Realizations of the subsurface representing interpretation uncertainty of a hydrostratigraphic model from Egebjerg, Denmark

Ensemble of 200 realizations of the subsurface near Egebjerg Denmark. The realizations were made using the GDM method (https://doi.org/10.1016/j.enggeo.2022.106833) to demonstrate the method. The realizations represent the interpretation uncertainty of the layer boundaries from a hydrostratigraphic model containing 14 layers made in the Egebjerg area using manual interpretation. Thus, the realizations can be provide a variable structural input in hydrological modelling. The structure of the data is as follows: • There are 200 separate folders each containing 15 layer boundaries (separating the 14 layers). • Each layer boundary has an XYZ-file within each realization folder with headers X,Y and Z and the corresponding values of the layer boundaries. • Each layer boundary is defined on a 100m x 100m grid. • The terrain (layer 1 is constant throughout all realizations). The layer boundaries are numbered as follows: 1. Terrain 2. Bottom Quaternary Sand 1 3. Bottom Quaternary Clay 1 4. Bottom Quaternary Sand 2 5. Bottom Quaternary Clay 2 6. Bottom Quaternary Sand 3 7. Bottom Quaternary Clay 3 8. Bottom Quaternary Sand 4 9. Bottom Quaternary Clay 4 10. Bottom Quaternary Sand 5 11. Miocene Clay 1 12. Miocene Sand 13. Miocene Clay 2 14. Paleogene Clay 15. Limestone For more information on how the realizations were made please refer to: https://doi.org/10.1016/j.enggeo.2022.106833. The realizations were calculated on the 19th of May, 2022.