Tobias Köhne
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View article: The Impact of 3D Elastic Structure on Estimates of Megathrust Frictional Properties Derived from Earthquake Cycle Inversions of Pre- and Post-2011 Tohoku-oki Earthquake GNSS Observations
The Impact of 3D Elastic Structure on Estimates of Megathrust Frictional Properties Derived from Earthquake Cycle Inversions of Pre- and Post-2011 Tohoku-oki Earthquake GNSS Observations Open
The evolution of the shear traction at plate interfaces is a key input to seismic hazard assessments, as it relates rheological properties of the interface material to the slip history of the fault. However, at the relevant spatial scales,…
View article: Probabilistic estimation of rheological properties in subduction zones using sequences of earthquakes and aseismic slip
Probabilistic estimation of rheological properties in subduction zones using sequences of earthquakes and aseismic slip Open
Constraining the effective rheology of major faults contributes to improving our understanding of the physics of plate boundary deformation. Geodetic observations over the earthquake cycle are often used to estimate key rheological paramet…
View article: Historically Consistent and Geodetically Constrained Bayesian Inference of Megathrust Rheology
Historically Consistent and Geodetically Constrained Bayesian Inference of Megathrust Rheology Open
Understanding the buildup of stress in space and time at tectonic plate interfaces is a key component of explaining sequences of earthquakes and aseismic slip (SEAS) at plate boundaries. In turn, successful modeling of coseismic slip and p…
View article: Description Of A Framework And Associated Sensitivity Analysis For Recovery Of Rheological Models And Their Key Parameters Using Multi-Cycle Fault Slip Models
Description Of A Framework And Associated Sensitivity Analysis For Recovery Of Rheological Models And Their Key Parameters Using Multi-Cycle Fault Slip Models Open
Constraining the effective rheology of major faults is crucial to improve our understanding of the physics of plate boundary deformation. Laboratory studies have used analog experiments to propose rheological models based on viscoelasticit…
View article: Investigating the Potential of Multisequence Displacement Timeseries for Fault Rheology Estimation
Investigating the Potential of Multisequence Displacement Timeseries for Fault Rheology Estimation Open
Understanding the nature and behavior of the rocks in boundary zones between tectonic plates is important to improve our understanding of earthquake-associated hazard. Laboratory experiments can derive models that explain material behavior…
View article: Decomposition and Inference of Sources through Spatiotemporal Analysis of Network Signals: The DISSTANS Python Package
Decomposition and Inference of Sources through Spatiotemporal Analysis of Network Signals: The DISSTANS Python Package Open
Dense, regional-scale, continuously-operating Global Navigation Satellite System (GNSS) networks enable the monitoring of plate motion and regional surface deformation.The spatial extent and density of these networks, as well as the length…
View article: Decomposition and Inference of Sources through Spatiotemporal Analysis of Network Signals: The DISSTANS Python Package
Decomposition and Inference of Sources through Spatiotemporal Analysis of Network Signals: The DISSTANS Python Package Open
Earth and Space Science Open Archive PosterOpen AccessYou are viewing the latest version by default [v1]Decomposition and Inference of Sources through Spatiotemporal Analysis of Network Signals: The DISSTANS Python PackageAuthorsTobiasKöhn…
View article: Deep Learning-based Damage Mapping with InSAR Coherence Time Series
Deep Learning-based Damage Mapping with InSAR Coherence Time Series Open
<p>Satellite remote sensing is playing an increasing role in rapid mapping of damage after natural disasters. In particular, synthetic aperture radar (SAR) can image the Earth&#8217;s surface and map damage in all weather conditi…
View article: A simulation study towards local mass anomaly estimation using GRACE data
A simulation study towards local mass anomaly estimation using GRACE data Open
Since the dawn of spaceborne Earth Science missions like the Gravity Recovery and Climate Experiment (GRACE), our understanding of global geophysical processes has increased significantly. As measurements get more precise, it is necessary …