Posters GD8.1/CL2.4/EMRP4.12/GMPV63/SM4.9/SSS7.17
|
Attendance Time: Friday, 2 May 2014, 08:30–10:00 Blue Posters Chairperson: Andrea Förster, Shun-ichiro Karato, Juanjo Ledo, Alan Vaughan, Saskia Goes, M. Moorkamp |
|
|
B841
|
EGU2014-863
The Role of the Impedivity in the Magnetotelluric Response of 1D and 2D Structures Roberta Esposito, Maria Giulia Di Giuseppe, Antonio Troiano, Domenico Patella, and Raimundo Mariano Castelo Branco |
|
B842
|
EGU2014-293
New explanation of an old magnetotelluric observation: source rock of the Transdanubian Range Conductivity Anomaly ascertained Viktória Németh, Frank Horváth, Gabor Tari, and Viktor Wesztergom |
|
B843
|
EGU2014-4028
3-D MT modelling and HMT analysis for the north-west part of Poland Katarzyna Ślęzak, Heinrich Brasse, Waldemar Jóźwiak, and Krzysztof Nowożyński |
|
B844
|
EGU2014-6590
Detection of partial melt in continental collision zones using different magnetotelluric tensor relationships: Results from synthetic models and real data Joan Campanya i LLovet, Juanjo Ledo, Alan G Jones, Pilar Queralt, Alex Marcuello, Montserrat Liesa, and Josep Antón Muñoz |
|
B845
|
EGU2014-5776
A combined morphostructural/fluid migration model of Pisciarelli area (Campi Flegrei caldera - CFc) through structural and integrated Terrestrial Laser Scanner (TLS) and Electrical Resistivity Tomography (ERT) analysis. Teresa Caputo, Maria Giulia Di Giuseppe, Antonio Troiano, Renato Somma, Roberto Isaia, Stefano Vitale, Claudia Troise, and Giuseppe De Natale |
|
B846
|
EGU2014-10893
Determination of the Lithosphere-Asthenosphere Boundary (LAB) beneath the Nógrád-Gömör Volcanic Field by combined geophysical (magnetotellurics) and geochemical methods Attila Novák, Rita Klébesz, Csaba Szabó, Levente Patkó, Nóra Liptai, Zoltán Kovács, Viktor Wesztergom, Antal Ádám, István Lemperger, Árpád Kis, Csaba Molnár, and Judit Szendrői |
|
B847
|
EGU2014-11335
Electromagnetic outline of the Solfatara-Pisciarelli hydrothermal system, Campi Flegrei (Southern Italy) Antonio Troiano, Maria Giulia Di Giuseppe, Domenico Patella, Claudia Troise, and Giuseppe De Natale |
|
B848
|
EGU2014-11431
Relation between xenoliths and magnetotelluric (MT) conductors in the Pannonian Basin (PB) - Short review Rita Klebesz, Antal Adam, Attila Novak, Csaba Szabo, and Viktor Wesztergom |
|
B849
|
EGU2014-13061
Magnetotelluric investigation of the Alnö alkaline and carbonatite ring complex, central Sweden Ping Yan, Magnus Andersson, Maria A. Garcia Juanatey, Chunling Shan, Alireza Malehmir, and Laust B. Pedersen |
|
B850
|
EGU2014-15106
Magnetotelluric Investigation of the South Aegean Volcanic Arc, Greece Despina Kalisperi, Gerardo Romano, Maxim Smirnov, Maria Kouli, Angela Perrone, John P. Makris, and Filippos Vallianatos |
|
B851
|
EGU2014-14790
The Standard Hydrous Olivine (SHO) conductivity model: A new tool for probing water in the upper mantle Emmanuel Gardés, Fabrice Gaillard, and Pascal Tarits |
|
B852
|
EGU2014-118
Ground surface heat flux histories in the Urals inferred from geothermal data Anastasia Gornostaeva and Dmitry Demezhko |
|
B853
|
EGU2014-1488
Heat flow and thermal regime of Tarim basin, NW China: insights from static temperature logging Shaowen Liu, Xiao Lei, and Changge Feng |
|
B854
|
EGU2014-2699
Results of the Joint Project (NASU-TUBITAK) “The Thermal Structure of the Crust in the Black Sea Analysis of Magnetic and Heat Flow Data” Vitaly Starostenko, M.Nuri Dolmaz, Roman Kutas, Oleg Rusakov, Erdinc Oksum, H.Evrim Tutunsatar, Z.Mumtaz Hisarli, Mahmut Okyar, U.Yalcin Kalyoncuoglu, and Olga Legostaeva |
|
B855
|
EGU2014-4063
New heat flow data from three boreholes near Bergen, Stavanger and Moss, Norway Yuriy P. Maystrenko, Odleiv Olesen, Jan S. Rønning, and Harald Elvebakk |
|
B856
|
EGU2014-765
2D REFRACTION OF HEAT FLOW IN GEDIZ GRABEN, TURKEY Elif BALKAN and Müjgan ŞALK |
|
B857
|
EGU2014-6182
Surface heat flow and lithosphere thermal structure of the larger Luxembourg area as a basis for the evaluation of its geothermal potential Tom Schintgen and Andrea Förster |
|
B858
|
EGU2014-6161
Well-log based prediction of temperature models in the exploration of sedimentary settings: Examples from the North German Basin Sven Fuchs, Thomas Wonik, and Andrea Förster |
|
B859
|
EGU2014-12484
RMSRo: A vitrinite reflectance model consistent with the temperature-apatite fission track system Søren B. Nielsen, Ole R. Clausen, and Eoin D. McGregor |
|
B860
|
EGU2014-5628
| presentation
Global map of heat flow on a 2 degree grid - digitally available J. Huw Davies |
|
B861
|
EGU2014-7565
| presentation
Global map of lithosphere thermal thickness on a 1 deg x 1 deg grid - digitally available Irina Artemieva |
|
B862
|
EGU2014-8711
Uppermost Mantle Temperatures converted from Pn velocities and crustal thickness in the Anatolian Region Derek Schutt, Tuna Eken, Hayrullah Karabulut, and Ahu Komec Mutlu |
|
B863
|
EGU2014-14347
Geothermal anomalies in central-northern Greenland imposed by the Iceland mantle plume passage Irina Rogozhina, Alexey G. Petrunin, Alan M. P. Vaughan, Mikhail K. Kaban, Jesse V. Johnson, Bernhard Steinberger, Florian Rickers, Reinhard Calov, Ivan Koulakov, Maik Thomas, and Robert Mulvaney |
|
B864
|
EGU2014-15985
Using Gravity Inversion to Estimate Antarctic Geothermal Heat Flux Alan P.M. Vaughan, Nick J. Kusznir, Fausto Ferraccioli, Phil T. Leat, Tom A.R.M. Jordan, Michael E. Purucker, A.V. (Sasha) Golynsky, and Irina Rogozhina |
|
B865
|
EGU2014-15069
Shiremoor Geothermal Heat Project: reducing uncertainty around fault geometry and permeability using MoveTM for structural model building and stress analysis Jenny Ellis, Irene Mannino, Gareth Johnson, Michael E.J. Felix, Paul L. Younger, and Alan P.M. Vaughan |
|
B866
|
EGU2014-6036
Present-day intra-plate deformation of the Eurasian plate Candela Garcia-Sancho, Rob Govers, Karin N. Warners-Ruckstuhl, and Magdala Tesauro |
|
B867
|
EGU2014-328
A decade of postseismic deformation after the 1999 Izmit and Duzce earthquakes Ekbal Hussain, Tim Wright, Gregory Houseman, Yamasaki Tadashi, and Walters Richard |
|
B868
|
EGU2014-5917
Looking at deep earthquakes through their source time function Mohammad Raeesi, Zoya Zarifi, and Kuvvet Atakan |