"Basal conditions of Denman Glacier from glacier hydrology and ice dynamics modeling" datasets
Data for hydrology and inversions in "Basal conditions of Denman Glacier from glacier hydrology and ice dynamics modeling" Denman_hydrology.mat - hydrology outputs from GlaDS. SchoofNoiseX.mat - stressbalance models with perturbed meshes, Schoof friction law, and GlaDS effective pressure e...
Main Authors: | , , |
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Format: | Dataset |
Language: | English |
Published: |
2023
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Subjects: | |
Online Access: | https://zenodo.org/record/8139725 https://doi.org/10.5281/zenodo.8139725 |
Summary: | Data for hydrology and inversions in "Basal conditions of Denman Glacier from glacier hydrology and ice dynamics modeling" Denman_hydrology.mat - hydrology outputs from GlaDS. SchoofNoiseX.mat - stressbalance models with perturbed meshes, Schoof friction law, and GlaDS effective pressure extrapolated to the ISSM domain SchoofCapX.mat - stressbalance models with Schoof friction law, and GlaDS effective pressure extrapolated to the ISSM domain capped at X% of overburden SchoofPrescribed.mat - stressbalance model with Schoof friction law and prescribed effective pressure BuddPrescribed.mat - stressbalance model with Budd friction law and prescribed effective pressure SchoofPrescribedExtrapolation.mat - stressbalance model with Schoof friction law, GlaDS effective pressure for the GlaDS domain and prescribed effective pressure for the rest of the grounded domain BuddPrescribedRigidity.mat - stressbalance model with Budd friction law and prescribed effective pressure, ice rigidity is inverted for after the Budd friction coefficient SchoofPrescribedRigidity.mat - stressbalance model with Schoof friction law and prescribed effective pressure, ice rigidity is inverted for after the Schoof friction coefficient BuddMain - The main stressbalance model with Budd friction law and inverted rigidity used in the paper SchoofMain - The main stressbalance model with Schoof friction law and inverted rigidity used in the paper Buddm3 - stressbalance model with Budd friction law m=1/3 and GlaDS effective pressure Buddm3Prescribed - stressbalance model with Budd friction law m=1/3 and prescribed effective pressure SchoofCmax0X - stressbalance model with Schoof friction law C_max=0.X and GlaDS effective pressure SchoofCmax0XPrescribed - stressbalance model with Schoof friction law C_max=0.X and GlaDS effective pressure The data relevant to the figures in "Basal conditions of Denman Glacier from glacier hydrology and ice dynamics modeling" can be found in the fields present in md.friction, md.materials, and ... |
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