| Lastname |
Firstname | Institution |
Preliminary title |
---|
1 | Alpert | Lisa | USC | Coseismic subduction zone strain release as a constraint for slab dynamics | |
2 | Armann | Marina | ETH Zurich | | |
3 | Babeyko | Andrey | GFZ Potsdam | High resolution modeling of stresses in subducting slab | |
4 | Baitsch-Ghirardello | Bettina | Structural Geology & Tectonics | Isotopic tracer from the subducting slab and the mantle wedge: numerical modelling | |
5 | Ballmer | Maxim | ETH Zurich | The role of small-scale sublithospheric convection at oceanic intraplate volcanism | |
6 | Becker | Thorsten | USC | Variations in plate tectonic heatflow | |
7 | Behounkova | Marie | CNRS - Universite de Nantes | | |
8 | Benesova | Nina | Charles University, Prague | | |
9 | Bercovici | Dave | Yale University | | |
10 | Besserer | Jonathan | LPGN, University of Nantes | Convection and tidal dissipation in the primitive Earth-Moon system | |
11 | Beuchert | Marcus | Goethe University, Frankfurt | | |
12 | Billen | Magali | U.C. Davis | The Effect of Rheology on Slab and Mantle Deformation in Subduction Zones | |
13 | Breuer | Doris | DLR | | |
14 | Buiter | Susanne | Geological Survey of Norway | Quantitative comparisons of numerical models of brittle deformation | |
15 | Burkett | Erin | University of California, Davis | Dynamics and Implications of Slab Detachment Due to Ridge-Trench Collision | |
16 | Burov | Evgueni | University of Paris 6 | | |
17 | Cadek | Ondrej | Charles University, Prague, CZ | | |
18 | Cai | Zhengyu | Yale University | | |
19 | cammarano | fabio | ETH | | |
20 | Chemia | Zurab | Bayerisches Geoinstitut | Discussion on resolving sediment subduction | |
21 | Crowley | John | Harvard | Heat Transport, Mass Exchange, and Plate Dynamics for a Plate-Mantle Model with Depth Dependent Viscosity | |
22 | Dabrowski | Marcin | PGP, Oslo | | |
23 | Davaille | Anne | Lab. FAST, CNRS / Univ. Paris-Sud, Orsay, France | The influence of rheology and heterogeneities on the convective evolution of planets | |
24 | davies | huw | Cardiff Univ. | | |
25 | Davies | Rhodri | Imperial College London | | |
26 | Deschamps | Frederic | ETH Zurich | Thermo-chemical convection and the survival of reservoirs of dense material in the deep mantle | |
27 | Deubelbeiss | Yolanda | ETH Zürich | | |
28 | Di Giuseppe | Erika | Laboratoire FAST, Universite' de Paris Sud | | |
29 | Duchoiselle | Lionel | ERDW ETH Zurich | | |
30 | Duretz | Thibault | ETHZ | | |
31 | Fahl | Andre | Institute for Geophysics, University of Muenster | | |
32 | Farrington | Rebecca | Monash University, Australia | | |
33 | Fischer | Kasper | Ruhr-University Bochum | | |
34 | Foley | Bradford | Yale University | | |
35 | Fry | Anna | University of Liverpool | Subduction stress accumulation and dissipation in Wadati-Benioff zones | |
36 | Furuichi | Mikito | JAMSTEC | | |
37 | Futterer | Birgit | BTU Cottbus | | |
38 | Gaeman | Jodi | University of Maryland | Is there a subsurface ocean within Triton's interior? | |
39 | Galsa | Attila | Eötvös University, Budapest | The effect of the Rayleigh number, viscosity and internal heating on plume dynamics | |
40 | Geenen | Thomas | University Utrecht | | |
41 | Gerault | Melanie | University of Southern California | | |
42 | Gerbault | Muriel | IRD-Geosciences Azur | 2D models of deformation along the Chilean margin | |
43 | Ghosh | Attreyee | University of Southern California | | |
44 | Glisovic | Petar | Universite du Quebec a Montreal (UQAM) | 3D Backward Mantle Convection Model | |
45 | Goes | Saskia | Imperial College | Signatures of downgoing plate-buoyancy driven subduction in Cenozoic plate motions | |
46 | Golabek | Gregor | ETH Zurich | | |
47 | Golle | Olivia | LPGN, University of Nantes | Mantle convection, topography and geoid | |
48 | Herein | Matyas | ELTE UNIVERSITY BUDAPEST | | |
49 | Hernlund | John | University of California, Berkeley | The two mantle upwelling modes, the heat flow they carry, and their relative contributions to core cooling and dissemination of Earth's buried radiogenic heat | |
50 | Hier-Majumder | saswata | University of Maryland | | |
51 | Hieronymus | Chris | Uppsala University | | |
52 | Hoechner | Andreas | GFZ Potsdam | Earthquakes and Rheology | |
53 | husson | laurent | cnrs | Impact of the Hapagea surpercontinental aggregation on American Cordilleras and the seafloor age distribution | |
54 | Jadamec | Margarete | Monash University, Australia | Lithosphere and mantle deformation in 3D models of a subduction-transform plate boundary | |
55 | Köstler | Christoph | University Jena | Multigrid and Krylov subspace methods in three-dimensional mantle convection simulations | |
56 | Kalousova | Klara | Charles University, Prague, CZ | Lithosphere thickness on Mars: results from geoid and topography inversion | |
57 | Kameyama | Masanori | GRC, Ehime University | | |
58 | Katz | Richard | University of Oxford | Dynamics of magma in the convecting mantle | |
59 | Kaus | Boris | ETH Zurich | test | |
60 | Keller | Tobias | ETH Zürich | | |
61 | King | Scott | Virginia Tech | small-scale convection on Mars? | |
62 | Löw | Felicitas | ETH Zurich | | |
63 | Labrosse | Stephane | ENS Lyon | | |
64 | le pourhiet | laetitia | ISTEP UPMC | | |
65 | Lee | Changyeol | Virginia Tech | slab dynamics using a dynamic subduction model | |
66 | Lenkey | László | HAS Institute of Geophysics | | |
67 | Lev | Einat | MIT | | |
68 | Lithgow-Bertelloni | Carolina | University College London | | |
69 | Loiselet | Christelle | geosciences Rennes, Universite de Rennes 1 | | |
70 | Lowman | Julian | University of Toronto | The influence of evolving plate boundaries in
3D mantle convection simulations | |
71 | Magni | Valentina | Roma Tre University | | |
72 | Maierova | Petra | Charles University, Prague, CZ | | |
73 | Malytskyy | Dmytro | Carpathian Branch of Subbotin Institute of Geophysics | | |
74 | Manea | Vlad Constantin | Computational Geodynamics Laboratory, Geosciences Center, UNAM, Mexico | 3D Modeling of Flat Slab Subduction and Detachment beneath Central Mexico | |
75 | Manea | Marina | Computational Geodynamics Laboratory, Geosciences Center, UNAM, Mexico | The role of Tehuantepec ridge subduction on mantle hydration and young volcanism in Southern Mexico | |
76 | May | Dave | ETH Zurich | | |
77 | McNamara | Allen | Arizona State University | | |
78 | Medvedev | Sergei | PGP, Oslo | Generation of intermediate to deep earthquakes by self-localizing thermal runaway: insights from petrological and numerical studies | |
79 | Meneses Rioseco | Ernesto | GFZ Potsdam | Strength of Dead-Sea-Transform Fault: Constrained by thin-shell thermo-mechanical model | |
80 | Morishige | Manabu | Earthquake Research Institute | | |
81 | Nakagawa | Takashi | ETH Zurich | | |
82 | Nakakuki | Tomoeki | Hiroshima University | Controls on the back-arc basin opening by the slab deformation and the induced flow | |
83 | nikolaeva | ksenia | ETH Zurich | | |
84 | Noack | Lena | DLR, Germany | Super-Size Earth: Influence of an Inner Stagnant Lid on the Plate Tectonic Behaviour of Super-Earths | |
85 | Paczkowski | Karen | Yale University | | |
86 | Perry | Claire | GEOTOP-UQAM-McGill, Montreal, Canada | The thermal boundary layer beneath continents | |
87 | Petrunin | Alexey | GFZ Potsdam | Modelling Transform Plate Boundary in 3D: Dead Sea Transform Fault from the Read Sea to Lebanon Mountains | |
88 | Phillips | Ben | NSF | | |
89 | Plesa | Ana-Catalina | DLR, Germany | THE PROBLEM OF USING FRANK KAMENETSKII APPROXIMATION FOR THE VISCOSITY LAW IN THERMAL EVOLUTION MODELS | |
90 | Popov | Anton | GFZ Potsdam | Towards coupling of global mantle flow and 3D lithosphere with highly-resolved plate boundaries | |
91 | Quere | Sandrine | Utrecht University | Plate reconstruction and mantle convection | |
92 | Quinquis | Matthieu | NGU | | |
93 | Quinteros | Javier | GFZ Potsdam | Influence of subduction channel - Results from a new thermomechanical model | |
94 | RICHARD | Guillaume | Goethe Universitaet | | |
95 | Riedel | Michael | Univ. Potsdam | | |
96 | Süle | Bálint | Geodetic and Geophysical Research Institute, Budapest | Mantle plumes, topography, geoid | |
97 | Schmalholz | Stefan | ETH Zurich | | |
98 | Schmidt | Peter | Uppsala university | | |
99 | Shahraki | Meysam | frankfurt university | | |
100 | Sizova | Elena | ETH Zurich | | |
101 | Sobolev | Stephan | GFZ Potsdam | | |
102 | souche | alban | PGP | | |
103 | Stegman | Dave | Univ of Melbourne | | |
104 | Stein | Claudia | University of Muenster | | |
105 | Steinberger | Bernhard | Geological Survey of Norway | Dynamic topography and lithosphere stresses | |
106 | Styles | Elinor | Imperial College London | Predicting The Seismic Signature Of Thermo-chemical Mantle Plumes | |
107 | Tackley | Paul | ETH Zurich | | |
108 | Tetreault | Joya | NGU | | |
109 | thieulot | cedric | Univ Bergen, Norway | | |
110 | Thomas | Christine | University of Muenster | Seismic constraints of mantle structures | |
111 | Torsvik | Trond | NGU-PGP | Global Reference Frames | |
112 | tosi | nicola | Charles University in Prague | | |
113 | Touitou | Floriane | laboratoire FAST, Orsay, France | On the different ways to define a thermal plume and look at mantle entrainment | |
114 | van Heck | Hein | ETH Zürich | | |
115 | van Hunen | Jeroen | University of Durham | | |
116 | Wallner | Herbert | University Frankfurt | | |
117 | Weatherley | Samuel | Oxford University | | |
118 | Yamato | Philippe | ETH Zurich | Influence of surrounding plates on 3D subduction dynamics | |
119 | Zarifi | Zoya | University of Bergen, Norway | | |
120 | Zhu | Guizhi | ETH-Zurich | | |