| Name | Title |
| 1. Claudia Adam |
Variation of the elastic thickness
of the lithosphere beneath the Austral Islands |
| 2. Andrey Y. Babeyko |
Numerical simulation of
intra-crustal convection induced by tectonic shortening |
| 3. Thorsten W. Becker |
Comparing global mantle
models: from mapping to hypotheses testing |
| 4. Antoine Berger |
Study of interseismic deformation
of Himalaya of Nepal: Finite element modelling contribution |
| 5. Susanne Buiter |
Numerical simulations of
fold and thrust structures formed during basin inversion |
| 6. Susanne Buiter |
A modelling study of vertical
displacements at convergent plate margins |
| 7. Evgenii Burov |
Modeling rapid ascent of
magma reservoirs through brittle-elasto-ductile crust |
| 8. Ondrej Cadek |
Effect of lateral variations
in lithospheric thickness on interpreting the postglacial rebound data
in terms of 1D viscosity models |
| 9. Arthur R. Calderwood |
The Nusselt, Thermal
and Internally Heated Rayleigh Numbers of the Earth's Mantle and their
implication for Mantle Avalanche Events |
| 10. Arthur R. Calderwood |
Distribution of U,
Th, and K in the Earth's Crust, Lithosphere, Mantle and Core: Constraints
from an elemental Mass Balance Model and the Present day Heat flux |
| 11. Arthur R. Calderwood |
A re-assessment of the
Present day Mantle Heat flux due to Secular Cooling |
| 12. Arthur R. Calderwood |
The Predicted Heat
Flux of the 1,600 km Compositionally Layered Mantle Model |
| 13. Arthur R. Calderwood |
Mineral Physics Constraints
on the 660 km Phase Buoyancy Parameter: Is Episodic Mantle Convection
a Numerical Artifact? |
| 14. Arthur R. Calderwood |
The Predicted Viscosity
and Temperature jump of a mid-Mantle Thermal Boundary Layer: the effects
of refined empirical Temperature and Pressure dependent Viscosity profile
of the Earth's Mantle |
| 15. Sébastien Chevrot |
On the effects of a dipping
axis of symmetry on splitting measurements |
| 15. Gaël Choblet |
Mantle upwelling and melting
beneath slow spreading centers: effects of variable rheology and melt
productivity |
| 16. Hana Cízková |
Convection in the mantle
with chemically distinct lower layer |
| 17. Spina Cianetti |
Mantle viscosity beneath
the Hudson Bay: a simulated annealing inversion |
| 18. Nicolas Coltice |
A recycling model of the
mantle |
| 19. Patrick Cordier |
Mantle convection: what
about the experimental approach? |
| 20. Laszlo Cserepes |
Plumes from below a thermal
boundary layer |
| 21. Anne B. Davaille |
Thermochemical convection
in the Earth's mantle |
| 22. Eric Debayle |
Mantle convection as seen
by surface waves - Recent results from multimode waveform analysis |
| 23. Frederic Deschamps |
Anomalies of temperature
and iron in the uppermost mantle |
| 24. Marie-Pierre Doin |
Lithospheric deformation and
continental crust recycling: The roles of rheology and eclogitization |
| 25. Fabien Dubuffet |
Secondary Instabilities
Developed in Upwellings of High Rayleigh Number Convection: implications
for Hotspots |
| 26. Caroline Dumoulin |
Numerical simulations
of the cooling of an oceanic lithosphere above a convective mantle |
| 27. Cinzia G. Farnetani |
Mixing of Heterogeneities
in Mantle Plumes |
| 28. Sylvaine Ferrachat |
3-D Mixing in the mantle
and viscosity stratification |
| 29. Lykke Gemmer |
3-D thermo-mechanical modelling
of lithospheric deformation under compression |
| 29. Muriel Gerbault |
Deformation of Lithosphere
in the South Island of New Zealand: a Continental Oblique Collision zone |
| 30. Benoît Gibert |
Anisotropy of Thermal Diffusivity
in the Upper Mantle |
| 31. Helge Gonnermann |
Experimental Study of
Plume- and Plate-scale Flow Interactions: New Insights into Plume-ridge
Dynamics and the Core Heat Flux |
| 32. Klaus Gottschaldt |
A method for searching
coherent structures in time-dependent mantle-convection |
| 33. Cécile Grigné |
The effect of continents
on mantle convection |
| 34. Jerome H. Guynn |
Lithospheric and Mantle Contributions
to the Global Stress Field |
| 35. Edith Hafkenscheid |
Modelling the seismic
velocity structure below Indonesia: a comparison with tomography |
| 36. Daniel A. Heller |
Plume-Ridge Interaction
in the Vicinity of a Transform Fault |
| 37. Anne M. Hofmeister |
Thermal Conductivity
at Ambient Conduction of Spinels and Olivines from Vibrational Spectroscopy |
| 38. Trudi Hoogenboom |
Surface deflection and
gravity variation for a convecting layer in which viscosity decreases
exponentially with depth |
| 39. Gregory Houseman |
Phase-Space Trajectories
for a Simplified Thermal-Dynamical Model of Continental Lithosphere |
| 40. Ritske S. Huismans |
Factors controlling the
asymmetry of lithosphere extension inferred from numerical experiments |
| 41. Jeroen van Hunen |
The dynamics of shallow
flat subduction |
| 42. Laurent Husson |
Deformation above subduction
zones: a thin sheet model |
| 43. Alik T. Ismail-Zadeh |
Numerical modelling of lithospheric
blocks dynamics with an application to seismicity |
| 44. Edouard Kaminski |
The Influence of Dynamic
Recrystallization of Olivine on the Development of Seismic Anisotropy
in the Mantle |
| 45. Boris J.P. Kaus |
Influence of a thin competent
layer on large-scale flow |
| 46. Chris Kincaid |
Modeling Flow and Melting
within Subduction Zones |
| 47. Stéphane Labrosse |
Plume dynamics in chaotic
Rayleigh-Bénard convection with volumetric heating |
| 48. Stéphane Labrosse |
Heat transfer by mantle
convection in a plate tectonic regime |
| 49. Cédric Lemery |
A 2D model of 3D convection
at very high Prandtl and Rayleigh number |
| 50. Michael Le Bars |
Two-layer thermal convection
in miscible viscous fluids |
| 51. Alex Loddoch |
Parallel simulation of
mantle convection and plate tectonics |
| 52. Philippe Machetel |
The Jurassic-Cretaceous
mantle avalanche |
| 53. David Mainprice |
Phase transformation
and inherited crystal preferred orientations: implications for anisotropic
seismic properties |
| 54. Lucia Margheriti |
SKS Splitting in peninsular
Italy |
| 55. Gabriele Marquart |
Modelling the Interaction
of a Plume with a Moving Spreading Ridge - The Iceland Case |
| 56. Jan Matas |
Transition zone: a high resolution
mineralogical study |
| 57. Ctirad Matyska |
Are Mantle Plumes Adiabatic? |
| 58. Sergei Medvedev |
Evolution of Continental
Plateaus: Insights From Thermal-Mechanical Modeling |
| 59. Nicolas Merveilleux |
Phase transitions at
660 km : buoyancy of lithospheric components and mantle layering |
| 60. Marc Monnereau |
Models of mantle convection
for Io? |
| 61. Marc Monnereau |
Concurrent whole-mantle
and layered convection Induced by Viscosity Layering and Endothermic Phase
Change |
| 62. Gabriele Morra |
Dynamics of Slabs: Insight
from Numerical Experiments |
| 63. Christina Morency |
Convective destabilization
of a thickened continental lithosphere |
| 64. Craig J. O'Neill |
Modeling Archean sub-continental
mantle dynamics and heat flow using diamond stability constraints |
| 65. Thibaut Putelat |
Towards a consistent thermo-mechanical
model of plate tectonics for oceanic-lithosphere steady flows |
| 66. Vincent Regard |
Timing from Subduction to
Collision in Laboratory Experiments |
| 67. Klaus Regenauer-Lieb |
Subduction initiation: Weak
fault by water? |
| 68. Neil M. Ribe |
Dynamics of Thin Viscous Sheets:
Theory and Geophysical Applications |
| 69. Yanick Ricard |
Two-phase model: compaction,
deformation and the role of interfacial surface tension |
| 70. Guillaume Richard |
Role of the mantle dynamics
on water distribution in the Earth's mantle |
| 71. Thomas Ruedas |
Melt generation, segregation,
and crust formation in a plume-MOR setting |
| 72. Henri Samuel |
Thermochemical Convection
and He Concentrations in Mantle Plumes |
| 73. Bertram Schott |
On the importance of compressibility
in D''-layer dynamics |
| 74. Bertram Schott |
On the Thermal Evolution
of Mars |
| 75. Joerg T. Schmalzl |
Mixing of chemical heterogeneities
in the Earth's mantle: a Study incorporating plate dynamics |
| 76. Harro Schmeling |
A simple episodic model
of melt extraction for plumes |
| 77. Ondrej Sramek |
Inferrences of Viscosity
from the Geoïd: Correction to the Gravity Effect of the Pleistocene
Glaciation |
| 78. Dave Stegman |
The Influence of Mesozoic-to-Present
Surface Plate Motion/ Subduction History on the Thickness Distribution
and Stability of a Dense Basal Layer |
| 79. Bernhard Steinberger |
Models of viscous flow
in the Earth's mantle with constraints from mineral physics and surface
observations |
| 80. Meg Streepey |
Finite element modeling
of fault behavior during orogenic extension |
| 81. Peter van Thienen |
The effect of different
creep mechanisms, grain size and water on the interaction of small scale
mantle diapirs and a continental root |
| 82. Catherine Thoraval |
Transition zone thickness
inferred from circulation models |
| 83. Gabriel Tobie |
Models of thermal convection
including internal heating: the case of tidal heating within icy satellites |
| 84. Andrea Tommasi |
Olivine preferred orientations
and strain-memory in the upper mantle: Insights from multi-scale numerical
modeling of deformation and anisotropy |
| 85. Andrea Tommasi |
POLYNESIA 2001: Structure
and dynamics of the upper mantle beneath French Polynesia |
| 86. Emmanuel Tric |
Spectral modelling of mantle
convection in a non orthogonal geometry: application to subduction zones |
| 87. Valérie Vidal |
Experimental study of thermal
convection in a shear flow |
| 88. David A. Yuen |
Geophysical Application of
Filtering and Visualizing Using Multidimensional Wavelets |
| 89. Sarah Zaranek |
Convective Cooling of a
Stably Stratified Fluid with Strongly Temperature Dependent Viscosity:
Applications to Planetary and Lithospheric Evolution |