sensors) source files

python implementation of 1D transformation of EM data to sea-ice thickness

Pure python implementation of a forward model for frequency-domain electromagnetic induction sounding of 1D layered earth. Mainly used for sea-ice thickness estimation

python toolbox to process sea ice thickness data measured with a Geophex GEM-2 (requires sitem1d)

Tutorial how to compute sea-ice thickness from GEM-2 data with the gem2-seaice-toolbox

Hub web application source code for managing sensor configurations

An R package for UltraMassExplorer (UME)