Abstracts
More than 200 abstracts were submitted to the 25th international Electromagnetic Induction Workshop (EMIW2022) of IAGA Division VI, held on 11-17, September 2022 in Çeşme, Turkey. The abstracts are distributed under the Creative Commons Attribution 4.0 Unported License.
Search abstracts
| (217) | List of authors | Title of paper | Session Keyword | Actions |
|---|---|---|---|---|
| 1. | Shibahara, R., Minami, T. | The dependence of the tsunami electromagnetic signals observed at islands on the subsurface resistivity | 5.0 Marine EM | Details |
| 2. | Author, B. Kay, Co-author, G. Heinson, Co-author, K. Brand, Co-author, S. Thiel, Co-author, G. Boren | The Curnamona Cube, new data and insights | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 3. | Author, B. Kay, Co-author, G. Heinson, Co-author, K. Brand, Co-author, S. Thiel, Co-author, G. Boren | Sedimentary copper mineral systems: Large scale resistivity footprints in the Adelaide Rift Complex, South Australia | 3.0 Exploration, Monitoring and Hazards | Details |
| 4. | Ermolin, E., Zorin N., Epishkin D., Sapunov D. | Results of FDEM-(CS)AMT test studies on the Alexandrovka area | 1.0 Instrumentation, sources and data processing | Details |
| 5. | "Author, Zhengguang Liu., Co-anthor, Zhengyong Ren., Co-anthor, Hongbo Yao., Co-anthor, Jingtian Tang., Co-anthor, Xushan Lu., Co-anthor, Colin Farquharson." |
A parallel adaptive finite-element method for 3-D large-scale controlled-source electromagnetic forward modelling with hierarchical tetrahedral grids | 2.0 Theory, Modelling and Inversion | Details |
| 6. | Caldwell, T.G., Jarvis, P.A., Noble, C., Ogawa, Y. |
Hunga-Tonga Hunga-Ha'apai Eruption lightning as seen by remote MT measurements in New Zealand and Japan | 7.0 Global and Planetary Studies | Details |
| 7. | Huang Chen, Zhengyong Ren, Jingtian Tang | CRT3DMT: A three-dimensional magnetotelluric inversion package with adaptively refined unstructured inversion grid and an application to lithospheric conductivity structure beneath North China | 2.0 Theory, Modelling and Inversion | Details |
| 8. | Mohammad Farzamian1,2*, Fernando A. Monteiro Santos2, Nadia Castanheira1, Ana Marta Paz1, Francisco José Martinez Moreno2, Tiago B. Ramos3, Maria Catarina Paz4, and Maria C. Gonçalves1 | Current use of Frequency-domain Electromagnetic Induction in precision agriculture: Knowledge gained from six years of experiments in Portugal | 3.0 Exploration, Monitoring and Hazards | Details |
| 9. | Pavez, M., Diaz, D., Brasse,H., Budach, I., Goldberg, V., Kapinos, G., Schill, E., Morata, D. | New insight of the hydrothermal system associated with Tolhuaca volcano (South Chile) revealed by magnetotelluric observations. | 3.0 Exploration, Monitoring and Hazards | Details |
| 10. | Ahmet Tugrul Basokur |
Open-source Python software for the visualization of magnetotelluric data and three-dimensional resistivity models | 1.0 Instrumentation, sources and data processing | Details |
| 11. | Piña-Varas, P., Dentith, M. | Crustal geoelectrical distribution of Kalgoorlie gold camp mineral system (Western Australia) | 3.0 Exploration, Monitoring and Hazards | Details |
| 12. | Pronenko, V., Strack, K., and Prystai, A. | Cloud connected low power, low noise systems for LMT & MT | 1.0 Instrumentation, sources and data processing | Details |
| 13. | Minami, T., Gresse, M., Utsugi, M. | Hydrothermal model of Aso volcano, Central Kyushu, Japan, inferred from AMT and ACTIVE datasets | 3.0 Exploration, Monitoring and Hazards | Details |
| 14. | Yakovlev, D., Slinchuk, G., Epishkin, D., Yakovlev, A. | 3-D model of the deep structure of the Yenisei-Khatanga regional trough | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 15. | Yakovlev, D., Pogrebnykh, E., Epishkin, D., Yakovlev, A. | On the correctness of using plane-wave assumption and two-channel acquisition systems in MT exploration at high latitudes | 1.0 Instrumentation, sources and data processing | Details |
| 16. | Kiyan, D. | Electromagnetic Measurements on Volcanic Islands | 3.0 Exploration, Monitoring and Hazards | Details |
| 17. | I.I.Rokityansky | Some fragments of my 70 years activity in EM geophysics | 2.0 Theory, Modelling and Inversion | Details |
| 18. | Demirci, İ., Gündoğdu, N.Y., Oskay, M.D., Candansayar, M.E., | Investigation of Lithosphere Structure of Northwestern Anatolia with long-period magnetotelluric: Part 1. acquisition data by using remotely controlled system and comparison to previously collected broadband magnetotelluric data | 1.0 Instrumentation, sources and data processing | Details |
| 19. | Demirci, İ. | 3-D Modeling of Airborne and Land-based Controlled-Source Electromagnetic Data: Comparison on CPU and GPU Platform | 2.0 Theory, Modelling and Inversion | Details |
| 20. | Weit, S., Börner, R.-U., Brändel, M., Gödickmeier, P., Gootjes, R., Kost, S., Rheinbach, O., Scheunert, M., Spitzer, K. | Convolutional Neural Networks Applied to 2D and 3D DC Resistivity Inversion | 2.0 Theory, Modelling and Inversion | Details |
| 21. | Kiyan, D., Benediktsdóttir, A., Hersir, G.P., Guðmundsson, M.T., Bean, C.J., Hogg, C., Jónsson, Þ. and Jónsson, J.E. | MTHEK Project: MagnetoTelluric Assessment of the HEKla Volcano | 3.0 Exploration, Monitoring and Hazards | Details |
| 22. |
P.Piña-Varas1, J. Ledo2, D. Martínez Van Dorth3,4, P. Queralt1, I. Cabrera Pérez3, L. D’Auria3,4, N. Pérez3,4 | Cumbre Vieja volcanic eruption (La Palma, Canary Islands): Magnetotelluric monitoring experiment | 3.0 Exploration, Monitoring and Hazards | Details |
| 23. | Author Hallbauer-Zadorozhnaya, Co-author Stettler E. | The use of the ‘’floating’’ S-plane for effective interpretation of airborne TEM data | 3.0 Exploration, Monitoring and Hazards | Details |
| 24. | Epishkin, D., Gubina, A., Shirokova, E., Yakovlev, A. | The maximum possible distances to the remote reference when working in medium and high latitudes | 1.0 Instrumentation, sources and data processing | Details |
| 25. | Author Hallbauer-Zadorozhnaya, Co-author Davydenko Yu.A., Co-author , Parshin A.V., Co-author Stettler E.H. | Drone based experimental TEM surveys over Lake Baikal and a uranium occurrence | 3.0 Exploration, Monitoring and Hazards | Details |
| 26. | Varilsuha, D | Speeding up the inversion of the 3D MT problem | 2.0 Theory, Modelling and Inversion | Details |
| 27. | González-Castillo L., Madarieta-Txurruca A., Hill G., Castro C. , Galindo-Zaldívar J. , Junge A. | Long period magnetotelluric at the Antarctica: The role of asthenospheric mantle anisotropy in Glacial Isostatic Adjustment. | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 28. | Büyük, E., Karaman, A. | Determination of the cap rock integrity in the Çanakkale-Tuzla hydrothermal system from inversion of magnetotelluric data by using particle swarm optimization | 3.0 Exploration, Monitoring and Hazards | Details |
| 29. | Sokolova E., Bolshakov E., Biserkin I., Finkelshtein M., Kupriyanov I., Pimanova N., Shirokova T. | Integrated geophysical study of the deep structure of Yenisei-Khatanga regional trough: new results and MTS contribution | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 30. | Serita, S., Ogawa, Y., Ishizu, K., Tseng, K.H., Kunitomo, T., Minami, T., Ichihara, H., Caldwell, T.G, Heise, W., Bertrand E.A. | EM-ACROSS System: Installation at the Kusatsu-Shirane Volcano, Japan | 1.0 Instrumentation, sources and data processing | Details |
| 31. | Semper, P., Bertrand, E. A., Caldwell, G., Heise, W., Scheunert, M., Spitzer, K. | Three-Dimensional Inversion of Magnetotelluric Data from the Tarawera Dome Complex, New Zealand | 2.0 Theory, Modelling and Inversion | Details |
| 32. |
Sajedi, M., Montahaei, M., Esmaili Oghaz, H. | An assessment of galvanic distortion effects contaminating MT data from Central Iran | 3.0 Exploration, Monitoring and Hazards | Details |
| 33. |
Zare, E., Montahaei, M., Esmaili Oghaz, H. | Corrections for near surface effects contaminating MT data over a salt diaper, North West Kashan, Iran | 3.0 Exploration, Monitoring and Hazards | Details |
| 34. | Kerbadj, N., Abderrezak, B., Kasdi, A-S., | Magnetotelluric imaging of the Mitidja Basin structure, North of Algeria | 2.0 Theory, Modelling and Inversion | Details |
| 35. | Phueakim, K., Vachiratienchai, C., Amatyakul, P. | Electrical resistivity tomography image enhancement using neural network | 2.0 Theory, Modelling and Inversion | Details |
| 36. | Amatyakul, P., Rung-arunwan, T., Vachiratienchai, C., Siripunvaraporn, W. | Geothermal exploration via magnetotelluric surveys in non-volcanic geothermal fields in northern Thailand | 3.0 Exploration, Monitoring and Hazards | Details |
| 37. | Arun Singh, Rahul Dehiya | Development of an efficient 3D inversion algorithm for large-scale MT data | 2.0 Theory, Modelling and Inversion | Details |
| 38. | Masuda, S., Ogawa, Y. and Ichiki M. |
Magnetotelluric Images of Volcanic Zones in NE Japan Arc and Co-seismic Deformations during the 2011 Tohoku M9 Earthquake | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 39. | W. Mörbe, P. Yogeshwar, B. Tezkan, P. Kotowski, A. Thiede, M. Becken, A. Steuer, H. Petersen , M. Schiffler, R. Stolz, R. Rochlitz, T. Günther | Deep mineral exploration using semi-airborne electromagnetics: Investigation of a graphite deposit | 3.0 Exploration, Monitoring and Hazards | Details |
| 40. | Yakovlev, D., Yakovlev, A. | Static shift correction in sedimentary basins | 2.0 Theory, Modelling and Inversion | Details |
| 41. | Yakovlev, D., Koryagin, K., Epishkin, D., Zorin, N., Yakovlev, A. | Application of the skew parameters in 1-D and 2-D inversion of MT data | 2.0 Theory, Modelling and Inversion | Details |
| 42. | Weckmann, U., Cruces Zabala, J., Patzer, C., Ritter, O., Araya Vargas, J. | Imaging the weathering zone in Chile with active Radio-Magnetotellurics | 6.0 Rock and Mineral Resistivity, and Anisotropy | Details |
| 43. | Ruiz-Aguilar, D., García-Suárez, E., Cruz-Aquino, I.J., Pioquinto-Arcos, E., Roque-Pineda, L.S., Peiffer, L., Inguaggiato, C., Delgado-Argote, L., Contreras-López, M., Arango-Galván, C. | Exploration of geothermal areas at the central part of Mexico through the application of Magnetotellurics and Transient Electromagnetics | 3.0 Exploration, Monitoring and Hazards | Details |
| 44. | Koyama, T., Uyeshima, M. | CSEM monitoring in Izu-Oshima volcano, Japan | 3.0 Exploration, Monitoring and Hazards | Details |
| 45. | Ruiz-Aguilar, D., Husker, A., Arango-Galván, C., Romo-Jones, J.M., García-Suárez, E., Constable, S. | Magnetotelluric investigations in south of Mexico to better understand the seismic hazard of the area. | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 46. | Ruiz-Aguilar, D., Gallardo-Romero, E.U. | UHOMT: A novel 3D finite element Magnetotelluric forward modeling code with unstructured meshes. | 2.0 Theory, Modelling and Inversion | Details |
| 47. | Koyama, T., Fujita, S., Fujii, I., Baba, K., Shimizu, H. | Regionality of mantle conductivity inferred from geomagnetic daily variation analysis | 7.0 Global and Planetary Studies | Details |
| 48. | K. Strack 1, S. Davydycheva 1, T. Hanstein 1, Y. Martinez 1, A.Y. Paembonam 1,2, V. Pronenko 3, M. Smirnov 1,4, P. Soupios 5, X. Xu 1 | First experience with high power EM towards the energy transition | 3.0 Exploration, Monitoring and Hazards | Details |
| 49. | K. Strack 1, S. Davydycheva 1, T. Hanstein 1, A.Y. Paembonam 1,2, V. Pronenko 3, M. Smirnov 1,4, P. Soupios 5, X. Xu 1 | First experience with high power EM towards the energy transition | 3.0 Exploration, Monitoring and Hazards | Details |
| 50. | Vadoodi, R., Rasmussen, T.M., Abdolmaleki, M. | Multivariate statistical analysis of geophysical data and models by neural network approaches | 2.0 Theory, Modelling and Inversion | Details |
| 51. | Mehdi Rahmani Jevinani, Banafsheh Habibian Dehkordi, Mohammad Hossein Rohban and Ian J. Ferguson | 2D U-Net convolutional networks for 1D inversion of magnetotelluric data | 2.0 Theory, Modelling and Inversion | Details |
| 52. |
Faghih, Z., Haroon, A., Jegen, M., Berndt, C., Weymer, B. A., Reeck, K., Müller, T., Schmidt, M., OMAX Scientific Party | Characterizing Offshore Freshened Groundwater in a Carbonate Shelf Using Integrated Geophysical and Geochemical Analysis: A Case Study from the Maltese Islands | 5.0 Marine EM | Details |
| 53. | Karcıoğlu, G., Tekkeli, B. A., Avşar, Ü., Üge, M. A., Arslan, M., S. | Regularization of VLF inversion using rank order smoothing | 2.0 Theory, Modelling and Inversion | Details |
| 54. | Author, E., Co-author, W., Co-author, L. | Time-lapse 3D CSEM for reservoir monitoring based on rock physics simulation | 3.0 Exploration, Monitoring and Hazards | Details |
| 55. | Avşar, Ü., Türkoğlu, E. | Magnetotelluric investigation of the Denizli graben in the Western Anatolian Extensional Province | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 56. | P. Sailhac, Y. Quesnel, M. Lajaunie, S. Warden, C. Camerlynck, P. Lambert, J.-P. Malet | Theory and practice of Controlled Source Audio-frequency Magneto-Tellurics: discussion on two case studies in France, at the Rochechouart impact structure and at the Strengbach catchment | 1.0 Instrumentation, sources and data processing | Details |
| 57. | Oskooi, B., Mansourshoar, P., Abedi, M. | Imaging and inversion of potential field data, a case study for exploring Iron-bearing zones in Golgohar, Iran | 6.0 Rock and Mineral Resistivity, and Anisotropy | Details |
| 58. | Hafizi, R., Martí, A., Piña-Varas, P., Mitjanas, G., Campanyà, J., Marcuello, A., Ledo, J., Queralt, P. | Calculating geoelectric fields using a lithospheric resistivity model of the Iberian Peninsula | 3.0 Exploration, Monitoring and Hazards | Details |
| 59. | Oskooi, B., Junge, A., Hosseini, S. A., Habibian Dehkordi, B., Ghiasi, M. |
Interpretation and modeling of airborne and ground magnetometry data for a geothermal reservoir in the Abgarm region of Mahallat in Iran | 3.0 Exploration, Monitoring and Hazards | Details |
| 60. | Rahul Dehiya, Arun Singh | An efficient 3D EM modeling scheme based on a radiation boundary approach | 2.0 Theory, Modelling and Inversion | Details |
| 61. | Epishkin, D., Yakovlev A., Yakovlev D., Zorin N. | Magnetotelluric system NORD | 1.0 Instrumentation, sources and data processing | Details |
| 62. | Comeau, M.J.; Becken, M.; Kuvshinov, A. |
Compaction-driven fluid localization and stagnation can explain lower crustal low-resistivity zones | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 63. | Zhian, Sh., Junge A., Oskooi, B. |
First Magnetotelluric imaging of the northern Zagros orogenic belt (Preliminary report on measured data and processing techniques) | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 64. |
Sokolova E., Marshalko E., Kozyreva O., Kupriyanov I., Epishkin D., Slinchuk G., Yakovlev D. | Assessment of geoelctric field variability in Yenisei-Khatanga oil and gas province and space weather hazards for infrastructure | 3.0 Exploration, Monitoring and Hazards | Details |
| 65. | Constable, S., Constable, C., Korte, M., Morzfeld, M. | Global induction response to 11 year period and the conductivity of the lower mantle | 7.0 Global and Planetary Studies | Details |
| 66. | Comeau, M.J.; Becken, M.; Kuvshinov, A. | Whole-lithosphere architecture of a mineral system and signatures of the sources and pathways of ore-forming fluids | 3.0 Exploration, Monitoring and Hazards | Details |
| 67. | Comeau, M.J.; Becken, M.; Kuvshinov, A. | Imaging of an intraplate volcanic system from source to surface | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 68. | Abderrezak Bouzid, Amel Benhallou. | The Electrical Signature of the Manzaz and Atakor Intraplate Cenozoic Volcanism (Central Hoggar, South of Algeria). | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 69. | Blanco-Arrué, B., Yogeshwar, P., Tezkan, B., Liu, Y., Peng, R., Wennrich, V. |
Multidimensional inversion of transient electromagnetic data for the exploration of clay pans in the Atacama Desert, Chile | 3.0 Exploration, Monitoring and Hazards | Details |
| 70. | M. Smirnova1, B. Tezkan1, A. Shlykov2, S. Fadavi1, A. Saraev2, P. Yogeshwar1 |
3-D radio-frequency CSEM at the Weidenpesch waste site in Cologne | 2.0 Theory, Modelling and Inversion | Details |
| 71. | E. Peksen, D. Çaka, B. Tunç, B. Oruç, E. Budakoglu, T. Türkmen, F. Sevim, D. Durdag, K. Zengin, M. E. Erkan, G. Durdag, S. Barıs | Investigation of Earthquake Swarm and Buried Geothermal Resources By Magnetotelluric, Gravity Modeling and Seismological Analyses of Upper Crust Structure of Yalova-Termal Region | 3.0 Exploration, Monitoring and Hazards | Details |
| 72. | Yan Liangjun | Electromagnetic technology for prospecting unconventional hydrocarbon resources | 3.0 Exploration, Monitoring and Hazards | Details |
| 73. | Yan Liangjun | Electromagnetic technology for prospecting unconventional hydrocarbon resources | 3.0 Exploration, Monitoring and Hazards | Details |
| 74. | Author, R. Rigaud, Co-author, A. Kuvshinov, Co-author, A. Grayver, Co-author, F. Perrier, Co-author, M. Kruglyakov |
Constraining the 1-D electrical conductivity of the crust and mantle beneath continents by the joint inversion of multi-source electromagnetic transfer functions | 2.0 Theory, Modelling and Inversion | Details |
| 75. | Martí, A., Queralt, P., Marcuello, A., Ledo, J., Mitjanas, G., Piña-Varas, P., Freixes, A., Solà, J., Pons, P. | Characterization of a landfill using magnetotellurics: the Garraf case | 3.0 Exploration, Monitoring and Hazards | Details |
| 76. | Sonntag, M., Börner, J.H., Herdegen, V., Grahl, F., Spitzer, K. | Electrical monitoring of dynamic drainage and imbibition processes in rock-fluid-gas systems | 6.0 Rock and Mineral Resistivity, and Anisotropy | Details |
| 77. | C.K. Rao | Crustal structure across Indus Tsangpo Suture zone NW Himalaya, India as revealed from Magnetotelluric study | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 78. |
Author: Roslynn King 1,2,*, Co-author: Amy Gusick 3, Co-author: Steve Constable 1, Co-author: Jillian Maloney 2 | Comparing results from a new bottom-towed CSEM system against seismic and core data | 5.0 Marine EM | Details |
| 79. | Benevides, A., Meqbel, N., Lima, W., Fontes, S., Egbert, G., Werdt, P., and La Terra, E. | 3D CSEM inversion data at Campos basin Brazil constrained by seismic and well log | 5.0 Marine EM | Details |
| 80. | W. Lima, G. Egbert , N. Meqbel, A. Benevides, S. Fontes, E. LaTerra and P. Werdt | Applying a multi-transmitter hybrid Conjugate Gradient-Occam algorithm to the inversion of 3D mCSEM data | 2.0 Theory, Modelling and Inversion | Details |
| 81. | Kelbert, A., Egbert, G., Dong, H., Meqbel, N., Zhongyin, L. | ModEM software: An update on the improvements, availability, and performance metrics | 2.0 Theory, Modelling and Inversion | Details |
| 82. | P. K. Mishra, J. Kamm, C. Patzer, U. Autio, K. Vaittinen, K. Muhumuza, M. Yu. Smirnov, G. Hill and D-REX WG | Large-scale mineral system study in Finland using 3D magnetotellurics | 3.0 Exploration, Monitoring and Hazards | Details |
| 83. | Crosbie, J., Bedrosian, P., Kelbert, A. | From Coast to Coast: Ongoing Magnetotelluric Data Processing for the National-Scale Survey, USMTArray-CONUS South | 1.0 Instrumentation, sources and data processing | Details |
| 84. | Bretaudeau, F., Dubois, F., Porté, J., Védrine, S. | POLYEM3D : A flexible 3D CSEM and MT modeling and inversion code | 2.0 Theory, Modelling and Inversion | Details |
| 85. |
Porté, J., Bretaudeau, F., Girard, J-F. |
Frequency dependent complex resistivity inversion in 3D from Controlled-Source Electromagnetic data | 2.0 Theory, Modelling and Inversion | Details |
| 86. | Rochlitz, R., Günther, T., Becken, M. | Open-source 3D inversion of semi-airborne electromagnetic data | 2.0 Theory, Modelling and Inversion | Details |
| 87. | Bretaudeau, F., Darnet, M., Porté, J., Lerouge, C., Neeb, S., Girard, J-F., Baltassat, J-M., Coopo, N., Dezayes, C. | Geophysical signature of the sedimentary/basement transition zone from seismic and CSEM. Analysis from a shallow analogue of the Rhine Graben | 3.0 Exploration, Monitoring and Hazards | Details |
| 88. | Bretaudeau, F. , Védrine, S., Tarits, P., d’Eu, J-F, Daverdisse, Q., Coppo, N., Wawrzyniak, P., Hautot, S., Dubois, F., Civallero, E., Beaubois, F. , Legendre, Y., Darnet, M. |
Imaging deep resistivity in 3D in coastal areas and volcanic islands: Toward a multi-method and multi-scale approach combining land and shallow water passive and active EM | 5.0 Marine EM | Details |
| 89. | Büyük, E., Zor, E. | Joint inversion of magnetotelluric data and receiver functions using Pareto-based swarm intelligence algorithm | 2.0 Theory, Modelling and Inversion | Details |
| 90. | Özaydin,S., Selway, K., Foley, F., Tarits, P., Hautot, S. |
Investigation into lithospheric mantle of Northern Tanzania utilising 3D magnetotellurics. | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 91. |
Kruglyakov, M., Kuvshinov, A., Marshalko, E. | Real-time simulation of the electromagnetic field spatiotemporal evolution due to geomagnetic disturbances | 2.0 Theory, Modelling and Inversion | Details |
| 92. | Kruglyakov, M., Kuvshinov, A. | Modelling tippers in a spherical geometry | 2.0 Theory, Modelling and Inversion | Details |
| 93. |
Anne Raingeard(1), Pierre-Alexandre Reninger(1), Aurélie Peyrefitte(1), Guillaume Martelet(1), Bertrand Aunay(2), Arnauld Malard(3), Frédéric Dubois(1) | Imagery down to one kilometer depth by airborne electromagnetics: New constraints for geological and hydrogeological modeling in volcanic contexts | 3.0 Exploration, Monitoring and Hazards | Details |
| 94. | Dong, H., Qi, J., Jin, S., Ye, G., Wei, W. | Crustal Structure beneath East Himalayan Syntaxis and the Relation to its Rapid Uplift and Exhumation | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 95. | Dong, H., Sun, K., Egbert, G., Kelbert, A., Meqbel, N. | Hybrid GPU solution to regularized divergence-free curl-curl equations for electromagnetic inversion problems | 2.0 Theory, Modelling and Inversion | Details |
| 96. | Long, Jianbo., Wang, Shunguo. | Modelling 3D coast effects in marine magnetotelluric data using edge-based finite element method | 5.0 Marine EM | Details |
| 97. | Akca, I. | Near surface EM technologies – Archaeological and environmental applications | 1.0 Instrumentation, sources and data processing | Details |
| 98. | Candansayar, M.E., Demirci İ., Gündoğdu N.Y. and Oskay M.D. | Investigation of Lithosphere Structure of Northwestern Anatolia with long-period magnetotelluric data: Part 2. comparison to the 2D inversion of broadband and long-period magnetotelluric data | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 99. | T. Kaya-Eken, Y. Ogawa, Y. Usui, T. Kasaya, M. K. Tunçer, Y. Honkura, N. Oshiman, M. Matsushima, W. Siripunvaraporn | 3D lithospheric structure beneath the Marmara Sea by Magnetotellurics | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 100. | Buntin, L. M., Kalscheuer, T., Kreiss, G., Ren, Z. | Application of the total and scattered field decomposition and perfectly-matched layers to improve the accuracy in electromagnetic modelling | 2.0 Theory, Modelling and Inversion | Details |
| 101. | Vilhelmsen, T. | Archaeological prospecting using drone-towed electromagnetic and magnetic systems | 1.0 Instrumentation, sources and data processing | Details |
| 102. | Tank, S.B. | Electromagnetic studies in the Eastern Mediterranean Region with Special Reference to Major Transform (Strike-Slip) Faults | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 103. | Knopp, O |
Limits of a-posteriori interpretation of electrical conductivity in terms of water content | 7.0 Global and Planetary Studies | Details |
| 104. | Author C. Chen, Co-author A. Kuvshinov, Co-author M. Kruglyakov, Co-author F. Munch, Co-author R. Rigaud. | Constraining the crustal and mantle conductivity structures beneath islands by a joint inversion of multi-source magnetic transfer functions | 2.0 Theory, Modelling and Inversion | Details |
| 105. | Singh, A., Agrahari, S., Shlykov, A., Saraev, A., Yadav, A. | Anisotropy estimation using 1D joint inversion of DC resistivity and CSRMT methods in the granite-gneiss terrains of Eastern Ghats, India | 6.0 Rock and Mineral Resistivity, and Anisotropy | Details |
| 106. | Bertrand, E.A., Kannberg, P., Caldwell, T.G., Heise, W., Constable, S., Scott, B., Bannister, S., Kilgour, G., Bennie, S.L., Hart, R., Palmer, N. | Inferring the roots of volcano-geothermal systems in the Rotorua and Okataina calderas with Magnetotelluric models | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 107. | Shan Xu, Alexey Kuvshinov, Chaojian Chen, Mikhail Kruglyakov, Rafael Rigaud, Zhengyong Ren, Xiangyun Hu | 3-D inversion of tippers estimated at a continental grid of Chinese geomagnetic observatories: Preliminary results | 7.0 Global and Planetary Studies | Details |
| 108. |
M.Yu. Smirnov, J. Hübert, O. Ritter, A. Neska, T.M. Rasmussen, P. Hejda, S. Flower, A. Chambodut, J.J. Curto, J. Matzka, A. Thomson, A. Viljanen | Making geo-electromagnetic (magnetotelluric) data accessible via EPOS portal | 8.0 EM Induction Education and Outreach (Poster session) | Details |
| 109. | Maxim Yu. Smirnov, Graham Hill, Jochen Kamm, Jan Vozar, Jirigalatu, Pankaj Mishra, Kenneth Muhumuza and DREX WG | Regional to Deposit scale exploration in Fennoscandia based on mineral systems approach | 3.0 Exploration, Monitoring and Hazards | Details |
| 110. | Cicchetti, F., Grayver, A., Rigaud, R., Kuvshinov, A., Yoshikawa, A. | Conductivity structure beneath Australia constrained by 3-D inversion of tippers in spherical geometry | 2.0 Theory, Modelling and Inversion | Details |
| 111. | Fadavi Asghari, S., Shlykov, A., Smirnova, M., Saraev, A., Yogeshwar, P., and Tezkan, B. | Multidimensional Interpretation of Controlled-Source Radio-Magnetotelluric (CSRMT) of a waste-site in Cologne, Germany | 3.0 Exploration, Monitoring and Hazards | Details |
| 112. | Oliver Ritter, Stefan Rettig, Reinhard Schmitt, Martin Haxter, Carsten Müller-Brettschneider, Ute Weckmann | ELMAR - the ELectroMAgnetic Recorder | 1.0 Instrumentation, sources and data processing | Details |
| 113. | Vozár, J., Bezák, V., Bielik, M., Ondrášová, L. | Integrated geophysical modeling of 2D/3D data in the Western Carpathians | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 114. | Author, Demirbas A., Co-author, Farquharson C.G. |
1D and 3D Inversion and Modelling of Airborne Transient Electromagnetic and Magnetic Data From Over a Potential Volcanogenic Massive Sulphide Deposit, Cripple Creek, Newfoundland | 2.0 Theory, Modelling and Inversion | Details |
| 115. | ,Özyıldırım Ö., Demirci İ., Özkaymak Ç., Bektaş Ö., Başaran C., Tiryakioğlu İ, Özcan D.M., Yıldız A. | Investigation of Deep Structure of Sultandağı Fault by Magnetotelluric, Gravity, GNSS, and Tectonic studies; First Results | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 116. | Jirigalatu, Maxim Yu. Smirnov, Thorkild M. Rassmussen, Oskar Rydman, Jan Vozar, Tobias Bauer, Jingyu Gao, Svetlana Kovachikova, Niklas Juhojuntti, Tobias Hermansson, Kirsi McGimpsey, Harald Van Den Berg, Graham Hill, Jochen Kamm, DREX WG |
Local to Regional Scale 3D study around Gällivare, Sweden based on Integration of 3D Magnetotellurics with other Geophysical Data | 3.0 Exploration, Monitoring and Hazards | Details |
| 117. | Jirigalatu, Maxim Yu. Smirnov, Thorkild M. Rassmussen, Oskar Rydman, Jan Vozar, Tobias Bauer, Jingyu Gao, Svetlana Kovachikova, Niklas Juhojuntti, Tobias Hermansson, Kirsi McGimpsey, Harald Van Den Berg, Graham Hill, Jochen Kamm, DREX WG |
Local to Regional scale 3D study around Gällivare, Sweden based on integration of 3D magnetotellurics with other geophysical data | 3.0 Exploration, Monitoring and Hazards | Details |
| 118. | Pratscher, K., Ingham, M., Heise, W., Bertrand, T., Mac Manus, D., Rodger, C., Dalzell, M., Petersen, T. | Induction Responses from Magnetotelluric Transfer Functions in Southland, New Zealand | 3.0 Exploration, Monitoring and Hazards | Details |
| 119. |
"Singh, R.K., Baba, K., Usui, Y., Grayver, A., Jegen, M., Morschhauser, A., Geissler, W., Matzka, J., Haroon, A., Kuvshinov, A." | Revisit of the mantle electrical structure beneath the Tristan da Cuna hotspot by using a 3-D inversion based on non-conforming deformed hexahedral mesh | 5.0 Marine EM | Details |
| 120. | Cordell, D., Naif, S., Evans, R., Key, K., Constable, S., Shillington, D., Bécel, A. | Links between slab mantle dehydration and forearc seismogenic zone structure in the Shumagin Gap, Alaska using magnetotelluric imaging | 5.0 Marine EM | Details |
| 121. | "Védrine, S., Rochlitz, R., Bretaudeau, F." | 3D EM modeling and inversion with a mixed finite-element and finite-difference approach to handle high topography and bathymetry variations | 2.0 Theory, Modelling and Inversion | Details |
| 122. | "Védrine, S., Tarits, P., Bretaudeau, F., Hautot, S., Darnet, M." | Joint 3D inversion of nearshore and land MT and CSEM data in coastal areas of volcanic islands: application to the Bouillante geothermal field | 3.0 Exploration, Monitoring and Hazards | Details |
| 123. | Mitra Kangazian, Colin Farquharson |
Petrophysical-based constrained and joint inversions of magnetotelluric (MT) and gravity data-sets on unstructured tetrahedral meshes | 2.0 Theory, Modelling and Inversion | Details |
| 124. | Mitra Kangazian, Colin Farquharson |
Gradient and roughness regularization operators for geophysical inversion on unstructured meshes using L2 and L1 norms | 2.0 Theory, Modelling and Inversion | Details |
| 125. | Xushan Lu, Chris Galley, Peter Lelièvre, and Colin Farquharson | Surface geometry inversion of marine CSEM data | 2.0 Theory, Modelling and Inversion | Details |
| 126. | Nienhaus, H., Yogeshwar, P., Mörbe, W., Tezkan, B., Lushetile, B., Melles, M. | Geophysical Imaging of the Roter Kamm Crater in the Sperrgebiet National Park, Namibia, using TEM and AMT | 3.0 Exploration, Monitoring and Hazards | Details |
| 127. | Shlykov, A., Saraev,A., Bobrov, N., Tezkan, B. | Plane wave correction and 3D inversion of tensor CSRMT data | 2.0 Theory, Modelling and Inversion | Details |
| 128. | Kadir Bahadır Kara, Colin G. Farquharson | 3D Minimum-structure Inversion for CSEM Problems Using Potentials and Unstructured Tetrahedral Grids | 2.0 Theory, Modelling and Inversion | Details |
| 129. | Thiede, A., Becken, M., Kotowski, P.O. and the DESMEX Working Group |
Results from the DESMEX semi-airborne EM survey at the Gosetal/Rammelsberg (Harz Mountains, Germany) | 3.0 Exploration, Monitoring and Hazards | Details |
| 130. | Beskardes, G. D. and Weiss, C. J. | Well integrity monitoring with electric fields by using hierarchical geo-electric models | 2.0 Theory, Modelling and Inversion | Details |
| 131. | Eaton, E., Huebert, J., Beggan, C., Montiel-Alvarez, A., Thomson, A., Hogg, C., Kiyan, D. |
New long-period magnetotelluric measurements to improve ground electric field modelling in the UK during geomagnetic storms | 1.0 Instrumentation, sources and data processing | Details |
| 132. | B. Erdenechimeg, F. Samrock, A.V. Grayver, A. Kuvshinov, M.O. Saar, D. Sodnomsambuu, Ts. Shoovdor and P. Dorj | Using MT for understanding the formation of non-volcanic geothermal systems: case study from Tsenkher geothermal area in Mongolia | 3.0 Exploration, Monitoring and Hazards | Details |
| 133. | Huebert, J., Beggan, C., Richardson, G., Gomez Perez, N., Thomson, A. | Using Magnetotelluric and Differential Magnetometer Data to Quantify Space Weather Risk in the UK High Voltage Power Transmission Grid | 3.0 Exploration, Monitoring and Hazards | Details |
| 134. | Cordell, D., Naif, S., Troch, J., Huber, C. | Estimating the melt fraction of magma reservoirs using MELTS and magnetotellurics | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 135. | Wang. G., Hübert. J., Whaler. K. A | Identifying the causes for the vertical component geomagnetic field anomaly at Eskdalemuir geomagnetic observatory, Scotland | 1.0 Instrumentation, sources and data processing | Details |
| 136. | Dambly, L., Samrock, F., Grayver, A.V., Eysteinsson, H., Saar, M.O. | The formation of geothermal systems in the context of magma-assisted continental rifting: Magnetotelluric models from the Main Ethiopian Rift (MER) | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 137. | Dambly, L., Samrock, F., Grayver, A. V., Saar, M.O. | Sensitivity of phase tensors to absolute resistivities in a 3-D world | 2.0 Theory, Modelling and Inversion | Details |
| 138. | Hacıoğlu, Ö., Başokur, A.T., Meqbel, N., Arslan, H.I., Efeçınar, T. | Magnetotellurics reveals a hidden caldera and its relation to regional tectonics in the Cappadocia region, central Anatolia, Turkey | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 139. | Thiede, A., Becken M. |
Towards a AFMAG-capable airborne EM Sensor Platform - Identification of Noise Sources | 1.0 Instrumentation, sources and data processing | Details |
| 140. | K. Schwalenberg, H. Mueller, U. Barckhausen, and the INDEX Exploration Team | Multi- EM surveying and data analysis for deep-sea seafloor massive sulfide exploration | 5.0 Marine EM | Details |
| 141. | Rippe, D., Bairlein, K., Meier, F. | The site selection procedure for a high-level radioactive waste repository in Germany: Future application of electromagnetic methods for exploration activities | 3.0 Exploration, Monitoring and Hazards | Details |
| 142. | Soyer, W., Mackie, R.L. | True 3D Land CSAMT Modeling | 2.0 Theory, Modelling and Inversion | Details |
| 143. | Finlay, C.C., Velímský, J. and Kloss, C. | Signatures of the global ocean circulation in geomagnetic secular variation and acceleration | 7.0 Global and Planetary Studies | Details |
| 144. | Diba, D., Uyeshima, M., Ichiki, M., Sakanaka, S., Tamura, M., and Usui, Y. | Electrical resistivity structure beneath the southern Tohoku, Northeast Japan, inferred from a joint inversion of magnetotelluric and geomagnetic transfer functions | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 145. | Rulff, P., Kalscheuer, T. | 3D Inversion of Controlled-Source Electromagnetic Data using Non-linear Conjugate Gradients | 2.0 Theory, Modelling and Inversion | Details |
| 146. | Samrock, F., Grayver, A.V. , Bachmann, O., Karakas, Ö. , Dambly, L. , Saar, M.O. | Constraining the size and state of magma reservoirs through a quantitative approach combining MT, lab measurements and petrological modelling | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 147. |
Kappler, K.N., Egbert, G., Frassetto, A., Heagy, L., Kelbert, A., Keyson, L., Oldenburg, D., Peacock, , J.R. Ronan, T. |
Aurora: An open source magnetotelluric data processing package in Python linking MTH5 to EMTF XML | 1.0 Instrumentation, sources and data processing | Details |
| 148. | Weiss, C.J., Beskardes, G.D., Darrh, A. |
HIP-FEM: A Hierarchical, Induced Polarization Finite Element Method for analysis of thin, dispersive, geoelectric features | 2.0 Theory, Modelling and Inversion | Details |
| 149. | Wiebke Heise, Grant Caldwell, Ted Bertrand, Yasuo Ogawa, Stephen Bannister, Garth Archibald, Stewart Bennie, Rory Hart, Neville Palmer, Kaori Seki, Masato Fukai, Kuo Hsuen Tseng , Tatsuji Nishizawa, Jack McGrath | Plate coupling at the northern Hikurangi margin: new results from magnetotellurics | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 150. |
Mathieu Darnet2, François Bretaudeau2, Pierre Wawrzyniak2,, Jean-François Girard3, Guy Marquis3, Vincent Maurer1, Albert Genter1 |
CSEM/MT imaging for deep EGS geothermal project derisking in the Upper Rhine Graben (France) | 3.0 Exploration, Monitoring and Hazards | Details |
| 151. | Epishkin, D., Zorin, N. | Measurement of noise characteristics of graphite electrodes in the field and comparison with other types of non-polarizing electrodes | 1.0 Instrumentation, sources and data processing | Details |
| 152. | Munch, F., Grayver, A. | Multi-scale 3-D conductivity model of the contiguous US from the inversion of MT USArray | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 153. | Velímský, J., Šachl, L., Knopp, O. | Deep geomagnetic sounding by Sq variations in Europe: A 3-D inversion based on the regional-to-local transfer functions | 7.0 Global and Planetary Studies | Details |
| 154. | Tietze, K., Thiel, S., Brand, K., Heinson, G. | Comparative 3D inversion of magnetotelluric phase tensors and impedances reveals electrically anisotropic base of Gawler Craton, South Australia | 6.0 Rock and Mineral Resistivity, and Anisotropy | Details |
| 155. | Zorin, N., Epishkin, D., Yakovlev, D., Yakovlev, A. | Hybrid receiving dipole for broadband electric field measurement | 1.0 Instrumentation, sources and data processing | Details |
| 156. | Zorin, N., Epishkin, D., Yakovlev, D., Yakovlev A. | Full correction of the electric field data biased by the ECR-effects | 1.0 Instrumentation, sources and data processing | Details |
| 157. | Zorin, N., Epishkin, D., Yakovlev, D., Bobachev, A. | Impedance of capacitive electrodes and wires on the ground surface | 2.0 Theory, Modelling and Inversion | Details |
| 158. | Patzer, C., Autio, U., Kamm, J. | Shaky data and where to find them – MT on frozen lakes | 1.0 Instrumentation, sources and data processing | Details |
| 159. | Gerhard Kapinos, Nedal Atteyat, Nidal Jahed, Florian Brückner, Falk Lindenmaier, Armin Margane, Mathias Toll, Pritam Yogeshwar | Exploration of deep aquifer in North Jordan using TEM and MT | 3.0 Exploration, Monitoring and Hazards | Details |
| 160. | Ahmet Tugrul Basokur | Hilbert transform of the frequency normalized impedance data: Application to the dispersion relations in magnetotellurics | 1.0 Instrumentation, sources and data processing | Details |
| 161. | Rachid Robleh Rageh1,3, Pascal Tarits1,2, Sophie Hautot2, Mohamed Jalludin3 | Improving geophysical model resolution with magnetotelluric and gravity joint inversion: application to the Asal Rift geothermal region, Republic of Djibouti. | 2.0 Theory, Modelling and Inversion | Details |
| 162. | S. Özaydın, K. Selway, M. Moorkamp, W. L. Griffin, C. Manassero | What are the compositional causes behind electrical conductivity variations in continental lithospheric mantle? Methodology and practice for quantified interpretations. | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 163. |
MANASSERO, M.C,. AFONSO, J. C, ÖZAYDIN, S., KIRKBY, A., FOMIN, I., JONES, A. AND CZARNOTA K. | Joint Probabilistic Inversion of 3D Magnetotelluric and Seismic Data in Southeast Australia | 2.0 Theory, Modelling and Inversion | Details |
| 164. | Spitzer, K. | Electromagnetic Modeling Using Adaptive Grids - A Reflection on the Term Geometry | 2.0 Theory, Modelling and Inversion | Details |
| 165. | Börner, J., Garbade, S., Keßler, S. S., Konigorski, D., Schmid, V., Schmitt, L., Schneider, C., Sohl, F., Spitzer, K. | MagVector/MFX-2 - a Planetary Laboratory on the International Space Station (ISS): Electromagnetic Simulation and Inversion of Magnetic Field Data from Planetary and Asteroid Analogs | 7.0 Global and Planetary Studies | Details |
| 166. | Blechta, J., Börner, R.-U., Ernst, O., Scheunert, M., Spitzer, K. | A MATLAB FE Library for the Simulation and Inversion of EM Problems | 2.0 Theory, Modelling and Inversion | Details |
| 167. | Author A. Saraev, Co-author A. Shlykov, Co-author B. Tezkan |
Experience of the solution of engineering and environmental tasks using the CSRMT method | 3.0 Exploration, Monitoring and Hazards | Details |
| 168. | Schneider, C., Spitzer, K., Hort, M. | Time-dependent adaptive mesh refinement for 3D forward modelling of transient electromagnetic fields in volcanic environments including topography | 2.0 Theory, Modelling and Inversion | Details |
| 169. | Mathieu Darnet1, Pierre Wawrzyniak1, Pascal Tarits2, Sophie Hautot3 and Jean-François D’eu4 | Mapping the geometry of volcanic systems with magnetotelluric soundings: results from a land and marine magnetotelluric survey performed during the 2018-2019 Mayotte seismovolcanic crisis | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 170. |
Curcio, A., Chanampa, E., Cabanillas, L., Piethe, R.. | The value of full tensor magnetotellurics, gravity and electrical resistivity tomography for Lithium prospecting. A case study in Argentina. | 3.0 Exploration, Monitoring and Hazards | Details |
| 171. | Elías, M. W., Rosas-Carbajal, M., Zyserman, F. I. | Using deep learning for model error estimation in 3D probabilistic inversion of controlled-source electromagnetic data | 2.0 Theory, Modelling and Inversion | Details |
| 172. | Frédéric Dubois, François Bretaudeau |
Time-lapse resistivity imaging : CSEM-data 3D double-difference inversion and application to the Reykjanes geothermal field | 2.0 Theory, Modelling and Inversion | Details |
| 173. | Author,Sarasija Sanaka, Co-author,Anne Neska | Distribution of source effects in the high latitude magnetotelluric data | 1.0 Instrumentation, sources and data processing | Details |
| 174. | Platz, A., Weckmann, U. | Smart data selection – Using machine learning for RMT data processing | 1.0 Instrumentation, sources and data processing | Details |
| 175. | Börner, J. H., Herdegen, V., Repke, J.-U., Spitzer, K. | Multi-Data Inversion Approach for Retrieving Rock Properties from Measurements on Drill Cuttings | 6.0 Rock and Mineral Resistivity, and Anisotropy | Details |
| 176. | Platz, A., Weckmann, U., Pek, J., Kováčiková, S., Klanica, R., Mair, J., Aleid, B. | 3D imaging of the subsurface electrical resistivity structure in West Bohemia/Upper Palatinate covering mofettes and Quaternary volcanic structures by using Magnetotellurics | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 177. | Grayver, A. |
Unravelling electrical structure of the mantle with ionospheric, magnetospheric and oceanic electromagnetic sources | 7.0 Global and Planetary Studies | Details |
| 178. | Kumar D., Singh A., Israil M. | Anomalous Phase observed in MT response computed over an Elongated Prism Body: A Synthetic 3D MT Forward Modelling | 2.0 Theory, Modelling and Inversion | Details |
| 179. | M. Israil, Rehan Raza Ansari, M. Zubair, P. Yogeshwar, B. Tezkan | Near surface resistivity structure estimated from time domain electromagnetic data recorded along a profile in HFT Zone in Mohand area, Uttarakhand, India | 2.0 Theory, Modelling and Inversion | Details |
| 180. | Longying Xiao, Cedric Patzer, Jochen Kamm | 3D inversion of drone EM data -- the DroneSOM project | 2.0 Theory, Modelling and Inversion | Details |
| 181. | Longying Xiao, Gianluca Fiandaca, Pradip K. Maurya, Anders Vest Christiansen | 3D inversion of an integrated TEM survey | 2.0 Theory, Modelling and Inversion | Details |
| 182. | Kasdi, A.S., Hamoudi, M., Bouzid, A., Kerbadj, N. | Recognition of pre- and co-seismic electromagnetic signals in magnetotelluric measurements: a case study in the northern region of Algeria | 3.0 Exploration, Monitoring and Hazards | Details |
| 183. | Abu Rajab, J., El-Kaliouby, H., Al Tarazi, E., Al-Amoush, H. | 3D modeling and inversion of ground-based TEM data, a case study of seawater intrusion on the eastern coast of the Gulf of Aqaba, Jordan | 3.0 Exploration, Monitoring and Hazards | Details |
| 184. | Castillo-Reyes, O., Rulff, P., Um E. | Electromagnetic imaging using high-order FE and goal-oriented meshing | 2.0 Theory, Modelling and Inversion | Details |
| 185. | Author, S. Schöttle, Co-author, M. Smirnova, Co-author, B. Tezkan, Co-author, P. Yogeshwar, Co-author, M. Smirnov | 3D modeling of CSEM data in the radio frequency band with different sources | 2.0 Theory, Modelling and Inversion | Details |
| 186. |
1. Dhamodharan S 2. Gautam Rawat | The Geometry of the Main Himalayan Thrust along the Satluj river valley, Northwest Himalaya, India retrieved from Magnetotelluric studies. | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 187. | M. Mekkawi, A. Ibrahim , A. Awad, A. Khalil and M. Ibrahim | Electromagnetic Studies on The Qarun Protected Area, Fayoum-Province, Egypt | 3.0 Exploration, Monitoring and Hazards | Details |
| 188. | M. Mekkawi 1, M.Abdel Halem2 and M. AlDeep | Electromagnetic Study on The tenth of Ramadan City, Eastern Desert,Egypt | 3.0 Exploration, Monitoring and Hazards | Details |
| 189. | O. Rydman, M.Yu. Smirnov, H.V.D. Berg, N. Juhojuntti | Combined 3D inversion of MT and CSEM-data from Malmberget northern Sweden | 3.0 Exploration, Monitoring and Hazards | Details |
| 190. | Prystai, A., Pronenko, V., Bondarev, A. | Synchronization optimization providing for MT stations at grid survey | 1.0 Instrumentation, sources and data processing | Details |
| 191. |
Gholam Abbas Fanaee Kheirabad , Behrooz Oskooi |
Two-dimensional electrical resistivity model of Sabalan geothermal field using Magnetotelluric data | 3.0 Exploration, Monitoring and Hazards | Details |
| 192. | Byrdina S., Got J-L., Metral L., Hering P., Baques M., De Barros L., Garambois S., Gueguen P., Rath V. |
Magnetotelluric investigations in the Ubaye valley, Western Alps: a connection between electrical conductivity, fluids, and earthquakes? | 3.0 Exploration, Monitoring and Hazards | Details |
| 193. | Rokityansky, I.I., Tereshyn, A.V. | Donbas geoelectrical structure | 3.0 Exploration, Monitoring and Hazards | Details |
| 194. | Ibrahim, A., Hapsoro, C., A., Zulaikah, S. | Analysis of Geothermal Manifestation Distribution at Blawan-Ijen Geopark, East Java, Indonesia based on Magnetotelluric and Gravity Data for Determining the Recommendation of PLTP Location | 3.0 Exploration, Monitoring and Hazards | Details |
| 195. | Khasi Raju, Prasanta K Patro |
Dual L-shape model: a possible cause of anomalous magnetotelluric phase in central India | 2.0 Theory, Modelling and Inversion | Details |
| 196. | RAJU, K., PATRO, B.P.K. | Dual L-shape model: a possible cause of anomalous magnetotelluric phase in central India | 2.0 Theory, Modelling and Inversion | Details |
| 197. | Kumar D., Singh A., Israil M. | Anomalous Phase in Elongated Prism Body: A Synthetic 3D MT Forward Modelling | 2.0 Theory, Modelling and Inversion | Details |
| 198. | Apaydın, O., İşseven, T., Çıtır, Y., Paker, S., Erer, I. | The effect of radar trace number on tomographic images of cylindrical objects obtained by using GPR | 2.0 Theory, Modelling and Inversion | Details |
| 199. | MOHAMMED NAZIFI H.1, GÜLEN L.1, E. GÜRBÜZ E. 1 and PEKŞEN E. 2 |
Time-lapse geophysical 3-D modeling of used engine oil contamination | 3.0 Exploration, Monitoring and Hazards | Details |
| 200. | Hanneson, C., Unsworth, M.J. |
Resistivity Models of Southwestern Canada: New insights into lithospheric structure, magma bodies, and geothermal systems | 4.0 Tectonics, Magmatism, Geodynamics | Details |
| 201. | Rokityansky I.I. | Variations of the induction vector, worldwide study | 7.0 Global and Planetary Studies | Details |
| 202. | O. Avila-Vargas, F. Corbo-Camargo, and C. Castro | 3-D Magnetotelluric Forward and Inversion of the Chicontepec oil basin. | 3.0 Exploration, Monitoring and Hazards | Details |
| 203. | C. Castro, A. Junge, H. Eysteinsson, P. Hering, L. González-Castillo, L. Ferrari | An electrical resistivity model of the San Pedro – Ceboruco graben: 3-D inversion studies and comparisons between standard and advanced Magnetotelluric transfer functions | 3.0 Exploration, Monitoring and Hazards | Details |
| 204. | Rifai, M. K., Hapsoro, C. A., Latifah, E. | Investigation of the Impact of Convectively Coupled Equatorial Waves (CCEW) and Total Electron Content (TEC) on the Diurnal Cycle in Indonesia as Early Warning System of Equatorial Climate Change | 7.0 Global and Planetary Studies | Details |
| 205. | Montiel-Álvarez, A.M., Hübert, J., Whaler, K.A. |
Towards a new 3D conductivity model of the British Isles: Revisiting MT data from Isle of Skye, Scotland | 3.0 Exploration, Monitoring and Hazards | Details |
| 206. | Hapsoro, C. A., Srigutomo, W., Agustine, E. | Global Optimization Inversion of Horizontal Electric Dipole Time-Domain Electromagnetic Data Using Particle Swarm Optimization | 2.0 Theory, Modelling and Inversion | Details |
| 207. | Hapsoro, C. A., Srigutomo, W., Agustine, E. | Global Optimization Inversion of Horizontal Electric Dipole Time-Domain Electromagnetic Data Using Particle Swarm Optimization | 2.0 Theory, Modelling and Inversion | Details |
| 208. | Montahaei, M. | Magnetotelluric imaging of a shallow groundwater system in central Zagros, Iran | 3.0 Exploration, Monitoring and Hazards | Details |
| 209. | Yazıcı, R., Karaş, M., Tank, S. B. | Hydrothermal system beneath Mt.Erciyes inferred from Three-dimensional Magnetotellurics, Central Anatolia, Türkiye | 2.0 Theory, Modelling and Inversion | Details |
| 210. | Aleid, B., Weckmann, U., Platz, A., Pek, J., Kováčiková, S., Klanica,R. | 3D imaging of electrical conductivity structures in the Eastern Cheb Basin across the Hartoušov and Bublák mofettes | 2.0 Theory, Modelling and Inversion | Details |
| 211. | Hamideh TAHERINIA, Shahrokh POURBEYRANVAND | Examination of geomagnetic data as precursors of the September 5, 2018 (MW = 6.6) and August 20, 2016 (MW = 6.0) earthquakes in Japan | 3.0 Exploration, Monitoring and Hazards | Details |
| 212. | Mitjanas, G., Ledo, J., Queralt, P., Piña-Varas, P., Martí, A. | Integration of magnetotelluric data with ambient seismic noise and gravity models in order to characterize geothermal fault-controlled systems. The Vallès Basin case of study (NE Spain). | 3.0 Exploration, Monitoring and Hazards | Details |
| 213. | Mejida, R.A., Tarits, P., Armah, T.E., Hautot, S., Yidana, S.M., | Delineating subsurface structures for deep aquifer study using magnetotellurics, and airborne geophysics. Case study of the Voltaian sedimentary basin, Ghana, West Africa. | 8.0 EM Induction Education and Outreach (Poster session) | Details |
| 214. | Suryavanshi, D., Dehiya, R. | 2D Electrical Resistivity Modelling on highly distorted, non-smooth, rough grids | 2.0 Theory, Modelling and Inversion | Details |
| 215. | Valdes-Moreno, B., Perez-Flores, M.A., De Basabe, J.D. | 2D and 3D Forward modeling of electromagnetic fields in the time domain using Discontinuous Galerkin Method and Spectral Element Method | 2.0 Theory, Modelling and Inversion | Details |
| 216. | Karaş, M., Tank, S.B. | Singular Value Decomposition of the Phase Tensor | 2.0 Theory, Modelling and Inversion | Details |
| 217. | Abdul Azeez, K. K., Veeraswamy, K., Prasanta K. Patro, Arvind K. Gupta, Narendra Babu | Lithosphere resistivity structure across the Marwar terrane and Aravalli-Delhi Mobile Belt in NW India using magnetotelluric data | 4.0 Tectonics, Magmatism, Geodynamics | Details |
