| Alsaif et al. |
Subduction zone modeling: Upper plate deformation in response to increasing trench retreat velocity |
| Humphreys |
The Columbia River Flood Basalts: Initiated from below, driven from above |
| Jeanniot & Buiter |
A quantitative analysis of transtensional margin width |
| Lavecchia et al. |
Lithosphere erosion and breakup due to interaction between extension and plume upwelling |
| Le Pourhiet et al. |
Pulses of continental break-up, causes and consequences |
| Maurice et al. |
Implications of solid-state convection onset during magma ocean solidification |
| Miglio et al. |
Nonlinear elasto-plasticity for finite-strain deformations |
| Munch et al. |
Oroclines development in context of slab retreat |
| Negredo et al. |
Modelling the interaction between edge-driven convection and mantle plumes: Preliminary results using ASPECT code |
| Nakagawa and Iwamori |
On the evolution of water ocean in plate-mantle dynamics system |
| Olive et al. |
Seafloor spreading without magma |
| Penati et al. |
PoGlaR – A finite element code for high performance simulation of Post Glacial Rebound |
| Piccolo et al. |
Effect of crustal differentiation on the geodynamics of the Early Earth |
| Preuss et al. |
Seismicity and branching of evolving strike-slip faults in undamaged rock |
| Price et al. |
Investigations with melting in plate driven mantle convection models |
| Reuber et al. |
Deriving scaling laws in geodynamics using adjoint gradients |
| Ribe and Castelnau |
An analytical finite-strain parameterization for texture evolution in deformed olivine polycrystals |
| Rodriguez-Gonzalez et al. |
Water in geodynamical models of mantle convection and plate tectonics |
| Rolf et al. |
Inferences on the uniform sampling of Earth’s latitudes and paleomagnetic inclinations from spherical mantle convection models with continental drift |
| Rozel et al. |
Generation of proto-continental crust in the Archean: numerical simulations of global convection |
| Rubens Sgreva and Davaille |
From viscous plume to dikes and fractures |
| Sadeghi-Bagherabadi et al. |
Upper mantle anisotropy in western Iran: shear-wave splitting and Love-to-Rayleigh scattering |
| Schierjott et al. |
Investigating characteristics of detected thermochemical piles |
| Schliffke et al. |
Distribution of magmatism in numerical models after delamination during continental collision |
| Shephard et al. |
Vote maps of the lower mantle linking seismology, tectonics and geodynamics |
| Silva and Sacek |
Numerical modeling of the formation of the Continental Rift of South-eastern Brazil |
| Theunissen and Huismans |
Long-term coupling and feedbacks between surface processes and tectonics during rifting |
| Thielmann and Dabrowski |
Towards modeling of magma mixing and mingling due to particle/bubble segregation |
| Tommasi et al. |
The rheology of the lithospheric mantle revisited: recent experimental data, crystal-scale models, and observations of natural systems |
| Torne et al. |
3D lithospheric mapping of the Iberian Peninsula and surrounding Atlantic and Mediterranean margins from 3D joint inversion of elevation and potential field data (gravity and geoid) |
| Valverde-Perez et al. |
The role of elasticity and plasticity in crustal shortening and topography evolution, insights from two-dimensional mechanical model |
| van Wijk |
Formation, evolution, and extinction of pull-apart basins |
| van Zelst et al. |
The influence of tectonics and wave propagation on splay fault activation |
| Wagner et Tackley |
Geochemical cycling of greenhouse gases between interior and atmosphere |
| Wang et al. |
Mountain building in Taiwan: insights from 3D numerical modeling |
| Whipp and Beaumont |
Strain partitioning in arcuate orogens: Analytical predictions and numerical experiments based on the Himalayan arc |
| Wiesenhöfer |
Fractional crystallization in a terrestrial magma ocean |
| Wolf et al. |
From back-arc extension to orogenic plateau formation a numerical modeling study of ocean-continent subduction systems |
| Zhao et al. |
The participation of ilmenite-bearing cumulates in lunar mantle overturn |