3DEM-5 Technical Program
May 7 (Tuesday)
9:40 ~ 10:00

Opening Session

10:00 ~ 12:40

Session 1

Forward modeling

S1-01(10:00~)J. Koldan, V. Puzyrev and J. M. Cela
Parallel Finite-Element Method for 3-D Electromagnetic Modelling in Geophysics

S1-02(10:20~)Z. Ren, T. Kalscheuer, S. Greenhalgh and H. Maurer
A goal-oriented adaptive finite-element approach for plane wave 3D electromagneticmodeling(Coffee Break)S1-03(11:00~)

M. Kordy, V. Maris, P. Wannamaker and E. Cherkaev
3D Edge Finite Element Solution for Scattered Electric Field using a Direct Solver
Parallelized on an SMP Workstation

S1-04(11:20~)

H. Jahandari and C. G. Farquharson
Finite volume modelling of electromagnetic data using unstructured staggered grids

S1-05(11:40~)M. Cherevatova, G. D. Egbert, M. Y. Smirnov and A. Kelbert
3D electromagnetic modeling using multi-resolution approach

S1-06(12:00~)B. Zhou, G. Heinson and A. Rivera-Rios
Frequency-domain 3D geo-electromagnetic modeling with sub-domain Chebyshev spectral
methodS1-07(12:20~)J. Sun and A. Kuvshinov
Accelerating an EM integral equation forward solver for global geomagnetic induction
using SVD based matrix decomposition method(Photograph and Lunch Break)

14:00 ~ 17:00

Poster (Session 1)

17:00 ~ 17:30

Discussion

17:30 ~ 18:00

Business meeting

May 8 (Wednesday)
9:00 ~ 12:40

Session 2

Inversion and Resolution Analysis

S2-01(9:00~)

G. Egbert, A. Kelbert and N. Meqbel
ModEM: developing 3D EM inversion for the masses

S2-02(9:20~)

M. S. Zhdanov, M. Endo, L. H. Cox and M. ČumaRecent advances in three-dimensional large-scale electromagnetic modeling and inversion

S2-03(9:40~)

D. Yang, D. Oldenburg and E. Haber
Massive parallelization of 3D electromagnetic inversion using local meshes

S2-04(10:00~)J. Bakker and A. Kuvshinov
A novel 3-D MT inverse solver: its implementation and outlook

S2-05(10:20~)W. Wilhelms, R.-U. Börner and K. Spitzer
Preparation for a 3D magnetotelluric inversion -- specific characteristics of the all-at-once
approach(Coffee Break)S2-06(11:00~)

Y. Sasaki
Anisotropic 3D inversion of marine CSEM data

S2-07
(11:20~)A. Kuvshinov and O. Pankratov
Towards quantitative resolution analysis of 3-D EM inversion results. Efficient calculationof the Hessian matrix of frequency-domain EM data misfit using adjoint sources approach

S2-08(11:40~)

N. Imamura, T. Goto, J. Takekawa and H. Mikada
Resolution of full waveform inversion using controlled-source electromagnetic exploration

S2-09(12:00~)M. S. G. McMillan and D. W. Oldenburg
Enhancing Resolution of 3D-EM Inversion Models through a Co-operative Approach

S2-10(12:20~)N. Meqbel and O. Ritter
New Advances for a joint 3D inversion of multiple EM methods(Lunch Break)
14:00 ~ 17:00

Poster Session (Session 2, 3)

17:00 ~ 17:30

Discussion

18:30 ~ 20:30

BanquetMay 9 (Thursday)
9:00 ~ 9:40

Session 2

Inversion and Resolution Analysis

S2-11(9:00~)M. A. Meju
Tailored fit-for-purpose 3D interpretation of marine CSEM data

S2-12
(9:20~)G. A. Newman, E. Um and M. Commer
A Framework for three-dimensional coupled seismic-electromagnetic inversion

9:40 ~ 10:40

Session 3

New Methodologies

S3-01(9:40~)

A. Geraskin
Programming in 3-D electromagnetics: look from outside

S3-02(10:00~)J. Börner, M. Afanasjew, F. Eckhofer, J. Weißflog and K. Spitzer
Monitoring concepts using borehole transient electromagnetic and DC resistivity methods:
3D simulation studies for the effective detection of CO2 leakages

S3-03(10:20~)R. Peng, X. Hu, Y. Liu and Z. He
The potential of magnetotelluric using for reservoir monitoring(Coffee Break)
11:00 ~ 12:40

Session 4Applications

S4-01(11:00~)K. Noh, Y. Chung, S. J. Seol, J. Byun and T. Uchida
Three-dimensional inversion of small-loop electromagnetic data: Water leak detection in
an artificial sandy groundS4-02(11:20~)A. Rödder and B. Tezkan
Transient electromagnetic survey on the Araba fault, Jordan: A 3D conductivity model

S4-03(11:40~)S. Hautot and P. Tarits
Importance of the MT diagonal tensor coefficients for 3D inversion

S4-04(12:00~)E. Bertrand, T. G. Caldwell, G. J. Hill and S. L. Bennie
3-D inversion of a 200+ site magnetotelluric array for deep geothermal exploration

S4-05(12:20~)N. Tada, K. Baba and H. Utada
Three-dimensional electrical conductivity structure beneath the Philippine Sea using
three-dimensional marine MT inversion dealing with topographic effect(Lunch Break)
13:45 ~ 16:15

Poster Session (Session 4)

16:15 ~ 16:45

Discussion

16:45 ~ 17:00

Closing Session

Posters
Session 1

Forward modeling (14:00~17:00, May 7)

SP1-01A. M. Rivera-Rios, B. Zhou, G. Heinson and S. Thiel
Multi-order Vector Finite Element Modelling of 3D Magnetotelluric Data including
complex geometry and anisotropic earth

SP1-02

A. Franke-Börner, R.-U. Börner and K. Spitzer
Convergence studies for the finite element simulation of the 3D MT boundary value
problem

SP1-03M. G. Persova, Y. G. Soloveichik, M. G. Tokareva, P. A. Domnikov, D. V. Vagin andT. G. Shashkova
Finite element 3D Modeling of Geoelectromagnetic Fields for Controlled and NaturalSources

SP1-04

M. Afanasjew, R.-U. Börner, M. Eiermann, O. G. Ernst and K. Spitzer
Efficient Three-Dimensional Time Domain TEM Simulation Using Finite Elements, aNonlocal Boundary Condition, Multigrid, and Rational Krylov Subspace Methods

SP1-05

R.-U. Börner, O. G. Ernst and S. Güttel
Three-dimensional transient electromagnetic simulation using Rational Krylov subspace
projection methods

SP1-06

S. Ansari and C. G. Farquharson
Three dimensional modeling of controlled-source electromagnetic response for inductive
and galvanic components

SP1-07

T. Koyama
Forward modeling for CSEM excited by the cable current with finite length

SP1-08S. A. Allah, T. Mogi and E. Fomenko
Three-dimensional electromagnetic modeling of sea and topographic effects onelectromagnetic field induction by grounded electrical source airborne transientelectromagnetics (GREATEM) survey systems

SP1-09X. Zhou, X. Hu and B. Han
3D finite-difference time-domain forward modeling with convolutional perfectly matchedlayers (CPML) absorbing boundary condition for marine CSEM

SP1-10D. V. Shantsev and F. A. Maaø
Rigorous interpolation near interfaces in 3D finite-difference EM modelingSP1-11

M. Sommer, S. Hölz, M. Moorkamp, A. Swidinsky, B. Heincke, C. Scholl and M. Jegen
Speeding up a marine 3D CSEM code with GPU

SP1-12

J. Ge, M. E. Everett and C. J. Weiss
3D modeling of fractional diffusion to describe electromagnetic induction in fractured
geological media

Session 2Inversion and Resolution Analysis(14:00~17:00, May 8)

SP2-01

C. Püthe and A. Kuvshinov
Mapping 3-D mantle electrical conductivity from space. Development of a new 3-D
inversion scheme based on analysis of matrix Q-responses

SP2-02

S. Schnaidt and G. Heinson
Bootstrapping as a means of uncertainty analysis in inversion modelling of magnetotelluric
data

SP2-03

K. Tietze, O. Ritter and G. Egbert
3D inversion of magnetotelluric phase tensor and apparent resistivity & phase data with
ModEM and its application to a 250-site MT array data set from the San Andreas fault,California

SP2-04T. J. Lee, J. Choi, J. Yang, S. K. Lee, I.-H. Park and Y. SongAn approach for the three-dimensional interpretation of MT data distorted by the sea- andstatic effects

SP2-05

M. Tani, H. Mikada, T. Goto, J. Takekawa and W. Siripunvaraporn
Removable of galvanic distortion on 3-D MT inversion

SP2-06

O. Peredo, V. Puzyrev, J. Koldan, G. Houzeaux, M. Vázquez, J. de la Puente and J. M. Cela
Inverse modelling of 3D Controlled-Source Electromagnetics using a Parallel Discrete
Adjoint method

SP2-07

C. Schwarzbach and E. Haber
Inversion of large scale airborne time domain electromagnetic data

SP2-08

M. Scheunert, M. Afanasjew, R.-U. Börner, M. Eiermann, O. G. Ernst and K. Spitzer
3-D inversion of helicopter electromagnetic data

SP2-09F. Eckhofer, J. Weißflog, R.-U. Börner, M. Eiermann, O. G. Ernst and K. Spitzer
Regularization for 3D DC resistivity inversion

SP2-10A. D. Garnadi and H. Grandis
Gauss-Newton inversion algorithm to estimate resistivity parameter using a dual-optimal
grid approachSP2-11M. G. Persova, Y. G. Soloveichik, M. G. Tokareva, P. A. Domnikov, M. V. Abramov,
D. V. Vagin and E. I. Simon
Three-dimensional inversion for transient electromagnetic sounding technologies with loop
source and for induced polarization using finite element approximation

Session 3New Technologies(14:00~17:00, May 8)

SP3-01

A. Ullmann, B. Siemon and M. Miensopust
Automatic detection and classification of induction anomalies in helicopter-borne
electromagnetic data sets

SP3-02S. K. Verma, T. Mogi, S. A. Allah, S. P. Sharma and E. Fomenko
3D ‘Tau’ imaging of subsurface conductors by contemporary helicopter borne time domain
EM systems

SP3-03

R. Streich, M. Becken and O. Ritter
Robust processing of onshore controlled-source electromagnetic data from a three-phasegalvanic source

SP3-04

D. Hyodo, H. Mikada, T. Goto and J. Takekawa
Downward-continued pseudo resistivity section using normalized full gradient (NFG) inVLF-EM methodSession 4Applications(13:45~16:15, May 9)

SP4-01

N. Zorin and A. Yakovlev
Telluric method of natural field induced polarization

SP4-02L. Zhang, H. Utada, H. Shimizu, K. Baba and T. Maeda
Three-dimensional simulation of the electromagnetic fields induced by tsunamis: A casestudy for the 2011 Tohoku Tsunami

SP4-03

K. Okazaki, Y. Ito, T. Mogi, H. Ito, Y. Yuuki and A. Jomori
Case study of three-dimensional geotechnical evaluations for tunnel design andconstruction by helicopter-borne geophysical survey

SP4-04

M. P. Miensopust, B. Siemon and A. Ullmann
Three-dimensional modeling of frequency-domain helicopter-borne electromagnetic data:
A case study of the Cuxhaven Valley

SP4-05

A. Grayver, R. Streich and O. Ritter
3D inversion of land-based CSEM data from the Ketzin CO2 storage formation

SP4-06

A. Younis, G. EL-Qady, M. A. Abdalla, M. Abdel Zaher, A. E. khalil and M. G. Al Ibiary
Integrated geophysical tools for hydrocarbon exploration in Nile delta area, Egypt

SP4-07

A. Avdeeva, M. Y. Smirnov, A. S. Savvaidis, M. Gurk and L. B. PedersenA 3D magnetotelluric study of the basement structure in the Mygdonian Basin (NorthernGreece) including galvanic distortion correction.

SP4-08

H. Ichihara, T. Mogi, K. Tanimoto, Y. Yamaya, T. Hashimoto, M. Uyeshima and Y. Ogawa
3-D electrical resistivity models in the Erimo area, southern central Hokkaido

SP4-09T. Uchida and T. Ueda
Three-dimensional magnetotelluric survey over Yunodake and Idosawa Faults in Iwaki
area, Fukushima PrefectureSP4-10

Y. Yamaya, T. Mogi, R. Honda, H. Hase, A. Suzuki, T. Hashimoto and M. Uyeshima
Three-dimensional
Resistivity
Imagingbeneath
theFold-and-thrust
Ishikari-teichi-toen Fault Zone, Hokkaido, NE JapanBelt,

SP4-11T. G. Caldwell, W. Heise, Y. Ogawa, G. J. Hill, E. A. Bertrand, S. L. Bennie, H. M. Bibby
and G. R. Jiracek
Electrical conductivity structure of the Alpine Fault, New Zealand - a 3D anisotropic
problem

SP4-12

T. Kaya, Y. Ogawa, T. Kasaya, S. B. Tank, M. K. Tunçer, N. Oshiman, Y. Honkura,M. Matsushima, and W. Siripunvaraporn
Investigation of the lithospheric structures and North Anatolian Fault Zone underneath theMarmara Sea by 3D Magnetotelluric modeling.

SP4-13

F. Febriani, P. Han, C. Yoshino, K. Hattori, B. Nurdiyanto, N. Effendi, I. Maulana,Suhardjono, P. Hardjono and E. Gaffar
2D inversion of Pelabuhan Ratu magnetotelluric data, Indonesia

SP4-14

R. Yoshimura, Y. Ogawa, Y. Yukutake, W. Kanda, S. Komori, T. Goto, R. Honda, M. Harada,T. Yamazaki, M. Kamo, Y. Yasuda and M. TaniHeterogeneous resistivity structure around high seismicity regions in Hakone volcano,Japan

SP4-15Y. Ogawa, H. Fukino, M. Ichiki, and W. Kanda
Three-dimensional imaging of fluids under the volcanic arc, around Naruko Volcano, NE
Japan

SP4-16

M. Hata, N. Oshiman, R. Yoshimura, Y. Tanaka and M. Uyeshima
Interpretation on magmatism beneath the Kyushu subduction zone with 3D electricalresistivity image

SP4-17

M. Uyeshima, S. Yamaguchi, H. Murakami, T. Tanbo, R. Yoshimura, H. Ichihara and K.
Omura
On elucidation of the regional anomalous phase contained in the Network-MT data in theChubu district, central Japan

SP4-18N. Meqbel, G. D. Egbert and P. E. Wannamaker
Three dimensional modelling of a large scale magnetotelluric data: Final results from 3-D
inversion of the US-Transportable Array

SP4-19K. Baba, N. Abe, N. Hirano and M. IchikiThree-dimensional inversion analysis of seafloor magnetotelluric data collected in thenorthwestern Pacific and implications for the source of petit-spot volcanoes