IAG-IASPEI 2017

Table of contents          Special Issues
Proposals for Special Issues

EPS welcomes proposals for special issues on focused topics that are within thescope of the journal. Proposals should be submitted to the editor in chief at
Welcome message ............................................................................................................. 3
About IAG ............................................................................................................................ 4
About IASPEI ...................................................................................................................... 5
Committees / Organizations .............................................................................................. 6
Joint Assembly information .............................................................................................. 7

editor-in-chief@earth-planets-space.org.
https://earth-planets-space.springeropen.com/proposals

Special Issues accepting submissions on Geodesy & Seismology

 Advancement of our knowledge on Aso volcano: Current activity andbackground
Deadline for submissions: 31 October 2017
Lead Guest Editor: Takahiro Ohkura, Kyoto University, Japan

General information for participants ................................................................................ 8
Social programs ............................................................................................................... 12
Acknowledgments ............................................................................................................ 13

 Towards forecasting phreatic eruptions: Examples from Hakone volcano
and some global equivalents
Deadline for submissions: 30 September 2017

Exhibition .......................................................................................................................... 14

Lead Guest Editor: Kazutaka Mannen, Hot Springs Research Institute of Kanagawa

Symposia at a glance ....................................................................................................... 21

Prefecture, Japan

Joint Symposia .......................................................................................................... 21
IAG Symposia ............................................................................................................ 25
IASPEI Symposia ....................................................................................................... 29
Business meetings ........................................................................................................... 41
Guidelines for presenters ................................................................................................ 42
Guidelines for chairs ........................................................................................................ 44
Program at a glance ......................................................................................................... 46
Floor plan and poster layout ........................................................................................... 50
Opening ceremony and plenary lectures ....................................................................... 54
Joint Plenary abstracts .................................................................................................... 55
Awards............................................................................................................................... 58
Joint Symposia ................................................................................................................. 59
IAG Symposia ................................................................................................................... 81
IASPEI Symposia .............................................................................................................. 99 GNSS and SAR Technologies for Atmospheric Sensing
Deadline for submissions: 31 August 2017
Lead Guest Editor: Toshitaka Tsuda, Kyoto University, Japan

Recent Special Issues on Geodesy & Seismology
Published in 2016

¾ Effect of Surface Geology on Seismic Motion: Challenges of Applying
Ground Motion Simulation to Seismology and Earthquake Engineering¾ Crustal Dynamics: Unified Understanding of Geodynamics Processes at
Different Time and Length Scales¾ 2016 Kumamoto earthquake sequence and its impact on earthquake
science and hazard assessment
Published in 2015

¾ The 2015 Gorkha, Nepal, Earthquake and Himalayan Studies: First Results¾ The Phreatic Eruption of Mt. Ontake Volcano in 2014
¾ The Next Marmara Earthquake: Disaster Mitigation, Recovery and Early
Warning
Published in 2014

¾ New Perspective of Subduction Zone Earthquake¾ Geofluid processes in subduction zones and mantle dynamics
2

Welcome message
WelcomeOn behalf of the Geodetic Society of Japan, the Seismological Society of Japan (SSJ), and the IAG-IASPEI 2017 Local
Organizing Committee, we would like to welcome you to the Joint Scientific Assembly of the International Association of
Geodesy (IAG) and International Association of Seismology and Physics of the Earth’s Interior (IASPEI) to be held in
Kobe, Japan from July 30 through August 4, 2017.
The city of Kobe experienced devastating earthquake in 1995. But 22 years after it, the city has been completely recovered
to have a scientific assembly accommodating a wide variety of research fields of geodesy and seismology.
The development in our knowledge of earthquake in the last 20 years largely depends on the drastic improvement ofobservation and network system. Deployment of nation-wide seismological and geodetic network in Japan with morethan 1,000 stations lead new and important discoveries such as slow earthquakes and non-volcanic tremors that play
important roles preparatory process of earthquakes. Now we have a tool to monitor the process leading to interplate
earthquakes though earthquake prediction is still difficult. On-land networks, together with newly developed sea-floor
geodetic observation, provided invaluable datasets at the 2011 Tohoku earthquake to unveil essential features of greatinterplate earthquakes, although it caused a huge damage and tremendous loss of lives along the Japanese northeastern
coasts. The knowledge of earthquake process is also used to mitigate disasters owing to large earthquakes. The
Headquarters of Earthquake Research Promotion, which established 20 years ago after the Kobe Earthquake, evaluates
national seismic hazards as well as monthly seismic activities to disseminate the knowledge of earthquakes and theirrisks.
The venue, Kobe International Conference Center are located in Port island, easily accessible with new transport system“Port Liner” from downtown Kobe. Travel to/from Kobe is easy with various public and private rail service, which
provides a rapid access to Kansai International Airport, a major gateway to Japan. Very frequent high-speed train service(Shinkansen), connecting major cities in Japan, is also available in Kobe. We hope all the participants enjoy the conference
in a comfortable environment for scientific meeting.
Sincerely yours,
Koshun Yamaoka
President, Seismological Society of Japan
Kosuke Heki
President, Geodetic Society of Japan3

IAG-IASPEI 2017

About International Association of Geodesy (IAG)

International Association of Geodesy (IAG)
President 		
Secretary General

Harald SCHUH
Hermann DREWES

The Mitteleuropäische Gradmessung (Central European Arc Measurement) was created in 1862 as the firstinternational scientific organization of significance. In 1867 it expanded to the Europäische Gradmessung (European
Arc Measurement), and in 1886 to the Internationale Erdmessung (International Association of Geodesy, Association
Géodésique Internationale). At the first General Assembly of IUGG (Rome, 2-10 May 1922) it became one of the five
constituent sections of the Union. It took its present name at the Stockholm General Assembly of IUGG (1930).
The Mission of IAG is the advancement of geodesy. It is implemented by furthering geodetic theory through research andteaching, by collecting, analyzing, modelling and interpreting observational data, by stimulating technological development
and by providing a consistent representation of the figure, rotation, and gravity field of the Earth and planets, and theirtemporal variations. The objectives cover the study of all geodetic problems related to Earth observation and globalchange. This comprises the establishment of reference systems, monitoring the gravity field and rotation of the Earth,the deformation of the Earth surface including ocean and ice, and positioning for interdisciplinary use. IAG shall initiate,
coordinate, and promote international cooperation and knowledge exchange through symposia, workshops, summer
schools, publications, and other means of communication. The goal is to foster the development of geodetic activities
and infrastructure in all regions of the world, taking into consideration the specific situation of developing countries. The
structure includes the following components:
Commission 1: Reference FramesCommission 2: Gravity Field
Commission 3: Geodynamics and Earth Rotation
Commission 4: Positioning and Applications
Inter-commission Committee on Theory
Global Geodetic Observing System (GGOS)
14 International Scientific Services

4About International Association of Seismology and Physics of the Earth's Interior (IASPEI)International Association of Seismology and Physics of the Earth's
Interior (IASPEI)
President: 		
Secretary General:

Thorne LAY
Johannes SCHWEITZERAt the Sixth International Congress of Geography (London, 1895), Professor G. Gerland (Germany) presented E. v.
Rebeur-Paschwitz’s ideas about the necessity of a structured international cooperation in seismology. At the Seventh
Congress (Berlin, 1899), the Commission Séismologique Permanente was established. The subsequent conferences inStrasbourg (1901 & 1903) led to the foundation of the Association Internationale de Séismologie in 1904. At the first IUGG
General Assembly (Rome, 1922), it became one of the constituent Sections of the Union. It took its present name at the
IX IUGG General Assembly (Bruxelles, 1951).
IASPEI promotes the study of earthquakes and other seismic sources, the propagation of seismic waves, and theEarth's internal structure, properties, and processes. Scientists participating in IASPEI initiate and co-ordinate researchand scientific exchanges that demand cooperation among countries. Work on specific topics is carried out throughcommissions, sub-commissions, committees and working groups formed to meet specific needs of new, exciting problems
as they emerge. IASPEI's' structure and its many scientific activities are categorised by the following themes:
Earth Structure and Geodynamics
Earthquake Generation Process – Physics, Modelling and Monitoring for Forecast
Earthquake Hazard, Risk and Strong Ground Motion
Earthquake Source Mechanics
Education and Outreach
Seismological Observation and Interpretation
Tectonophysics and Crustal Structure
Terrestrial Heat Flow-	Regional Seismological Commissions in Africa (AfSC), Asia (ASC), Europe (ESC) and Latin America and the
Caribbean (LACSC)
Further information can be found on IASPEI’s web-site www.iaspei.org

5IAG-IASPEI 2017

Committees / Organizations

Coordination Committee

Joint IAG-IASPEI Program Committee

Chair

Koshun Yamaoka

Hermann Drewes, IAG Secretary General

Vice-Chair

Kosuke Heki

Johannes Schweitzer, IASPEI Secretary General

Secretary

Masataka Kinoshita

Kenji Satake. LOC chair

Kenji Satake

Aitaro Kato, LOC member

Takuya Nishimura

Takuto Maeda, LOC member

Masato Furuya

Yoshiyuki Tanaka, LOC member

MemberFumihiko Imamura
Satoru Oishi
Kazushige Obara
Osamu Kamigaichi
Yoshiaki Kawata
Hodaka Kawahata

Local Organizing Committee
Chair

Kenji SatakeVice-Chair

Kosuke Heki

MemberMasataka Kinoshita
Masato Furuya

Yoshihiro Sawada

Hiroe Miyake

Arata Sengoku

Teruyuki Kato

Asahiko Taira

Yasuyuki Kano

Eikichi Tsukuda

Aitaro Kato

Mikio Tobita

Yoshiyuki Tanaka

Kinya Nishigami

Takuto Maeda

Yoshifumi Nogi

Shoichi Yoshioka

Haruo Hayashi

Hiroko Sugioka

Toshiaki Yokoi

Yoichi Fukuda
Toshitaka Baba

Co-organized by

Supported by

Earthquake Research Institute, the University of TokyoJapan Coast Guard

Research Center for Urban Safety and Security, Kobe University

Building Research Institute

Graduate School of Science, Kobe University

Hyogo Prefecture
Kobe City

Assented by

Ministry of Education, Culture, Sports, Science and Technology

Disaster Prevention Research Institute, Kyoto University
International Research Institute of Disaster Science, Tohoku University

Financially supported by

National Research Institute for Earth Science and Disaster Prevention

Meet in Kobe

Japan Meteorological Agency

KANSAI·OSAKA 21st Century Association

Geospatial Information Authority of Japan

Tsutomu Nakauchi Foundation

Japan Agency for Marine-Earth Science and Technology

Tokio Marine Kagami Memorial Foundation

Geological Survey of Japan, AIST

International Association of Geodesy (IAG)

National Institute of Polar ResearchInternational Association of Seismology and the Earth's Interior (IASPEI)

Disaster Reduction and Human Renovation Institution

Earthquake Research Institute, the University of Tokyo

Association for the Development of Earthquake Prediction
Japan Geoscience Union

6

Joint Assembly information
Joint Assembly information
IAG Secretariat, Room 304
Hermann Drewes <iag.office@tum.de>
IASPEI Secretariat, Room 303
Johannes Schweitzer <iaspei@norsar.no>
Local Organizing Committee, Room 406

IAG-IASPEI 2017 Secretariat

JTB Communication Design, Inc.
Celestine Shiba Mitsui Bldg. 3-23-1, Shiba, Minato-ku,
Tokyo 105-8335, Japan
Tel: +81-3-5657-0777 Fax: +81-3-3452-8550
E-mail: iagiaspei2017@jtbcom.co.jp<Registration Office>E-mail: iagiaspei2017-reg@jtbcom.co.jp<Abstract Submission Office>E-mail: iagiaspei2017-p@jtbcom.co.jp

Assembly Website

http://www.iag-iaspei-2017.jp* Abstracts can be downloaded from website below:
https://confit.atlas.jp/guide/event/iagiaspei2017/top?lang=en

Twitter@iagiaspei2017

Venue

Kobe International Conference Center
Address: 6-9-1, Minatojima-nakamachi, Chuo-ku, Kobe
650-0046, Japan
Tel: +81-78-302-5200
The Kobe Chamber of Commerce and Industry
Address:6-1, Minatojima-nakamachi, Chuo-ku, Kobe
650-0046, Japan
Tel:+81-78-303-5805

Joint Assembly opening hours
Registration desk and general
information desk

Sunday,July 30
16:00-19:00
Monday,July 31
07:30-17:00
Tuesday,
August 1
07:30-17:00
Wednesday, August 2
08:00-17:00
Thursday,August 3
08:00-17:00
Friday,August 4
08:00-14:00
Location:
1F, Kobe International Conference Center
Main Hall Foyer (*Sunday, July 30 Only)
3F, Kobe International Conference Center
Entrance (Monday, July 31 ~)Poster rooms

Tuesday,
August 1
09:00-18:00
Wednesday, August 2
09:00-18:00
Thursday,August 3
09:00-18:00
Friday,August 4
09:00-16:00
Location: The Kobe Chamber of Commerce and Industry

Exhibition

Monday,July 31
13:00-18:00
Tuesday,
August 1
09:30-17:00
Wednesday, August 2
09:30-17:00
Thursday,August 3
09:30-17:00
Friday,August 4
09:30-14:00
Location: Kobe International Conference Center

Tourist information

Tuesday,
August 1
10:00-17:00
Wednesday, August 2
10:00-17:00
Thursday,August 3
10:00-17:00
Friday,August 4
10:00-16:00
Location: 3F, Kobe International Conference Center

7

IAG-IASPEI 2017

General information for participants

General Information for participants
Language

The official conference language is English.
simultaneous interpretation will be provided.

No

BadgesThe participant name badge will be provided at theregistration desk. All participants are requested to wear
the badge throughout the Assembly. Only badge holders
will be admitted to the sessions.

Lost and foundContact the registration desk in case of personal belongings
being lost or found. Belongings not picked up during the
Joint Assembly will be handed over to the venue.

Meals

Coffee / tea during the breaks are included in theregistration fee and will be served daily. You will findseveral restaurants close to the venue. (See the area map
on P. 11). Ariston Hotel Kobe offers lunch buffet, including
halal food on the 1st floor.

Press

Cloakroom

A cloakroom is located on the 3rd floor of Kobe International
Conference Center. Please make sure that no personal
belongings are left there after closing each day.

Members of the press are kindly asked to contact theregistration desk for interview requests.

Disclaimer / Liability

For printing and photo copying, business center is available.
Location: 2F, Kobe International Conference Center

The Local Organizing Committee and JTB Communication
Design cannot accept liability for injuries or lossesof whatever nature incurred by participants and/or
accompanying persons, nor for loss of or damage totheir luggage and/ or personal belongings. Please checkthe validity of your own travel insurance. All reasonableendeavor will be made to hold the Assembly and to present
its program as scheduled under circumstances whichassure the comfort and safety of all participants. However,neither the Assembly nor its committees, representatives
or agents, shall be held liable by any person as a resultof the cancellation of the Assembly or of any of thearrangements, programs or plans connected therewith,or for any injury, damage or inconvenience which may besuffered by any person while travelling to or from, or during
such person’s presence in Japan in connection with thisAssembly. Participants and accompanying persons areadvised to purchase their own insurance against any suchoccurrences.

Mobile phone policy

Scientific field trip

Opening hours:
Monday,July 31
Tuesday,
August 1
Wednesday, August 2
Thursday,August 3
Friday,August 4

07:30-18:30
07:30-18:30
08:00-18:30
08:00-18:30
08:00-18:00

WiFi

At the venue we offer you free access to the in-house WiFi
network both in Kobe International Conference Centerand the Kobe Chamber of Commerce and Industry.
SSID: iagiaspei2017
Password: kobe2017

Business center

Using mobile phones during the session is prohibited.
Please turn off or set to silent mode.

Photography

Half-day (morning) field trips to the Nojima Fault
8:15 Assembly Time Conference venue 8:30 Dep.--Awaji SA --- Ezaki Park ---Hokudan Earthquake Memorial
Park ---13:30 Arr. Tour will be disbanded at the venue

Photographing / recording sessions are strictly prohibited.
Date:
Notice: Please note that the organizer will be taking photos
in the venue for the purpose to use in conference report /website / other media.

8

OP1: August 1 8:30-13:00 (approx. 4.5 hours)
OP2: August 3 8:30-13:00 (approx. 4.5 hours)
Price
JPY 4,000 / person*Application is required in advance on-line.

Access to Venue
For public transportation, prepaid IC cards are valid in
Kobe. See P. 10 more information.

From / to Kobe Airport

Port Liner monorail takes about 8 minutes to P-06, ShiminHiroba Station (fare: ¥250).
By taxi, the time required is about 8 minutes; fare isapproximately ¥1,500.
* Actual taxi fares depend on traffic conditions; evening
and late night surcharges may apply.

From / to Kansai International Airport
and Osaka (Itami) Airport<By Airport Limousine Bus>
Kansai International Airport ↔ Sannomiya about 65
minutes
Osaka (Itami) Airport ↔ Sannomiya about 40 minutes
For information, please visit http://www.hanshin-bus.
co.jp/limo_en/* From Sannomiya, please take Port Liner monorail or taxi.
<By Kobe - Kansai Airport Bay Shuttle Ferry>
The high speed ferry ride takes approximately 31 minutes.
For information about fares and schedules, please visit
http://www.kobe-access.jp/en/* The Bay Shuttle bus to the Port Liner monorail station at
Kobe Airport takes about 2-3 minutes.
* Port Liner monorail takes about 8 minutes to P-06,
Shimin Hiroba Station.

The Kobe Chamber ofCommerce and Industry

Kobe International
Conference Center

From / to Shin-Kobe Station

By taxi, the time required is about 20 minutes; fare isapproximately ¥2,000 directly to the venue.
By subway Seishin-yamate Line, it is only one stop to
Sannomiya (fare: ¥210).
* From Sannomiya, please take Port Liner monorail.

2F Entrance

Shimin-Hiroba
Civic Square
Sky bridge

From / to Sannomiya Station(JR, Hankyu, Hanshin, Kobe City Subway, Port Liner
Monorail)
By taxi, the time required is about 10 minutes; fare isapproximately ¥1,500.
Port Liner monorail takes about 10 minutes to P-06,
Shimin-Hiroba Station. (fare: ¥250)

Shimin-Hiroba
stationPortopia Hotel

9IAG-IASPEI 2017
Tourist information
Climate and clothing

Right after the end of rainy season, the averagetemperature in August is around 28 °C (82.4 °F). During
the day the temperature could go up to 35 °C. (95 °F)

Currency / Credit cards

The official currency is Japanese Yen (JPY). USD 1 =JPY 114 (July, 2017). EUR 1 = JPY 130.14 (July, 2017).
Major credit cards are accepted in hotels, restaurants andshops. Service is included in the menu price in Japan. It isadvisable to carry an identity card or some form of photo
identification.

ATM facilities at the venue

A cash machine is available at Kobe International
Conference Center area. (See the area map on P. 11)

IC card for public transportation

Prepaid IC card are rechargeble cards that can be used
to conveniently pay fares on public transportation and to
make payment at a rapidly increasing number of vending
machines and shops by simple touching tne card on areader.
Where to get an IC card?: IC cards can be purchased atticket machines and ticket counters at the corresponding
railway stations. The initial cost consists of a refundable
deposit of 500 yen plus an initial amount to be charged
onto the card. They can be recharged at ticket machines.
To get the refundable deposit, please bring the card toticket counters.

Electricity

Electrical voltage in Japan is 100 V / 60 Hz. Japaneseelectrical plugs have two, non-polarized pins. Appliances
designed to operate on 110 / 120 Volts need a voltage
converter and a plug adapter.

Emergency phone numbers
Police 110
Ambulance / Fire brigade 119

10

Kobe sightseeing info & app

Feel KOBE
http://plus.feel-kobe.jp/
https://www.feel-kobe.jp/travelguide_apps/(operated by the Kobe Convention & Visitors Association)

Museums - 1995 Kobe Earthquake

Disaster Reduction and Human Renovation institution(DRI)
Exhibitions to learn about what happened in the great
Hanshin-Awaji earthquake.
Multilingual (English / Chinese / Korean) guide is available.
Open: Tue.-Sun., 9:30-18:00 (entry until 5:00)
Admission: ¥600
Web: http://www.dri.ne.jp/en/exhibition/exinfo
Tel: +81-78-262-5050
Direction: JR Sannomiya station bus stop --- [Kobe City
Bus, Line 29 or 101, app. 20 min.] --- DRI bus stop
Hokudan Earthquake Memorial Park (Nojima fault)
The park is located southern edge of the Nojima fault
ruptured during the 1995 Kobe earthquake. The surface
fault is preserved in museum.
Open: everyday, 9:00-17:00
Admission: ¥700
Web: http://www.nojima-danso.co.jp/index.html (in Japanese)Tel: +81-799-82-3020
Direction: JR Sannomiya station --- [JR Kobe line, app.
25 min.] --- JR Maiko --- [Express bus, app. 20 min.] --Hokudan --- [Local bus, app 10 min.]

Kobe tours & packages

A variety of optional tours in Kobe are available on thewebsite below.
http://www.japanican.com/en/tour/list/To : Sannomiya Stn.
Naka Koen Stn.

PORT ISLAND BUILDING

Area Map
Local Stores,
Restaurants& Services

YASHIMA

Udon & Soba (wheat noodles & buckwheat noodle)

NEVERS

Café

Portliner Railway

TOKYU PORT AVENUE
Sumitomo Mitsui Bank

Post Ofﬁce
Cash Dispenser (ATM)Supermarket /Convenience StoreBank
Menu English Menu Available

To- ho❶Kobe Shinkin Bank
Minato Bank

Family Mart Convenience Store❷❹PORT ISLAND S.C.

DAIEI Supermarket

Minatojima (Campus Mae) Stn.

PORTISLAND HOSPITAL❸❶ HITSUJI COFFEE SHOP

Coffee Shop

❷ DOM DOM

Hamburgers Restaurant❸ HAUHAU CHUKA

Chinese Restaurant❹ BIG BOY

American Diner

KOBE PARK CITY

ARISTON
KOBE CHAMBER of HOTEL Menu
COMMERCE & KOBE
INDUSTRYLAWSON

Convenience
Store

N

❶

❷

Trattoria Terrazza

Italian Restaurant

KOKORO

Grilled meat & vegetables❸ ❹TASAKISHINJU❺LAWSON❶ IKOI

Cafe❷ KOMENCHU

Japanese Lunch Box❸ GYUTARO

Grilled Beef Restaurant❹ KONISHI

chicken and( Grilled)
veg on skewers❺ CHIRIKEN

Chinese Restaurant

Restaurant

Convenience Store
Steak House Menu

KAEN

Chinese Restaurant

NOEVIR

Portopia PLAZASAKURAI

WORLD
BLDG

KOBE INT
INT’L
CONFERENCE
CTR.

Bank of Tokyo-Mitsubishi UFJ
Sumitomo Mitsui BankKOBESANKAN

No.3
WORLD HALL

Coffee Shop

Shimin Hiroba

Udon Restaurant Menu
(wheat noodles)★Ice Breaker

KOBE PORTOPIA HOTEL Menu

Restaurant & Café

HOTEL
PEARL CITY Menu
KOBE

Menu

KOTONOHA

Shimin-Hiroba
Civic Square(Convention Center) Stn.

KOBE INT’L
EXHIBITION HALLCAF É de CRIÉ

JAVAChinese Restaurant

PRASHANTI

Seven Eleven

Convenience Store

Cash withdrawal possible
by international credit cards
COFFEE ROAD
Coffee Shop

No.2

No.1

KOBE PORT ISLAND
SPORTS CENTER
Main Building

KITCHEN PLANET

Restaurant (variety)

Kobe Minimally invasive Cancer Center
Portisland Rehabilitation HospitalChild Chemo House
ITOCHU
MedicalPlaza

South Wing

International
Medical Device
Alliance

TRENTE ET UN
PLEIN D ’ETOILESSHUKEI-EN
L’ESTACADE
TAJIMA
SOCOFamilyMart

French Restaurant

KYOWADA

Oden Restaurant(stewed variety hot-pot)

LA BELLE COUR
A LA MAISON

Tea and Coffee Shop

Sky Lounge Restaurant & Bar
Chinese Restaurant

UCC COFFEEMUSEUM

Bar
Kobe Beef Restaurant
Dining Café
Convenience StoreMinami Koen (IKEA Mae) Stn.

IKEA

Delicatessen & Bakery

KOBE TAMURA

Japanese Restaurant(sashimi, tempura, etc)

SUSHIMANSAKU

Sushi Restaurant
Kobe Kushiage Restaurant

Hyogo Prefectural
Kobe Children’s
Hospital

IKEA RESTAURANT

Menu

IKEA BISTRO

Menu

Swedish cuisine

Hot dogs and snacks

KOBE CITY
MEDICAL CENTER
GENERAL HOSPITALLAWSON

Kobe Biotechnology Research and Human Resource Development Center/Kobe University Business Incubation Center
RIKEN Center
for Developmental
Biology

SHIMIN BYOIN MAE
BUILDING

Business Support Center for Biomedical Research Activities
Translational ResearchInformatics Center

Institute of Biomedical
Research and Innovation
Iryo Center(Shimin Byoin Mae)

KAZOKU-TEI

Udon & Soba
(wheat noodles &buckwheat noodles)

PAS DE DEUX

Stn.

Kobe International
Business Center

Patisserie & Cafe

Convenience Store

KOBE KIMEC CTR.
2nd ﬂ. MINATO-AN EN
1st ﬂ.

Sumitomo Mitsui BankRIKEN Center
for Life Science
Technologies

Japanese Noodles Restaurant

DAILY YAMAZAKI

Convenience Store

BERTH

Coffee Shop

Kobe Healthcare Industry
Development Center

Kobe Incubation Ofﬁce

Kobe Hybrid
Business Center

K Computer Mae (Kobe Animal Kingdom) Stn.

Konan University

The Research Support
Center for Advanced
RIKEN Advanced InstituteComputational Sciences・ for Computational Science
University of Hyogo(K computer)

Integrated
Research Centerof Kobe University★IASPEI Dinner

Kobe Animal Kingdom
Kobe Animal Kingdom

To : Kobe Airport Stn.
29.01.15,000

11IAG-IASPEI 2017

Social programs

Social program

Association Dinners

The following event is included in the registration fee fordelegates:

Association dinners will take place during the IAG-IASPEIJoint Assembly in Kobe. Association dinners are notincluded in the registration fee for delegates. Tickets mustbe purchased in advance on-line.

Ice Breaker

Sunday, July 30 at 18:00-20:00
Venue: Shimin-Hiroba Civic Square
All delegates are welcome to attend the Ice Breaker.
Renew old friendships and make new acquaintances aswe welcome you to Kobe. The Ice Breaker is free of charge
but the registration is mandatory. Please stop by at theregistration desk on the 1st floor of the Kobe International
Conference Center to pick up the name badge in advance.
(See the map on P. 11.)

IAG Dinner

Date: Wednesday, August 2 Time: 19:00 - 21:00
Location: KOBE SHU-SHIN-KAN
1-8-17, Mikagetsukamachi, Higashinadaku, Kobe, Hyogo
Dress: Casual
Tickets: JPY8,000 (Available to purchase On-sit)
Access from the venue:<By taxi>
From venue: JPY 3,000
From Sannomiya: JPY 2,000<By train>
Shimin-Hiroba Station (Venue)↓ Port Liner monorail (10 mins.)
Sannnomiya↓ Walk (5 mins.)
Kobe-Sannnomiya↓ Hanshin Main Line bound for Umeda (10 mins.)
Ishiyagawa station
Ishiyagawa Station

shin

Han

way

Rail

aga

Ishiy
iver

R
wa

Otomezuka
Otomezuka
Park

43

d)

ssway (Toll roa

Tomyo

Hanshin Expre

43

43

KOBE
SHU-SHIN-KAN

KICONA
Town

Marugame
NoodleIASPEI Dinner

Date: Thursday, August 3 Time: 19:00 - 22:00
Location: Kobe animal kingdom
7-1-9, Minami cho, minatojima, Kobe, Hyogo
Access from the venue:
Shimin-Hiroba Station (Venue)↓ Port Liner monorail (5 mins.)
K Computer Mae (Kobe Animal Kingdom) Station

12

Acknowledgments
On behalf of the Organizing Committee and the Local Organizing Committee of the IAG-IASPEI 2017 conference,
donations to the conference by the following individual and corporate donors are greatly appreciated.

Individual donors
Hamada, Nobuo
Hasegawa, Akira
Hasemi, Akiko
Hino, Ryota
Hoshiba, Mitsuyuki
Kaneda, Yoshiyuki
Kawahara, Jun
Komatsubara, Taku
Mikada, Hitoshi
Moriyama, Manabu
Munekane, Hiroshi
Nakahara, Hisashi
Uetake, Tomiichi
Yamaoka, Koshun

Corporate donors
Clovertech Inc.
Hanshin Consultants Co., Ltd.
KAIYO DENSHI Co., Ltd.
Kawasaki Geological Engineering Co., Ltd.
Kozo Keikaku Engineering
Mitsubishi Space Software Co., Ltd.
NEC
Nippo Co., Ltd.
Nippon COMSYS Corporation
PASCO Corporation
RION Co., Ltd.
Shikoku Research Institute Inc.
Sogo Geophysical Exploration Co., Ltd.
(as of July 14, 2017)13

IAG-IASPEI 2017

Exhibition

Exhibition floor map
3F Reception Hall + Lounge, Kobe International Conference Center

1. Japan Geoscience Union
2. Taiwan Earthquake Research Center (TEC)
3. Tono Research Institute of Earthquake Science (TRIES),
Association for the Development of Earthquake Prediction (ADEP)
4. Kinemetrics Inc.
5. KINKEI SYSTEM CORPORATION
6. International Institute of Seismology and Earthquake
Engineering (IISEE), Building Research Institute (BRI), Japan
7. Kyoto University - Disaster Prevention Research Institute & Divisionof Earth and Planetary Sciences, Graduate School of Science
8. Earthquake Research Institute, The University of Tokyo
9. GeoSIG Ltd., Knowledge Foresight Inc., CTGK Ltd.
10. Nanometrics Inc.
11. NIKON-TRIMBLE CO., LTD.
12. National Research Institute for Earth Science and Disaster
Resilience (NIED)
13. Japan Agency for Marine-Earth Science and Technology
14. PASCO CORPORATION
15. TOKYO SOKUSHIN CO., LTD.
16. Güralp Systems Ltd.
17. UMEZAWA MUSEN DENKI Co., Ltd.
18. NTT Communications Corporation

4F Foyer, Kobe International Conference Center
19. GNSS Technologies, Inc.
20. Quasi-Zenith Satellite System Services Inc. (QSS)
21. International Research Institute of Disaster Science,
Tohoku University
22. GEOSURF CORPORATION
23. MEIJI TECHNO CO., LTD.

Sessionroom

14

Exhibitor's profile
Booth
No.

9

Booth
No.

22

in alphabetical order

GeoSIG Ltd.

Knowledge Foresight Inc.

CTGK Ltd.

GeoSIG
providesearthquake,seismic, structural, dynamic andstatic monitoring and measuringsolutions
As an ISO Certified company,
GeoSIG is a world leader in design
and manufacture of a diverse
range of high quality, precision
instruments for vibration andearthquake monitoring. GeoSIG
instruments are at work today inmore than 100 countries aroundthe world with well-known projects
such as the NetQuakes installation
with USGS and Oresund Bridge in
Denmark. More than 300 major
installations in Dams, Nuclear
Power Plants and major structures
on every continent are a testimony
to our global presence and ourability to provide solutions to caterfor demanding applications.

Knowledge Foresight Inc. wasestablished in August 2004.
We advance development ofthelarge-scale
seismologicalobservation system and the big
databases, such as geographicaland geological databases andbibliographic
databases
incommission from national research
institutes and major consulting
companies.
Recently, we have developed“YURE MON” which is a MEMS
based compact acceleration sensor
and measures with a smartphone.
It transmits its data to cloud andprovides the real-time monitoring.
Also, its measurement device
operates with solar power source,
so the device can be installed
anywhere.
Our challenge is spreading our
IoT service called “SMMS (Simple
Multi Monitoring Service)”.

CTGK Ltd. was established on
2004. We provides the best way
to solve your problems on theborder of variable fields, such as
theory and applications, hardware
andsoftware,electronics
and mechanics, science andengineering, geophysics/geology
and civil engineering, planningand realizing, researcher andfield worker, and so on. Our main
fields are disaster prevention, civilengineering, and underground
water
flow,
in
geophysical/
geotechnical area. We also supply
whole system for monitoring
above fields on demand as you
wish. 4D GeoTek LLC. is one of thecompany realizing 4 dimensional
monitoring services using ourtechnology.

GEOSURF CORPORATIONGEOSURF provides solution for precise positioning measurement and displacement monitoring via network with the
cutting edge GNSS equipment.
Our solution has great achievement on projects such as TOKYO SKYTREE construction, Haneda Airport displacementmonitoring, as well as observing the principal volcanos in Japan.

Booth
No.

19

GNSS Technologies, Inc.

GNSS Technologies, Inc. provides GNSS, precision surveying and GIS equipment related products and services, as well
as related software and hardware R&D, design and manufacturing outsourcing services, in addition to R&D, consultation,
data analysis, hardware rental for the world’s first commercialized indoor positioning technology, “IMES”.

15

IAG-IASPEI 2017
Booth
No.

16

Güralp Systems Ltd.

T IO NAL INST

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6

International Institute of Seismology and Earthquake Engineering (IISEE),
Building Research Institute (BRI), JapanSEISMOL

Booth
No.

ER

Güralp has been developing revolutionary force-feedback broadband seismic instrumentation for more than thirty years. Our sensors
are used worldwide by academic, public, governmental and private organisations to understand, protect and explore our world.
Our sensors employ the principle of negative force feedback to minimize the motion of the mass, and keep it centred within theseismometer casing. This technology vastly extends the bandwidth and linearity of the seismometer, recording seismic signals withlong periods of over 300 seconds to over 100 Hz.
Güralp sensors record seismic events and signals of all kinds, from teleseismic events occurring on the other side of the planet, tomicroseismic events induced by human activity. Our high fidelity digitisers ensure that these signals are recorded with the highest
resolution and accurate timing.
Our range of products and services meet the most complex of requirements for deployment in the most challenging circumstances.
We are continuously developing new ways of engineering our proven precision technology into smaller and more advanced casings.
You will find Güralp instruments gathering seismic data in the harshest of environments, from the Antarctic ice sheet; to boreholes
100s of metres deep; to the world’s most active volcanoes and deepest ocean trenches.

EARTHQUAKEEIISEE, BRI provides international training courses in the fields of seismology, earthquake engineering, and tsunami disaster mitigation.
We have participants from developing countries under the cooperation with Japan International Cooperation Agency and Ministry of Land,
Infrastructure, Transport and Tourism. As of 31 July 2017, a total number of the participants is 1,792 from 100 countries and regions.
Currently, we are providing the following courses.
Three regular courses on seismology, earthquake engineering, and tsunami disaster mitigation: The training period is about one year. Fromthe 2005-2006 course, a part of the curriculum of these courses have been approved as a Master's degree program by National Graduate
Institute for Policy Studies and BRI.
Global seismological observation course: This course has been provided in collaboration with Japan Metrological Agency since 1995 by arequest of Ministry of Foreign Affairs of Japan as a part of Japan's contribution to nuclear disarmament. The training period is about twomonths.
Earthquake engineering course for Latin America: This course has been provided for enhancement and dissemination of earthquake resistanttechnology for buildings in Latin American countries since 2014. The training period is about two months and the lectures are given in Spanish.

Booth
No.

13

Japan Agency for Marine-Earth Science and Technology

The Japan Agency for Marine-Earth Science and Technology (JAMSTEC) is a general research institute for ocean scienceand technology in Japan that contributes to resolving various problems crucial to the survival of humanity based on
results obtained by fundamental ocean researches and technological development, and elucidating the global systemcentered on the ocean.

Booth
No.

1

Japan Geoscience Union

The Japan Geoscience Union (JpGU), with 50 society members and more than 9,500 individual members, is amultidisciplinary geoscience organization based in Japan in all fields related to Earth and Planetary science. JpGU holds
annual meetings at Makuhari Messe in Chiba Japan. JpGU also publishes open access-e journal, Progress in Earth andPlanetary Science (PEPS).

16BoothNo.

4Kinemetrics Inc.

Kinemetrics has been a leader in earthquake instrumentation development for almost 50 years, creating innovative
products and solutions for seismic arrays and networks, for monitoring bridges, dams, structures and nuclear powerindustry.
Through innovations that matter, Kinemetrics is the premier partner for those who seek reliable solutions that takeseismic research and resilience further, faster.
We are committed to deliver the highest quality, standard setting technologies, products and solutions - on time, on-line,
every time.
We also support and run several large seismic networks including National Strong Motion Network--Italy, USArray/
Transportable Array—USA, Seismic Hazard & Rick Assessment—Abu Dhabi, National Seismic Network—Malaysia, andSeismic Monitoring System--Australia.

Booth
No.

5

KINKEI SYSTEM CORPORATIONKINKEI develops, produces measuring devices for earthquakes/volcanos, and constructs their systems.
In IAG-IASPEI2017, we introduce ultra-low power datalogger and volcano observation telemeter system.

Booth
No.

7

Kyoto University - Disaster Prevention Research Institute & Divisionof Earth and Planetary Sciences, Graduate School of Science

We welcome those who are interested in studying earth science in as masters or PhD students of Division of Earth andPlanetary Sciences, Graduate School of Science, Kyoto University. The application is scheduled on July for master course,
and July and January for PhD course.
Division of Earth and Planetary Sciences comprises the Department of Geophysics and the Department of Geology andMineralogy. The Department of Geophysics undertakes research not only regarding the Earth's core, mantle, and crust,
but also its oceans and atmosphere, and even interplanetary space. We analyze data from above-ground and satellite datato combine methodologies for theoretic, laboratory, and simulation experiments to learn more about the ever-changing
dynamics of the geosphere, through which we hope to learn to predict such changes. In the Department of Geology andMineralogy, we emphasize observation and analysis through both fieldwork and laboratory testing to examine phenomena
related to the Earth's strata and rocks, minerals, and fossils from the context of the Earth's developmental history.
DPRI has been pursuing principles of natural disaster reduction, establishing integrated methodologies for disasterprevention based on natural and social sciences, and educating students in related fields.

Booth
No.

23

MEIJI TECHNO CO., LTD.

Meiji Techno Co., Ltd. is a manufacturer of optical microscopes who has been making in Japan for 40 years. The highquality and variety of the models are known in the world. Originally a manufacturer of educational microscopes, Meiji
Techno has since extended product lines into the industrial, laboratory, and higher education markets. Our products are
sold throughout Europe, Asia, Africa and the Americas by agents or distributors authorized by Meiji Techno Co., Ltd., or
our American subsidiary Meiji Techno America. No matter where you are located or what your requirements are, Meiji
Techno has the products and expertise to help you attain your microscopy goals. We showcase polarizing microscope,stereo microscope and digital microscope at the exhibition.

17

IAG-IASPEI 2017
Booth
No.

10

Nanometrics Inc.

Nanometrics provides full-service, integrated solutions for studying manmade and natural seismicity, including turnkey seismic
networks, industry-leading precision instrumentation, complete data processing and analysis services, and software applications. Ourinnovative technology is used in mission-critical seismic arrays and tsunami warning systems in over 90 countries across the globe.
We specialize in network design and installation, network monitoring, real-time data acquisition and processing via our cloud-based,
24/7 data center, and induced seismicity monitoring and frac monitoring for the energy sector. Our complete and scalable solutions
and our outstanding expertise have made us one of the largest seismic monitoring network operators in the world.
What sets us apart is the fact that our customers have always been, and continue to be, our partners in scientific discovery. Together,
we’ve found solutions to the most difficult monitoring challenges, developing new products and services along the way. Working
with the world’s leading scientific institutions, universities and geological surveys, as well as the some of the world’s largest energy
producers, we’ve been changing the way the world does seismology for over 30 years.
Nanometrics is a privately owned company headquartered in Ottawa, Canada, with offices in Calgary, Beijing and Houston andrepresentatives worldwide.

Booth
No.

National Research Institute for Earth Science and Disaster Resilience
12 (NIED)NIED aims to protect people's lives and properties from natural disasters and to prepare society to be resilient to natural
disasters, through research on disasters caused by earthquakes, volcanoes, floods, landslides, meteorological changes,
snow and ice damages.
NIED introduces our research and development activities for natural disaster mitigation.

Booth
No.

11

NIKON-TRIMBLE CO., LTD.

Nikon-Trimble Co., Ltd. is a joint venture between Nikon Corporation and Trimble Inc. to address the global surveying
and construction markets. With the integration of Nikon's high quality optical technologies and Trimble's history ofinnovations in GNSS, laser, optical and inertial technologies with application software and wireless communications, weare committed to the ongoing development of quality positioning and measuring instruments to meet a range of needs
for agriculture, infrastructure, cadastral and geospatial professionals, building constrcution, and heavy civil construction.

Booth
No.

18

NTT Communications Corporation

NTT Communications provides consultancy, architecture, security and cloud services to help enterprises worldwide
optimize their information and communications technology (ICT) environments.
We are headquartered in Tokyo, Japan, and have subsidiaries and offices in over 110 cities in more than 40 countries/
regions with 21,650 employees worldwide. We’re a wholly owned subsidiary of Nippon Telegraph and Telephone
Corporation (NTT), one of the largest telecommunication companies in the world.

18

BoothNo.

14

PASCO CORPORATION

Born as an aerial surveying company, PASCO has performed surveying work at the request of local governments and othercustomers and provided maps based business model that we have expanded our business presence. Map data essential
to corporate decision making, disaster mitigation measures, urban planning and the development and upkeep of national
infrastructure is now considered core information for social systems is increasing at a fast pace.
Additional, PASCO Group’s collection and processing technologies for geospatial information are being used for environmental
monitoring and to quickly ascertain damages caused by the increasing number of natural disasters occurring around the world.
Under the above-mentioned vision, PASCO Group considers human resource development and research and development as
its key themes for its growth strategy for the next 10 years. Through these efforts we are working on expanding our businesspresence in order to be a company that continually meets and exceeds the expectations of society.
PASCO Group’s goals are to continually maintain the world’s leading technical capability that integrates all aspects of thevalue chain, from collection of geospatial information to service provision, and to become the unparalleled leader in geospatial
information with operations benefiting society.

Booth
No.

20

Quasi-Zenith Satellite System Services Inc. (QSS)

In Japan, the QZSS, Quazi-zenith Satellite System project has been started from 2012, and QSS, QZS System Service
was selected by the Japanese government as the development and operation company of the QZSS.
We’d like to introduce the QZSS project overview.
We look forward to seeing you.
Thank you.

Booth
No.

2

Taiwan Earthquake Research Center (TEC)

Taiwan Earthquake Research Center (TEC) has promoted a series of studies on real-time seismology, earthquake early
warning (EEW) and seismic hazard and risk analysis with support from the Minister of Science and Technology (MOST).
An automated near real-time moment tensor monitoring system (RMT) has been constructed to monitor the seismic activity
by taking advantage of a grid-based moment tensor inversion technique and long-period broadband seismic recordings.
The P-Alert, a MEMS accelerometer that is specially designed for on-site earthquake early warning, has been widely
deployed island-wide in Taiwan. It can detect first P-wave arrival and provide an alert with predicted intensity when theamplitude of vertical P-wave is over 0.35 cm.
By integrating the earthquake science, earthquake engineering, and social science communities of Taiwan, the Taiwan
Earthquake Model (TEM) program is to improve our understanding of Taiwan earthquake mechanisms and therefore
provide new insight into seismic hazard and risk assessments for Taiwan.
The TEC not only acts as a platform for the advanced researches in earthquake science and technology, but also presenting
real-time earthquake information and creative and diversity tools and materials for seismic education outreach.

Booth
No.

21

International Research Institute of Disaster Science, Tohoku University

The International Research Institute of Disaster Science (IRIDeS) was established in Tohoku University after the Great
East Japan Earthquake in 2011. It conducts a broad range of world-leading research on natural disaster science anddisaster mitigation in collaboration with domestic and international organizations.
This year from November 25th to 28th, the first World Bosai Forum/International Disaster Risk Conference will beheld in Sendai in partnership with the International Disaster and Risk Conference (IDRC) in Davos, Switzerland. The
secretariat of the Forum is placed in the IRIDeS, who will take the principal role in organizing the Forum. A wide rangeof participants including officials and experts from domestic and overseas industries, governments, academia, private
sectors as well as local citizens are expected to participate in the Forum. The World Bosai Forum aims to create practicalsolutions for disaster risk reduction, instilling the term “Bosai” that encompasses a comprehensive concept from disasterrisk reduction to reconstruction and recovery, and share it with the world. For more details, please visit our website at
http://www.worldbosaiforum.com/english/.
We look forward to your participation in the World Bosai Forum.

19

IAG-IASPEI 2017
Booth
No.

15

TOKYO SOKUSHIN CO., LTD.

• Design, manufacture, and sale of earthquake observation equipment• Design, manufacture, and sale of earthquake disaster prevention equipment• Installation and maintenance of earthquake observation system• Commissioned business for measurement of vibration• Design, manufacture, and sale of various measurement equipments

Booth
No.

3

Tono Research Institute of Earthquake Science (TRIES),
Association for the Development of Earthquake Prediction (ADEP)

Tono Research Institute of Earthquake Science (TRIES) was established in 1997. The purpose of the institute is as follows:
1. Development of instrument and technic for observing geophysical components in deep underground and research
about behavior of underground water
2. Research about phenomena relating to earthquake generation
3. Research of mechanism of inland earthquake generation in active fault
4. Research of earthquake disaster prevention in the Tono area
We will introduce one of our research in the following:
We have been developing a multi-component borehole instrument (a comprehensive crustal activity observation
instrument) that is capable of observing crustal activity at significant depths (like 1 km) for earthquake prediction andgeophysical research. This instrument can be equipped with highly sensitive stress meters, strain meters, tilt meters,
seismometers, accelerometers, thermometers, and magnetometers, and we can also choose any combination of thesensors. The stress meter could observe stress seismograms without scaling out for Tohoku earthquake(Mw9.0).

Booth
No.

17

UMEZAWA MUSEN DENKI Co., Ltd.

We are a Japanese wholesaler/retailer of electronic components and equipments. Our clients are mainly small andmedium-sized companies and educational institutes such as universities, technical colleges and high schools. Our mission
is to fulfill customer needs. We serve this mission by searching products not only in Japan but also all over the world;
furthermore, we design and manufacture original equipments with our partner companies. If you are looking for products
for your research or business, please do not hesitate to contact us.

Booth
No.

8

Earthquake Research Institute, The University of Tokyo

Earthquake Research Institute, the University of Tokyo, Japan, is the largest university institute for Solid Earth Sciencein our country, and is one of the oldest and renowned of its kind in the world with over 80 top-notch academics. We deal
with: earthquake, tsunami, volcano, and Earth's interior.
For promoting research and education on these fields, we call for application to the visiting Professor / Post-doctoral
Fellow positions (fully funded). We also welcome students either for a short visit or for entering the graduate school(some are funded). For more information, please visit us at ERI booth for the brochure, leaflet, posters, and on top ofthem, our staff standing by at your service.

20

Symposia at a glance
Joint Symposia
J01 Monitoring of the cryosphere
Convener: Masaki Kanao
Co-convener: J. Paul Winberry, Erik Ivins, Mirko Scheinert
Description
Several kinds of environmental signals associated with ocean - cryosphere - solid earth systems have recently been
detected in both polar regions. Ice-related motions that generate small magnitude events are generally named ice-quakes(ice-shocks) and can be generated by many glacial processes that include calving and basal slip. Cryoseismic waves arelikely to be influenced by variations in environmental conditions, and the continuous study of their time-space variability
provides indirect evidence of climate change. Glacial earthquakes are the most prominent phenomena found recently inpolar regions, in particular at the Greenland ice sheet, new innovative studies from seismology and geodesy are expectedby long-term monitoring under extreme conditions in the Earth's environment.
The response and influence on the cryosphere by the solid earth gives rise to a new understanding of earth surface
interactions at a crucial time in earth history when global change is driving variations in mass balance of the polar ice
sheets. This approach promotes integration of new earth science data into modeling of ice mass balance, ice dynamics,
and solid earth responses to mass change. The glacial isostatic adjustment (GIA), the response of the solid earth tothe changing mass of overlying ice, produces displacements of the crust measureable by modern geodetic techniques.
Much effort has been focused on improving the ice history and earth rheological components in GIA models, as well as
obtaining new geodetic measurements to test these models.
Taking these issues into account, the conveners are willing to invite many contributions to a special session on "Monitoringof the cryosphere", which will cover the recent achievements on glacial related seismic events, geodetic studies of thecryosphere dynamics and associated phenomenon observed in polar regions. It is especially encouraged to havecontributions treating the observation and modeling of seismic signals involving dynamics of ice sheets, sea-ice, icebergs
and glaciers. Although the glacial earthquakes are the most prominent evidence found recently in polar regions, all related
topics involving polar geodesy and seismology are welcome, such as the dynamic feature of crust and mantle in the area,
comparison of tectonic events and glacier-related seismicity, recent triggered earthquakes and active volcanoes, spacesatellite and ground based geodesy, GIA, harmonic tremor associated with cryoseismic events, etc.

J02 Recent large and destructive earthquakes
Convener: Thorne Lay
Co-convener: Manabu Hashimoto
Description
Large, damaging earthquakes continue to strike globally, producing loss of life and destruction in many regions around theworld. In 2015 - 2016 alone, the Gorkha (Nepal), Meinog (Taiwan), Kumamoto (Japan), Muisne (Ecuador), Amatrice (Italy)
and other earthquakes resulted in serious regional damage. Earthquake science is essential for revealing the nature ofearthquake generation and for extracting lessons from these events to help society reduce the impacts of future events.
Geodesists and seismologists have been cooperating to unveil the secrets of earthquakes. Recent development anddeployment of observation/measurement technologies such as space geodetic techniques (real-time GNSS, InSAR,GRACE etc.), global and regional broadband seismic networks, and tsunami recording systems now enable us characterize
the full earthquake cycle and to image the rupture process of earthquakes with much higher resolution in space and timethan before.

21

IAG-IASPEI 2017
This session welcomes reports on all studies of recent devastating earthquakes with geodetic/seismological/tsunami
techniques, including investigations of source process, slip distribution, damage, pre/co/post-seismic deformation,
geological/geophysical structure around the source faults, tectonic implications, and other associated phenomena.

J03 D
 eformation of the lithosphere: Integrating seismology and geodesy throughmodelling (co-sponsored by the International Lithosphere Program (ILP))
Convener: Kevin Furlong
Co-convener: Rob Govers, Takuya Nishimura
Description
The past decade has witnessed significant advances in our capabilities to observe lithospheric deformation on a range ofspatial and temporal scales. Improved tools for imaging earthquake rupture processes, and the combination of densified,continuous GPS (cGPS) networks with space-based and airborne direct observations of crustal deformation such as
InSAR and LiDAR have led to substantial improvements in our understanding of lithospheric deformational processes.
In this symposium we invite submissions reporting research involving the acquisition and analyses of seismologic andgeodetic data, and the utilization of those data through modeling to map and quantify rates and patterns of lithosphericdeformation. Of particular interest are (1) studies that integrate data sets and data types, (2) modeling of processes
that span temporal ranges including the earthquake cycle and subsequent rupture, and (3) longer term processes thatpermanently deform the lithosphere.
This symposium is co-sponsored by the International Lithosphere Program.

J04 Geohazard early warning systems
Convener: Mitsuyuki Hoshiba
Co-convener: Yusaku Ohta, Hiroaki Tsushima, Yih-Min Wu, Y. Tony Song
Description
For earthquake and tsunami early warnings, real-time monitoring and analyzing earthquake ground motions withseismometers and GNSS, and on- and offshore tsunami observation have been extensively developed in last several
years. These new developments provide powerful tools for earthquake and tsunami disaster preparedness and mitigations.
Recently, great efforts have been made around the world to mitigate earthquake and tsunami disasters in a wide range,
including observatory development, real-time monitoring, progress of theory, investigation of source mechanism, realtime forecasting, rapid damage assessment, and so on.
Geohazard early warning systems, such as earthquake and tsunami early warning systems, exist today in many locations
around the world. This session is organized to bring together scientists and engineers from a broad range of backgrounds,
such as seismology, geodesy, tsunami research and earthquake engineering, to promote collaborative communications
at the leading edge of science and technology for mitigating earthquakes, tsunami and related hazards. In this session,
we will discuss new ideas, methods and applications of (near) real-time data analysis of seismic, geodetic (GNSS) andtsunami data, as well as real-time predictions for disaster preparedness and mitigations. Although the main contentsof the session are earthquake early warning, real-time GNSS analysis, and real-time tsunami forecast warning, otherrelated topics are also encouraged.
IUGG GeoRisk commission sponsored panel discussion
The promise and challenges of seismo-geodesy for earthquake and tsunami early warning
The seismo-geodetic method provides accurate displacement and velocity waveforms by optimally extracting high22

frequency information from accelerometers and low-frequency information from collocated GNSS instruments. These
combined broadband observations retain the permanent (static) displacement, are immune to clipping and magnitude
saturation for large earthquakes experienced by traditional seismic data, while being sensitive enough to resolve deep
earth deformation too weak to detect with GNSS instruments. Rapid seismo-geodetic analysis techniques utilizing scaling
relationships can provide accurate and effective tsunami warnings to the near field communities.
The panel will explore the scientific, technical, infrastructural, and programmatic opportunities and challenges to creating
integrated seismic and geodetic observational networks for earthquake and tsunami early warning that properly utilize theuseful information available from seismo-geodetic real time data.

J05 Crustal dynamics: Multidisciplinary approach to seismogenesis
Convener: Takeshi Sagiya
Co-convener: Hiroyuki Noda, Kuo-Fong Ma
Description
Recent deployment of dense seismic and geodetic observation networks has revealed detailed pattern of crustal stressand strain rate in tectonically active regions all over the world. Furthermore, the Mw 9.0 2011 Tohoku-oki earthquake innortheast Japan provided a unique opportunity to investigate how the Japanese Islands' crust responds to instantaneous
as well as transient stress changes due to the giant fault motion. So now is a time to proceed toward integrated
understanding of dynamic processes in the Earth's crust, such as great earthquakes and following relaxation. In those
approaches, mechanical properties of the crustal and mantle rocks, and frictional properties of intra-plate as well as
plate boundary faults, are important key factors. This session aims to bring various research results together to promote
multidisciplinary investigation in the above-mentioned direction for better understanding of crustal dynamic processes.
We welcome presentations regarding seismic, geodetic, and other geophysical observations and data analysis, laboratory
experiments, geological field works, numerical simulations, and integrated modeling of seismogenic as well as othergeodynamic processes.

J06 The spectrum of fault-zone deformation processes(from slow slip to earthquake)
Convener: Hitoshi Hirose
Co-convener: Yoshihiro Ito, Chris Marone
Description
The aim of this session is to bring together the latest, cutting-edge work on the spectrum of fault-zone deformation
processes and slip behaviors. We welcome contributions on slow deformation and fast fault slip that will improve ourunderstanding of fault creep, slow slip events, tectonic tremor, episodic tremor and slip, very low-frequency earthquakes,
and ordinary earthquakes. The session will highlight linkages between slow and fast fault slip (earthquakes) and explore
scaling relationships for the observed spectrum of fault slip behaviors. Contributions from all areas are welcome, including
geophysical and geodetic observations, studies of fault zone structure, laboratory experiments, geological surveys,
theoretical works, and numerical studies.

23

IAG-IASPEI 2017
J07 Tracking the sea floor in motion
Convener: Ryota Hino
Co-convener: Narumi Takahashi, Tadashi Ishikawa, David Chadwell
Description
Observations of seafloor deformation uncover various important tectonic processes difficult to resolve by conventional
onshore monitoring. Remarkable technological progress achieved in the last decade has allowed monitoring motions of thesea floor with broad frequency range. A number of new discoveries are being made to characterize behavior of submarine
faults, particular in subduction zones as well as migration of materials related to submarine volcanic activities. We invite
submissions on studies based on various different techniques; e.g. GPS/A, pressure recording, direct-path acoustic
ranging, broadband seismometries, and measurements of gravity, tilt and strain. Papers on measurement systems, dataprocessing methods, observational results, and modeling studies using seafloor observations are all welcome.

J08 Imaging and interpreting lithospheric structures using seismic and geodetic
approaches
Convener: Takaya Iwasaki
Co-convener: Shuichi Kodaira, Ryo Honda, Tim Stern
Description
This session covers the imaging and interpretation of crustal and upper mantle structures using seismological and/or geodetic approaches in a variety of tectonic settings for the purpose of understanding the geodynamical processes
occurring in the lithosphere. Settings may include oceanic ridges, active/passive continental margins, continental collisionzones, rift and basins, oceanic/continental lithospheres, etc. We welcome papers on crustal/lithospheric structures andtheir heterogeneities, on any scale, as obtained from a variety of geophysical measurements including seismic, geodetic,
and potential data surveys. We also encourage presentation of technical papers focusing on methodological aspects ofimaging and their applications to real data.

J09 Geodesy and seismology general contributions
Convener: Kenji Satake
Co-convener: Aitaro Kato, Yoshiyuki Tanaka, Takuto Maeda
Description
This symposium is for general contributions in seismology and geodesy, which does not belong to any other symposia.

24IAG Symposia
IAG01 Reference Frames
G01 Reference frames
Convener: Geoffrey Blewitt
Co-convener: Johannes Böhm, Zuheir Altamimi, Carine Bruyninx
Description
Reference systems and frames are of primary importance for Earth science based research, satellite navigation as
well as for practical applications in geo-information. A precisely defined reference frame is needed for an improved
understanding of the Earth's rotation and its gravity field, sea level change with time, tectonic plate motion and deformation,
glacial isostatic adjustment, geocenter motion, deformation due to Earthquakes, local subsidence and other crustal
displacements. We invite presentations dealing with theoretical aspects and the practical realization of reference frames,
as well as their application for research tasks like those mentioned above. Further emphases of the session are on global
terrestrial and regional reference frames, celestial reference frames, and the co-location of space geodetic techniqueson ground and in space.

IAG02 Gravity field
G02 Static gravity field
Convener: Roland Pail
Co-convener: Leonid Vitushkin, Hussein Abd-Elmotaal, Michael Sideris
Description
Global and regional static gravity field models of high accuracy and spatial resolution encapsulate important information
for a wide range of applications. Input to these models are on the one hand data satellite-based data, especially fromdedicated space missions such as GRACE, GOCE and next-generation missions in the future, satellite altimetry andground, air- and shipborne data. The development of such gravity models requires effective combination of these data
applying advanced methods on global down to local scale. Modern developments of sensor technology both, for groundand satellite-based systems, and new measurement concepts, such as quantum gravimeters and optical clocks, will in
the near future complement and support gravity campaigns and networks using absolute, superconducting and otherrelative gravimeters.
Static gravity field models are essential for the unification of the existing height systems around the world and theestablishment of an International Height Reference System (IHRS), inertial navigation, the derivation of the mean dynamic
ocean topography and geostrophic ocean currents (in combination with satellite altimetry), and also for constraining
geophysical models of lithospheric structures.
This session solicits contributions that focus on all aspects of(1) global high-resolution static gravity model developments and assessment, from methodological issues to modeling
results, evaluation of uncertainties, and applications(2) solution of various formulations of geodetic boundary-value problems resulting in precise local and regional highresolution gravity/geoid models(3) gravity campaigns and networks using absolute, superconducting and other relative gravimeters, as well as futuretechnologies

25IAG-IASPEI 2017(4) unification of existing height systems and the establishment of an IHRS
(5) developments in theory, processing methods, downward continuation of satellite and airborne data, treatment of
altimetry and shipborne data, terrain modeling(6) geophysical and oceanographic applications of static gravity field models(7) mission concepts, instrumentation and processing strategies for future gravity field missions

G03 Time variable gravity field
Convener: Shuanggen Jin
Co-convener: Srinivas Bettadpur, Jürgen Kusche
Description
The time variable Earth's gravity field is related to the mass transport and the physic processes within Earth's system(the atmosphere, oceans, hydrology, and cryosphere), such as melting of ice sheets and glaciers, ocean circulationand sea level variations, hydrological cycle, post-glacial rebound and earthquake-induced gravity change. Nowadays,
satellite gravimetry missions, particularly the Gravity Recovery and Climate Experiment (GRACE), showed great successto estimate the time-varying gravity field with unprecedented accuracy and resolution, which has been widely used toinvestigate mass flux within the ocean-land water cycle and Earth's system coupling as well as responses to climatechange together with complimentary data from Jason-1/2, ICESat, Cryosat-2, GNSS, and InSAR. Furthermore, various
initiatives are ongoing to prepare for future gravity mission and most promising is the US/German GRACE Follow-on(GRACE-FO) mission in August 2017.
This interdisciplinary session solicits contributions on (1) time-varying gravity field estimation and improvement fromsatellite gravimetry missions and combination synergies, (2) mass transport in the Earth system and responses to climatechange, and (3) status and simulated results of future time-varying gravity field missions.

IAG03 Earth rotation and Geodynamics
G04 Earth rotation and geodynamics
Convener: Manabu Hashimoto
Co-convener: Chengli Huang, Janusz Bogusz, Matt King, Jianli Chen
Description
The Earth is moving and deforming in response to forces acting on the Earth from outside or inside of our planet.
Geodynamics, studies of motion and deformation of the Earth, includes the entire range of phenomena associated with
Earth rotation and Earth orientation such as polar motion, Universal Time or length of day, precession and nutation, theobservation and understanding of which are critical to the transformation between terrestrial and celestial reference
frames. It also includes tidal processes such as solid Earth and ocean loading tides, and crust and mantle deformation
associated with tectonic motions and isostatic adjustment etc.
During the last couple of decades, research of geodynamics significantly advanced owing to rapid development of
measurement and computation technologies, understanding of the Earth's dynamics and kinematics were deepened.
Many geoscientists have come to use the fruit of geodynamics in a more restricted sense to address processes suchas plate tectonics and postglacial rebound. Because the Earth as a mechanical system responds to both internal andexternal forces, and because these responses are sometimes coupled, this session covers studies on the entire rangeof physical processes associated with the motion and the deformation of the solid Earth. We saw the significant progressof observation in Earth rotation exploiting newly developed observation/measurement technologies, besides traditional

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VLBI/SLR/LLR/GPS/DORIS, including Super-conductive laser gyroscope measurement, GRACE date on hydrologicalcontribution to earth rotation, Galileo/BeiDou, etc. VGOS will be put into work next year. Studies on developments of new
theories or computational techniques, new observation/measurement techniques using emerging technologies are also
welcome.

IAG04 Positioning and Applications
G05 Multi-signal positioning: Theory and applications
Convener: Marcelo Santos
Co-convener: Allison Kealy, Vassilis Gikas, Pawel Wielgosz, Jinling Wang
Description
Signals of various types have been used for positioning in different applications at different levels of accuracy. They canbe used separately but have been increasingly integrated. This symposium deals with theoretical developments andapplications of multi-signal positioning. We invite the submissions of papers dealing with, but not excluded to, mannedor unmanned, multi-sensor systems navigation and guidance, transportation, personal mobility, industrial and indoor
positioning applications environmental monitoring, used of low-cost sensors including GNSS systems and smartphonenavigation sensors, geospatial mapping and engineering, ranging from construction work, geotechnical and structural
health monitoring, mining, to natural phenomena such as landslides and ground subsidence, geodetic applications andhigh-precision GNSS technologies and applications and the use of multi-signals stemming from modernized signals andissues and opportunities coming from multi-constellation signals. The integration of different types of signals brings all
sorts of challenges and opportunities and this symposium is open to any discussion about them.

G06 Geodetic remote sensing

Convener: Michael Schmidt
Co-convener: Jens Wickert, Felipe Nievinski, Lung-Chih Tsai, Yoshinori Shoji
Description
In the context of this session the expression “Geodetic Remote Sensing” comprises atmosphere (including e.g. troposphereand ionosphere) monitoring, space weather studies as well as GNSS reflectometry. In general the Earth's atmospherecan be structured into various vertical layers depending on physical parameters such as temperature, water vapor or
charge state. From the geodetic point of view the atmosphere is nowadays not only seen as a disturbing quantity which
has to be corrected but also as a target quantity, since almost all geodetic measurement techniques provide valuable
information about the atmospheric state. A prominent example for these developments is the operational use of groundand space-based GNSS measurements to improve global and regional weather forecasts since 2006.
One of the major tasks in ionosphere research activities concerns the determination of physically relevant parametersfrom space geodetic observations to monitor ionosphere phenomena, such as the equatorial anomaly, and to performspace weather studies. Space weather and especially its impacts and risks are gaining more and more importance inpolitics and sciences, since our modern society is highly depending on space-borne techniques, e.g., for communication,navigation and positioning. Near real-time or even real-time approaches are currently under development, e.g. to monitor
and analyse the state of the ionosphere, to predict ionosphere target parameters, or to optimize ultra-fast troposphericproducts using data from GNSS permanent networks. Coupling processes between different atmospheric layers andinter-relations with climate change and natural hazards are further up-to-date topics. The backbone of all these studies
and investigations is the integration of different geodetic observation techniques, consistent models and appropriate
approaches following the goals of the Global Geodetic Observing System (GGOS).

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IAG-IASPEI 2017
Another important geodetic remote sensing technique is GNSS reflectometry (GNSS-R). After interacting with the neutral
and ionized atmospheric layers, GNSS signals can be reflected off water, ice, and soil surface and exploited to derivegeophysical properties of these surfaces as altimetric height, surface roughness, soil moisture, snow height, humidity
or vegetation index. Such products are not only relevant for the geodetic community but also for an interdisciplinarygeophysical user community with regard to important topics such as global sea-level monitoring, hydrological loading or
drought/flooding observations.
In this session, contributions on atmosphere modeling including post-processing and (near) real-time approaches aswell as studies on the combination of ground- and space-based geodetic observation techniques (including terrestrial
GNSS, satellite altimetry, radio occultations, VLBI, DORIS) are welcome. Hereby we appreciate studies on the neutral
and ionized atmosphere, including space weather related investigations, atmospheric coupling processes and climatechange studies. We also welcome studies on GNSS reflectometry and related geophysical applications. Presentations
on the estimation and forecast of atmospheric parameters (including atmospheric data assimilation) and on the usage ofnumerical weather models to improve GNSS positioning are other examples which would be appreciated.

IAG05 IAG Joint
G07 Global Geodetic Observing System (GGOS) and Earth monitoring services
Convener: Hansjörg Kutterer
Co-convener: Richard Gross, Detlef Angermann, Toshimichi Otsubo
Description
The Global Geodetic Observing System (GGOS) of the International Association of Geodesy (IAG) has been designed toadvance our understanding of the dynamic Earth by quantifying our planet's changes in space and time. It provides theobservations needed to map, monitor and understand changes in the geodetic parameters describing the Earth systemand the underlying processes. A global geodetic frame of reference of high quality and consistency is provided as thefundamental backbone for monitoring and consistently interpreting key processes. Moreover, GGOS complements other
Earth monitoring systems and services as a unique contribution of the global scientific geodetic community. Present
challenges are the monitoring of geo-hazards, sea level variations, global height changes or atmospheric parameters.
The focus of this symposium lies on the progress of the consistent scientific integration of Earth geometry, rotation andgravity observations as well as related numerical and geophysical models. Presentations are welcome which address(1) the observation architecture, (2) the standardization, management, processing and interpretation of the GGOS
observation data, (3) the implementation of new observations technologies such as atom-interferometry, highly precise
clocks, ring laser gyroscopes, (4) the integrated analysis and interpretation of geodetic parameters, time series and fields.

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IASPEI Symposia
IASPEI01 Seismological Observation and Interpretation
S01 Open session
Convener: Thomas Meier
Co-convener: Domenico Di Giacomo, Aitaro Kato
Description
Essential for seismology is the rapid and reliable detection, location, and magnitude estimation of seismic events basedon effective data retrieval, data archiving and analysis. Presentations are invited for the following topics:
1.	Developments in seismic networks and data centers, international data exchange and management of massive data
sets.
2.	Analysis of errors in onset time readings. Automated determination of onset times for crustal, mantle, and core phases
including their uncertainties.
3.	Location of seismic events and developments in new location techniques like reverse time migration and multiple event
location techniques. Estimation of location uncertainties using ground truth events.
4.	Developments in array techniques for the detection and location of events as well as for measurements of seismic
wavefield attributes.
5. Estimation of magnitude, energy and moment of seismic events at various scales.
6. Determination of seismic source parameters from analogue recordings.
7.	
Analysis of earthquake catalogues with respect to their completeness, homogeneity, uncertainties, magnitudefrequency distribution, and spatio-temporal distribution of events.
8. Propagation and inversion of seismic waves

S02 Anthropogenic seismicity
Convener: Stanislaw Lasocki
Co-convener: Carlos Alberto Vargas Jimenez, Hiroshi Ogasawara, Harsh Gupta
Description
The phenomenon of anthropogenic seismic activity is an unwanted rockmass response to technological processes.
With rising demands for energy and minerals this type seismicity appears in areas previously known as aseismic and inassociation with quite diverse technological processes. The induced or triggered earthquakes accompany undergroundand open-pit mining, conventional and unconventional hydrocarbon production, reservoir impoundment, geothermalenergy production, underground fluid and gas storage including carbon sequestration and many other technologicalprocesses that perturb the boundary conditions in the affected rockmass. The socio-economic impact of the triggered
and induced seismicity is very significant. On the one hand, these events, though being small compared to tectonic
earthquakes, because of their shallowness are often damaging and occasionally devastating. On the other hand, thehazards associated with triggered earthquakes can be and are often overrated. It is clear that vital technological activities
can lose public confidence unless the accompanying seismic risks are accurately assessed and properly presented to
public. Finally, earthquakes whose origin, whether natural or anthropogenic, is under debate, pose questions that need
to be answered with high certainty. The goal of this session is to recognize the severity of the anthropogenic seismicity
world-widely, and to summarize the present state of knowledge about these seismic processes. We welcome both crosssectional multi-aspect theoretical, methodical and experimental studies as well as interesting case histories linked toparticular inducing technologies. The session is meant, among others, to help in identifying common areas of seismic
processes induced by different technologies. Consideration on the predictability and controllability of anthropogenic
earthquakes are especially invited.

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IAG-IASPEI 2017
S03 Imaging of heterogeneities in the Earth with seismic scattered waves andambient noise
Convener: Hisashi Nakahara
Co-convener: Ulrich Wegler
Description
Seismic scattered waves or coda waves carry rich information on heterogeneities of the Earth. For example, the spatial
distribution and the frequency dependence of the strength of scattering attenuation and intrinsic absorption in the Earthhave been estimated from amplitude information of coda waves. Recently ambient noise cross correlation has also beenused to study seismic structure in the Earth thanks to the development of seismic interferometry. Moreover, time-lapse
imaging or monitoring of the Earth has been conducted using tiny changes in phase information of coda waves andambient noise cross correlation. In order to advance these studies, following studies would be necessary: theory andobservations of wave propagation in realistic heterogeneous media including scattering and attenuation, coda wave andfull envelope analysis, generation mechanisms and characteristics of ambient noise, theoretical and practical studies onseismic interferometry, temporal change in medium velocity and heterogeneity, and so on. We would like to widely invitepresentations related to the above subjects.

S04 Historical and macroseismic studies of earthquakes
Convener: Paola Albini
Co-convener: Kenji Satake
Description
Instrumentally reliable data on earthquakes, depending on the area of the world, span no more than a century, too short a
period to grasp effectively the seismic history of a region. Historical and macroseismic data, as opposed to instrumentally
recorded data, contribute expanding backwards in time our knowledge of the seismic behaviour of an area, to the pointthat they are today widely recognised by the seismological community as crucial, especially in seismic hazard related
studies. Researchers dealing with the interpretative processes of deriving seismological data from diversely originatedand –originally- non-seismological observations of earthquake effects are invited to present case histories derived fromtheir own experience. In addition to a discussion on how macroseismic effects on people and buildings are collected andprocessed, considerations on how the data - derived both from written accounts and in situ geological investigations - ofeffects on the natural environment is treated, are invited. Finally, we welcome suggestions from emerging, fresh looks
at how favouring an interdisciplinary approach may result in an exhaustive reappraisal of individual earthquakes or theseismicity of an area.

S05 Preservation and usage of analog seismogram archives
Convener: Paul Richards
Co-convener: Graziano Ferrari, Emile Okal
Description
Seismology as an observational science is based upon studies of ground motion from earthquakes and explosions thatwere successfully documented by analog recording methods for about eighty years, prior to the emergence of digitalrecording in the 1960s and 1970s. We ask: how can archives of analog seismograms be turned into a usable resource inthe digital era, which today permits sophisticated methods of analysis that cannot directly be applied to the earlier typesof recording?

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We note that the time-scale of earthquake occurrence in different regions has often required examination of groundmotions recorded over periods far longer than the three or four decades for which digital documentation is available.
Concerning research on explosions and how well nuclear testing can be monitored by seismological methods, we note
(1) that almost all such explosions in the atmosphere, at the surface, and underwater, took place prior to the modern
era of digital recording; and (2) that there are far more analog recordings of underground nuclear explosions at regional
distances, than digital.
Vast archives of analog seismograms exist in many different countries, that have developed different practices on how
such archives should be treated. Specific efforts at scanning and digitizing key datasets have been successful, and such
efforts at data rescue need to be communicated to institutions responsible for unused archives. Basic documentation
on what data exist and what can be accessed, is hard to find. Very few seismologists who received their training sincethe 1980s have practical experience of working with analog seismograms. Seismologists who were trained in the 1970s
or earlier and are still active, face a daunting task in developing ways to bring out the relevant information recordedin the past, for study using the methods that future generations of seismologists will surely develop. Opportunities forinteraction between those familiar with analog seismograms, and modern analysts, will not last indefinitely. Can wedevelop consensus on what subsets of analog data should be saved, if such data cannot all be kept indefinitely?
Presentations are invited to this special session, that bring out scientific results derived from analysis of analog seismogramarchives, and/or assessments of management issues related to the production of scientific results. Following the session
a panel will discuss key steps needed, to plan and coordinate the work of extracting and circulating useful informationfrom analog seismogram archives.

S06 Advancement in methodologies for CTBT monitoring
Convener: Tormod Kværna
Co-convener: Michelle Grobbelaar, So Gu Kim, Stephen C. Myers, Nurcan Meral Ozel, David Jepsen
Description
The waveform networks (seismic, infrasound and hydroacoustic) of the International Monitoring System (IMS) for verifying
compliance with the Comprehensive Nuclear-Test-Ban Treaty (CTBT) together currently consist of more than 200 highquality stations distributed worldwide. Data from these stations has become a very important asset in the developmentof methods and the performance of experiments related to nuclear explosion monitoring, as well as for basic earthscientific studies. In this session we call for papers focusing on recent research and developments in seismology andseismoacoustics advancing the capability to monitor compliance with the CTBT. Examples include analysis of seismic
and infrasound signals from the DPRK nuclear explosions, absolute and relative event locations, improvement in seismic
velocity models, event characterization and identification, processing methods for arrays, three-component stations andnetworks, as well as specific field experiments.

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IAG-IASPEI 2017
IASPEI02 Earthquake Hazard, Risk and Strong Ground Motion
S07 Strong ground motions and earthquake hazard and risk
Convener: Toshiaki Yokoi
Co-convener: John Clinton, Massimiliano Pittore, Masumi Yamada, Jamison Steidl
Description
Dense networks with high quality strong motion sensors, often incorporated alongside broadband seismic or GNSS
instrumentation, are now the norm in many regions of the world, with continuous data available with minimal latency fora wide variety of applications.
These recordings are allowing to improve seismic hazard calculations both for long term planning and for real timeassessment and rapid response. Furthermore, the development of innovative tools for assessing exposure and to follow
its dynamic are offering new opportunities for a better assessment of earthquake risk.
This symposium solicits contributions that describe novel instrumentation and (permanent or temporary) network
approaches that include strong motion monitoring, and real-time or off-line data processing and dissemination strategies
that interpret strong motion records. Significant results of studies dealing with seismic hazard and risk assessment(including real time applications) by innovative approaches and methodological improvements are particularly welcome
as well as those performed at regional, national or site-specific scale.

S08 Paleoseismology and paleotsunami studies: their potential and limitation
Convener: Koji Okumura
Co-convener: Masanobu Shishikura, Xiwei Xu
Description
Geologic and historic studies on past large earthquakes and tsunamis are the keys to know the hazards in the future andto prepare for them. A lot of data on paleoearthquakes and paleotsunamis have been acquired and are applied for hazard
assessments and the assessments have been tested by actual events. The 16 April 2016 Kumamoto earthquake, forexample, was a successful case for rupture and slip forecast but timing had not been constrained. On the other hand the2004 Sumatra and 2011 Tohoku earthquakes and tsunamis were far beyond our knowledge at the time of the occurrence.
These experiences urge paleoseismology to evaluate its potential and limitation and explicitly announce them. Thissession invites the latest worldwide researches on paleoearthquakes and paleotsunamis with reflection and perspective
for better hazard assessments. The contributions on the investigation on actually occurred earthquakes and tsunamis
recently with reference to pre-event studies are much encouraged.

IASPEI03 Earthquake Generation Process
S09 Open session: Earthquake generation process - physics, modeling andmonitoring for forecast
Convener: Eleftheria Papadimitriou
Co-convener: Alexey Zavyalov, David Rhoades, Naoshi Hirata
Description
It is known that the process of destruction is not a momentary act, but there is a process taking place in time and32space. In preparation of macro-destruction destruction process is going through a number of levels (stages), starting withthe micro-scale and ending on macro-scale, including earthquake focal area. In this symposium, we invite researchers
to discuss the results and directions for further researches on the physics of seismic process - from experiments inlaboratory conditions, rock bursts in mines and in seismically active regions during the preparation of strong earthquakes.
Special emphasis will be given to quantitative physical models of the seismic process at different scales, observations
on earthquake triggering by other earthquakes or nearby faults, and synchronization between nearby faults with positive
stress coupling, fault system interactions controlling earthquake occurrence, the connection of smaller magnitude
seismicity with stress changes as expressed through the Rate/State model, calculation of stress changes from changes
in earthquake occurrence. Modeling and simulations across a wide range of spatial and temporal scales provide a better
understanding source processes and interactions, and advance predictive capabilities.

S10 Development, testing and application of earthquake forecasting models
Convener: David Rhoades
Co-convener: Antonella Peresan, David Jackson, Kosuke Heki
Description
The provision of authoritative information about the future occurrence of potentially damaging earthquakes requires thedevelopment, testing and application of earthquake forecasting models. Model development is being facilitated by the
improvement of potential data and modelling inputs. Long-term models, which have previously relied mainly on earthquake
and fault data inputs, can now be enhanced by the inclusion of strain–rate estimates derived from geodetic data. Medium
Eand short–term models can also entertain inputs from geodetic data, models of stress accumulation and space–based
geophysical observations. Some studies of proposed earthquake precursors are advancing from the anecdotal stage tothe model development stage. Many proposed models are being prospectively tested by the Collaboratory for the Studyof Earthquake Predictability in a variety of regions and on a variety of timescales. There is on-going discussion about
which consistency and comparative tests should be used. Methods have been proposed for forming hybrid forecastingmodels from several existing models and/or input data streams. Long-term models are widely applicable in seismic hazard
analysis. Short-term and hybrid models have been applied to inform communities during recent mainshock–aftershock
sequences. The form, in which authoritative information about future earthquake occurrence should be disseminated, inorder to enhance earthquake preparedness in threatened communities, is an important issue. We invite contributions on
all these aspects.

S11 G
 eo & space technologies to study pre–earthquake processes:
Observation, modeling, forecasting
Convener: Dimitar Ouzounov
Co-convener: Katsumi Hattori, J.Y Liu, Masao Nakatani
Description
Session will primarily concern the interdisciplinary observations of earthquake processes and our further understandingof the physics of earthquakes and the phenomena that precedes their energy release. Based on interdisciplinary studies
session would provide new evidence about possible coupling between our planet's environment with its lithosphere,
which provides a better understanding of the physics of earthquake and earthquake cycles. The session anticipatestalks that include but not limited to observations, modeling and analyses of seismic, geochemical, electromagnetic, andthermodynamic processes related to stress changes in the lithosphere along with their statistical and physical validation.
Presentations on the latest developments in earthquake predictability and prospective testing associated with major
earthquakes are welcomed.

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IAG-IASPEI 2017
S12 An interdisciplinary approach towards earthquake prediction studies
Convener: Dimitar Ouzounov
Co-convener: S. Pulinets, Katsumi Hattori, J.Y. Liu, Q. Huang
Description
This session expands the discussions on earthquake predictability by presenting the latest validation of cross-disciplinary
physical signals associated with the major earthquakes. It advances the existing studies on earthquake phenomena
towards integration in a common interdisciplinary approach to understand better the earthquake processes. Thisapproach could provide some new evidences about the existence of pre-earthquake signals, which may help for the
better understanding of global tectonics and volcanic activities. The topics of the session are as follows but not limited:• Discussion on the physics of earthquake preparation processes;• Theory, laboratory experiments, computational simulation for generation and propagation of pre-earthquake signals;•	Seismic, electrical, electromagnetic, electro-chemical and thermodynamic observations of pre-earthquake processes
and their connection with seismic cycle.

IASPEI04 Earthquake Source Mechanics
S13 Earthquake source mechanics
Convener: Satoshi Ide
Co-convener: Hideo Aochi, Simone Cesca, Torsten Dahm, Yuji Yagi
Description
Recent high-quality seismic and geodetic observations provide large volume of data, which enabled accurate determinationof earthquake locations, size, and source parameters including moment tensors, and detailed imaging of earthquake
rupture processes, with the aid of improvements in various techniques solving inverse problems. Abundant informationfrom these analyses is the basis to study diversity of seismic activity including swarms and triggered events, and toseek governing laws and conditions for rupture initiation and growth, and is also useful to estimate the stress state, fault
geometry, and fluid movement around seismic regions. Entire earthquake process from long-term tectonic loading andslow nucleation to rapid rupture propagation with strong motion radiation is now recognized using numerical simulations.
The validity of assumptions in these simulations is tested by the data analysis and laboratory experiments, which are also
supported by several drilling projects. In this symposium, we invite contributions from data analysis and interpretations
for earthquake parameters and source process, improvement and validation of routine analysis techniques, theoreticaland numerical modeling for dynamic ruptures and seismic cycles, and observational and experimental works for thephysics of earthquakes. Studies of giant earthquakes including recent events such as the 2015 Nepal (Mw 7.8), Illapel,
Chile (Mw 8.3), 2016 Kumamoto, Japan (Mw 7.0), and Central Italy (Mw 6.2) earthquakes will be also important topics inthis symposium.

IASPEI05 Earth Structure and Geodynamics
S14 Upper mantle and transition zone dynamics and structure
Convener: Christine Thomas
Description
The main features of the upper mantle and transition zone are the seismic discontinuities that define it. The discontinuities
are believed primarily due to phase changes in the olivine component of the peridotitic mantle, and to a lesser extent from34

non-olivine components. The radial structure is disrupted by plumes and subducted lithospheric slab material that canoften be imaged tomographically. Scattered waves seen in the coda of direct arrivals indicate the presence of smallerscale heterogeneities as well. Both the large-scale and small-scale structure are products of the dynamical evolutionof the mantle but also of mineralogical variations. We welcome contributions to this session from observational andtheoretical seismology, geodynamics and mineral physics that yield insights into the upper mantle's dynamical processes
and composition.

S15 Mid-mantle structure
Convener: Christine Houser
Description
The mid-mantle, roughly corresponding to the region extending from 800 - 2000 km depth, is enigmatic since the signals
detected by seismic tomography are weaker and lack the vertical and radial coherence observed in the transition zone
and lowermost mantle. Although relatively seismically quiet, the mid mantle regulates the material transfer from surface
plate tectonics and the thermal (chemical?) boundary at the core-mantle interface. Recent advancements in seismic
imaging, dynamic modeling, and mineral physics have found signals in the mid mantle such as scattered wave arrivals,
viscosity contrasts, and the iron electron spin transition which provide new opportunities to examine Earth's convective
history. In this session, we invite observations and modeling from seismology, geodynamics, geochemistry and mineral
physics regarding the mid-mantle's present state and its role in Earth evolution.

S16 Large low shear velocity provinces and deep mantle structure
Convener: Allen K. McNamara
Description
Large low shear velocity structures (LLSVPs) are characteristic of seismic wavespeeds in the lowermost mantle. They
comprise a few percent of the volume of the Earth and thus are a significant component of its structure. LLSVPs exhibitfeatures suggesting that they are compositionally different to the bulk of the mantle, though their origins are unclear. In
this session, we invite contributions from observational seismology, geodynamics and mineral physics with the aim ofunderstanding the locations, origins and behavior of LLSVPs.

S17 Outer core structure and dynamics
Convener: George Helffrich
Description
The outer core is believed to be liquid iron-nickel alloy with around 10 wt% of additional light elements such as Si,
C, S, H, P or N. While its density and wavespeed profile is very close to being one of a homogeneous compositionin uniform self-compression, recent seismological studies suggest lower wavespeeds near the core-mantle boundary
and the inner core boundary. In this session we invite contributions bearing on the chemical homogeneity of the outercore. Contributions from seismology, geomagnetism, core dynamics, mineral physics, geochemistry and experimental
petrology are welcome.

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IAG-IASPEI 2017
S18 Inner core structure
Convener: Hrvoje Tkalcic
Description
The inner core crystallizes from the liquid iron alloy of the outer core, yet its seismic structure is complex. Wavespeeds in it
are anisotropic with a strength and possibly an orientation that varies radially. Multiple datasets confirm quasi-hemisphericmodulation of bulk wavespeeds in the top several hundred kilometres of the inner core, which, to date, is the most robust
seismological observation. The inner core boundary has been shown to have complex lateral variations, possibly due totopography and lateral variations in crystallisation. The recent attenuation studies converge on a more complex lateralvariation than purely hemispheric. The complex structure reflects both the present thermochemical conditions in the coreand its dynamical evolution after crystallisation in the past. We invite contributions in this session from seismology, core
dynamics, geomagnetism and mineral physics that bear on inner core structure and evolution.

S19 Planetary seismology
Convener: Philippe Lognonné
Co-convener: Bruce Banerdt, Taichi Kawamura, Patrick Gaulmes
Description
Since the historical Apollo 11, seismology is no longer limited to Earth. The success of the Apollo Passive Seismic
Experiment generated a variety of seismic investigations even 40 years after the end of the Network operation. The
seismic lunar structure, including core, mantle and crust as well as the detection of Tidal triggered Deep Moonquake
and high energetic seismic impacts are a few of these discoveries. More recently, normal modes have been detected
on Jupiter and ring's structures associated to Saturn's normal modes have been detected. Last but not least, the Insight
mission, focused on seismology, will be launched in 2018 to Mars and seismology might also be considered for the
exploration of Europa and Venus for future missions.
The goals of this session are to present the state of the art in planetary seismology, either for the analysis of data from
Apollo and Giant planets, or for the modeling of seismic signals and seismic sources on all solar system planets and small
bodies. Presentations on existing space qualified seismic instruments, new instrumental or mission concept will also be
welcome.

S20 E
 arth and planetary space and remote sensing seismology;i.e., seismology without seismometers
Convener: Lucie Rolland
Co-convener: Kosuke Heki, Elvira Astafyeva, Philippe Lognonné
Description
This session will present recents observations and modelling of Quakes generated Waves détected without seismometers
and will includes measurement of seismic waves by GPS in the ionosphere, airglow for tsunami, and other technics inEarth and Planetary seismology.

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IASPEI06 Tectonophysics and Crustal Structure
S21 Lithospheric structure
Convener: Jaroslava Plomerová
Co-convener: Shun Karato, Juan Carlos Afonso, Ulrich Achauer, Kevin P. Furlong
Description
The aim of this multidisciplinary symposium is to bring together scientists working in the fields of observational andtheoretical seismology, electromagnetism, geodynamics, tectonics, mineral physics, experimental petrology, modellingand geochemistry to present their achievements in various studies of the lithosphere-asthenosphere system, to stimulateinterdisciplinary discussion and interpretations of the results. Contributions presenting results on• Scales of the lithosphere and upper mantle heterogeneity and anisotropy. Regional and global studies• Origin and imaging of the mantle lithosphere discontinuities (Moho, MLD, LAB, etc.)• Advantages and resolutions of different inversion methods for studying the deep Earth structure• Models of anisotropic fabrics of the lithosphere-asthenosphere system resulting from ancient and recent processes• Dynamics of the lithosphere-asthenosphere system from multi-observable probabilistic tomography• Constraints from textures in xenoliths and exposed mantle sections• Constraints from laboratory studies• Constraints from geodetic observations (e.g., post-seismic deformation, slow slip events)• Mechanical interactions between the lithosphere and asthenosphere• The role of water in the development of anisotropy• Relationship between surface tectonics and the underlying mantle flow
• The future of geophysical imaging,achieved with the use of different technique, are preferably welcome. Special attention will be paid to the lithosphereasthenosphere boundary (LAB), the most extensive and active plate boundary on the Earth, which remains, particularly
beneath continents, relatively cryptic compared to other first-order structural subdivisions of Earth. Determination of
the LAB depth and answers on what the LAB means from the structural, rheological and physico-chemical point ofview remains highly debated and represents a first-order problem in the geosciences. Only multi-disciplinary and/ortransdisciplinary efforts, bringing together various disciplines from the Earth Sciences, can shed light on the above
questions and lead to i) a better understanding of the lithosphere-asthenosphere system, ii) unravel what the LAB truly
is, iii) how it evolves, iv) how it can be better imaged, and v) what role it has played and still plays in the evolution of ourplanet.

S22 Lithosphere structure and dynamics: Plate boundary deformation at lithosphericscale (co-sponsored by the International Lithosphere Program (ILP))
Convener: Kevin Furlong
Co-convener: Rob Govers
Description
The goal of this symposium is to bring together scientists who are observing and modeling plate deformation, with anemphasis on plate boundary processes. We are interested in both modern (e.g. GPS, InSAR, Seismologic, etc.) rates andpatterns of plate boundary deformation and also the geologic record of past deformation in and near plate boundaries,
including paleoseismic studies. Topics of interest include (but are not limited to): partitioning of deformation along plateboundaries, permanent versus ephemeral deformation, near-surface versus deeper rates and patterns of deformation,role of rheology in localizing/diffusing plate boundary deformation, and related topics. We welcome contributions from allstyles of plate boundary deformation, i.e. subduction, rifting, and translational.

37

IAG-IASPEI 2017
IASPEI07 Education and Outreach
S23 Geoscience and society
Convener: Satoko Oki
Co-convener: Akihiko Ito, Fuhsing Lee, Alessandro Amato
Description
For better or worse, geoscience has impacts on the society. Geological phenomena such as earthquakes, tsunamis,
landslides, or subsidence are of strong concern to the public especially in disaster-prone countries. This can be anadvantage for geoscientists in outreach and education while other basic sciences first need to make efforts in publicity
activities of their existences. Geoscience may also get special consideration in the share of the budget.
On the other hand, geoscientists are often accused for the damage caused by disasters. In some cases, this accusation
arouses public distrust in geoscience or geoscientists. The public over-expectation in forecasting or predicting geohazards
should be scaled back to an appropriate level corresponding to the realistic of geoscience, and this is one of the purposesof the outreach and education.
In this session, we widely report the communication with the public -- either school kids, mid- and high school students,
undergraduate students, or the grownups -- regarding geoscience and geohazards. Science communication to build afamiliarity to basic science can be an important candidate. We also welcome risk communication activities to empower
the public to be prepared to the future disasters.

IASPEI08 International Heat Flow Commission
S24 M
 ethods and instruments of experimental geothermics- application and recent evolution
Convener: Yuri PopovCo-convener: Andrea Förster
Description
Experimental geothermics is a basis of fundamental investigations of the Earth's thermal regime and different applicationsin applied science and industry. Representativeness of geothermal databases, reliability of theoretical modeling, roleof basic geothermics in wide spectrum of Earth's sciences, efficiency of applied geothermics depend on quality ofexperimental methods and instruments and reliability of experimental geothermal data. Different aspects of experimental
geothermics will be discussed within the session program. The session will address the following topics:• Advanced methods and instruments for determination of temperature and temperature gradient in wells;•	Technique for determination of equilibrium temperature gradient from temperature measurements in drilled and shut-in
wells and application results;• Possibilities of optical-fiber technique for temperature measurements in wells;• Determination of 3D variations of rock thermal properties accounting for anisotropy and multi-scale heterogeneity;• Laboratory technique for thermal property measurements at in-situ conditions and measurement results;• Rock thermal property measurements in wells;•	Measurements of rock thermal properties on high porous and fractured rock samples, weakly consolidated rocksamples, and core cuttings;• Determination of rock thermal properties from standard petrophysical logging data;• Experimental data on correlations between thermal and other physical properties of rocks;

38•	Experimental databases on rock thermal properties accounting for lithology, porosity, pore fluid properties, rockanisotropy, in-situ conditions, etc.;• Determination of heat production;•	Metrological testing of instruments for measurements of temperature, temperature gradient and rock thermal properties
as necessary stage in experimental geohermics;• Recording vertical variations in conductive heat flow;• New applications of experimental geothermics related to problems of geothermal energy and hydrocarbon recovery.
Other contributions related to experimental geothermics are also invited.

S25 Development and application of geothermal databases
Convener: Shaopeng Huang
Co-convener: Will Gosnold
Description
Geothermal data such as terrestrial heat flow, underground temperature, and thermal conductivity, thermal diffusivity,
specific heat, radiogenic heat production rate of rocks are fundamental to our understanding of the origin and the flow ofEarth's internal heat. On the one hand, they carry rich information about the Earth's energy budget, evolution, tectonic
history, thermal structure, paleoclimate change, and geothermal energy resource potentials on various scales; on theother hand, their measurements are subject to site-specific perturbations associated with geological, geographical,hydrological, and even climatic settings. This symposium is intended to provide a forum for the scientists and students
to share their successful stories and discuss the challenges encountered in the development and application of various
geothermal databases. The topics of interests include, but not limited to, the followings:• Update and reanalysis of the Global Heat Flow Database;• New development in the reconstruction of a climate history from borehole temperatures• Renovation of an existing geothermal database with advanced online database technology• Development of new databases of geothermal interests• Geothermal database in the assessment of the sustainability of geothermal energy development• Quality control and other challenges in the development of a geothermal database

S26 Exploring connections between heat flow and tectonics
Convener: Valiya M. Hamza
Co-convener: Makoto Yamano
Description
Understanding the role of terrestrial heat flow in molding tectonic processes in the interior of the Earth continue to bea major topic of interest in geosciences. The connecting links are multifaceted, spanning over such diverse topics asthermo-physical characteristics of subduction zones, brittle-ductile transition in the lithosphere, consequences of magma
emplacement in the crust and thermal mobilization of minerals. Accordingly, the focus of the symposium will be on concepts
and case examples on the interactions between heat flow and tectonic activities on local, regional and global scales.
Specifically, this session call for papers on models and measurements describing terrestrial heat flux, characteristics ofdeep temperature profiles, consequences of magma emplacements at shallow depths, thermal mobilization of mineral
resources and nature of interactions between subsurface temperature field and seismicity. Presentation and discussionof geothermal manifestations on local, regional and global scales are also welcome.

39

IAG-IASPEI 2017
S27 G
 eothermal energy: Ground source heat pump, hydrothermal system, and hot
dry rocks
Convener: Makoto Taniguchi
Co-convener: Philipp Blum
Description
Geothermal energy is one of the important renewable energy for sustainable society. This includes not only traditional
deep geothermal system but also shallow ground heat pump, hydrothermal system, and dry rocks. In this session, we will
present and discuss all geothermal energy from deep to shallow, and from wet to dry, on local, regional and global scales.
This session calls for papers on observations, modeling, concepts and case studies of geothermal energy, in particular,interactions between deep geothermal system and shallow hydrothermal system, interactions between heat pump flow
and surface conditions such as land use/cover, and interaction between hot dry rocks and fractured water flow, but notlimited.

40

Business meetings
Kobe International Conference Center* Closed Meeting
Room

TimingSat.
July 29

Reception
office (2F)

08:00-18:00

ISC
ExeCom *Sun.
July 30

13:30-16:00

Mon.
July 31

Tue.
August 1

Wed.
August 2

Thu.
August 3

Fri.
August 4

Joint Opening
IASPEI
Closing
Plenary

16:00-17:30
Main Hall

IASPEI
Opening
Plenary

16:30-18:00
17:30-18:00

Joint Closing

International 16:00-17:30
Conference
Room
16:30-18:00(301)

IAG Closing
Plenary
IAG Opening
Plenary

8:30-10:00

IASPEI
Bureau *10:00-12:00

IASPEI
ExeCom *304

8:30-18:00

IAG
Executive *401

18:00-20:00

303

IASPEI Office (SG)IAG Office (SG)12:00-13:30
402

IASPEI
Commission
Edu&Outr

18:00-20:00
12:00-13:30
12:00-15:00

ISC Governing
Council *15:00-18:00

FDSN 1_
GeneralMeeting403

18:00-20:00

IASPEIIASPEIIASPEI
Commission Commission Earth Commission
Str Geodyn
Modeling & Pred
SHR

12:00-13:30

IASPEILACSC

IASPEI ASC

18:00-20:00

IAG GGOS
Focus Area 1

IAG
Comission 2

12:00-13:30

FDSN WG1FDSN WG2404503

IASPEI
Commission
SourceIAG Int.
IAG
IAG
Gravity Field
Comission 4
Commission 1
Service (IGFS)
IASPEIIASPEI
Commission Commission
CoSOI
Tect&Struct
IASPEI ExeCom +IAG
IAG ICC
Scientific Program
Comission 3
TheoryCommittee 2019

IAG Council * IAG Services

IASPEI AfSC

IASPEI ESC
IAG GGOS
BNO CSMFDSN WG3FDSN WG5

12:00-13:00

FDSN WG4

13:00-16:00

FDSN 2_
GeneralMeeting41

IAG-IASPEI 2017
Guidelines for oral presentation
All speakers are requested to check all of the presentationmaterials / data at the podium in your session room
during a lunch break or a coffee break just before yoursession. Please bring a USB storage device (type A) withyour presentation data. Please be seated in the "Nextspeaker's seat" at least 10 minutes prior to the start ofyour presentation.

1. Equipment

The session rooms are equipped with the following items
for presentations:• LCD projector• A podium with microphone and desk-top light, laser
pointer• A Windows PC for the speakers
Please bring your presentation data on a USB storage
device (type A) and upload it on the conference PC on the
podium in the session room. Please make sure to bringyour own PC and connector if your presentation data is
made by Mac or if you to use movies (see “for presenting
with your own PC” below.).
PC in the each session room for presentation:
OS: Windows 7
Applications: Power Point (Version: 2016 / 2013 / 2010
/ 2007) / Acrobat Reader
Notes1) Aspect ratio of the screen is 4 by 3.
2) When you make a PowerPoint file for your presentation,please be sure that all graphics are embedded in
the presentation file. Fonts should be standard fonts
such as Times New Roman, Arial, Courier etc. If
nonstandard fonts must be displayed, they should beembedded in the presentation files.
3) Sound function will not be available.

<For presenting with your own PC>
1) Please save all of your presentation data on yourdesktop in advance.
Save all data linked to your presentation data in thesame folder on your desktop.
2) Turn off any sleep functions and screen savers.
3) Please bring all required connection cables for yourown PC.

42

Guidelines for presenters4) Only D-sub 15-pin (VGA) connector will be available.
Please bring your own power adapter, a transformer,
and a D-sub 15-pin (VGA) adapter to connect toprojector.
5) Please bring back up data to the conference site.
6) To avoid the possible spread of computer viruses,
always scan your presentation files beforehand with
updated anti-virus software.

2. Presentation time
Type ofPresentation
presentation
time
Invited talks
27 min. /(30 min. /12 min.
15 min.)Oral
12 min.
presentations

Discussion

Total

3 min.

30 min. /15 min.

3 min.

15 min.

3. Time keeping (Bells)<Invited talks (30min.)>
After a lapse of...
25 min.
27 min.
30 min.

CautionOnce
Twice
3 timesWarning
End of Speech
End of Discussion<Invited talks (15min.) / Oral presentations>
After a lapse of...
10 min.
12 min.
15 min.

CautionOnce
Twice
3 timesWarning
End of Speech
End of Discussion

Guidelines for poster presentations
1. Symposia grouping and location

The poster sessions will take place on the 2nd and 3rd
floor in the Kobe Chamber of Commerce and Industry.
The poster board will be marked with the program number.
Please check p.52-53.
Session grouping & room
Poster I
Symposia: G01, G02, G04, G06, J01, J03, J05, J06, S03
Room: Shinsho Hall (3rd floor)
Poster II
Symposia: S01, S02, S06, S07, S09, S10, S11, S12, S19,
S20, S22
Room: Event Hall (2nd floor)

3. Poster dimensions

Each poster board will be given a specific number.
Please make sure to mount on the poster board with thenumber assigned to your poster presentation. The poster
number consists of the symposium code (serves only tokeep display logic) and number of actual poster board(e.g., J01-P-01 means poster board 01 within the J01
symposium)
The recommended dimension of your poster is 1189mm
wide and 841mm high (landscape orientation).
In order to fit the poster board, your poster should notexceed the recommended size. Prepare your material
beforehand so that it will fit the space available and canbe easily attached to the board.

Poster No (W210mm×H150mm)

Poster III
Symposia: G03, G05, G07, J02, J04, J07, J08, J09
Room: Shinsho Hall (3rd floor)
Poster IV
Symposia: S04, S05, S08, S13, S14, S17, S18, S21, S23,
S24, S25, S26, S27
Room: Event Hall (2nd floor)

Size A0
W1189mm×H841

2. Mounting and presentation time

Posters will be allotted in four groups. Presenting authors
are expected to stand by their poster during the allocatedcore times.
Poster I & II:
August 1, 9:00-18:00 (Core time: 15:30-16:30)
August 2, 9:00-18:00 (Core time: 15:30-16:30)
Poster III & IV:
August 3, 9:00-18:00 (Core time: 15:30-16:30)
August 4, 9:00-16:00 (Core time: 15:00-16:00)
All authors are responsible for mounting and removing
their own posters (The secretariat prepares pushpins).
Your poster should be mounted before the beginning of thefirst core time and removed at the end of the last core time.

4. Poster printing

Please make sure to print your poster in advance. There
are some stores which have a service to print posters onsite. Please check the website below.
Kinko’s Sannomiya Center (Japanese language site only)
http://www.kinkos.co.jp/store/kb001.html

Poster removal:
Poster I & II: August 2, 18:00-19:00
Poster III & IV: August 4, 16:00-17:00**Please make sure to bring back your poster with you.
The Secretariat will NOT be responsible for the loss of theposter after removal time.

43

IAG-IASPEI 2017

Guidelines for chairs

Guidelines for chairs<Invited talks (30min.)>Sessions should be started strictly on time. At the session,
the chairpersons should be active in keeping the time limitof each talk so that time can be spared for questions.
There will be assisting staff members to help with theoperation.

1. Next chairperson’s seat

You are kindly requested to be seated at the "Nextchairperson’s seat" located in each session room at least
10 minutes prior to your session start.

2. Procedure of session

Keeping speakers on time is crucial for smooth and ontime proceeding of the program. Please make sure that all
speakers present at the "Next speaker’s seat" beforehand.
In the event of cancellation of presentation(s), please takeits assigned time for discussion and start the session with
the next presentation as originally scheduled.
1) Please introduce yourself to start the session, then,
the title of presentation and the name of contributor tostart each presentation.
2) Careful time-keeping is vital in ensuring smoothrunning of the whole program. Each speaker will betimed and notified the time.
3) If you have no question from audience, you are kindly
requested to make some questions to the speaker.

3. Time keeping (Bells)

Chairpersons are requested to adhere to the time
limitation and conduct the session in such a way that itprogresses smoothly and punctually. The time allocatedfor each presentation is as follows:
Type ofPresentation
presentation
time
Invited talks
27 min. /(30 min. /12 min.
15 min.)Oral
12 min.
presentations

Discussion

Total

3 min.

30 min. /15 min.

3 min.

15 min.

A time keeper is assigned to each session room for time
management. Speakers will be notified of their remaining
time by the following rule:

44

After a lapse of...
25 min.
27 min.
30 min.

CautionOnce
Twice
3 timesWarning
End of Speech
End of Discussion<Invited talks (15min.) / Oral presentations>
After a lapse of...
10 min.
12 min.
15 min.

CautionOnce
Twice
3 timesWarning
End of Speech
End of Discussion

45

IAG-IASPEI 2017

Date & Time

Place

Program at a glance

Kobe International Conference Center
Intl Conf Room (301)401

Main Hall

J03-1

S19-1

S02-1

S07-2

J06-2

J03-2

S19-2

S02-2

Strong ground motions and The spectrum of fault-zone Deformation of the
10:30-12:00 earthquake hazard anddeformation processes
lithosphere: Integratingrisk(from slow slip toseismology and geodesy
earthquake)through modelling
12:00-13:30

Joint opening ceremony
Plenary lectures
Coffee Break

13:30-16:00
16:00-16:30
16:30-18:00

IASPEI Opening plenary

Planetary seismology

Planetary seismology

Business Meetings

S07-3

J06-3

J03-3

S19-3

S02-3

S07-4

J06-4

S22-1

S19-4

S02-4

S07-5

J09-1

S03-1

S20-1

S02-5

Planetary seismology

Strong ground motions and The spectrum of fault-zone Lithosphere structure and Planetary seismology
10:30-12:00 earthquake hazard anddeformation processes
dynamics: Plate boundary
risk(from slow slip todeformation at lithosphericearthquake)scale
12:00-13:30

Coffee Break

15:30-16:30

Poster Session

Anthropogenic seismicity

Earth and planetary
space and remotesensing seismology;i.e., seismology without
seismometers

Anthropogenic seismicity

S07-6

J09-2

S03-2

S07-7

J02-1

S03-3

S14 -1

J01-1

S07-8

J02-2

S03-4

S14-2

J01-2

S07-9

J02-3

S03-5

S15-1

J01-3

Strong ground motions and Geodesy and seismology
16:30-18:00 earthquake hazard andgeneral contributions
risk
18:00-20:00

S02-6

Imaging of heterogeneities
in the Earth with seismic
scattered waves andambient noise

Anthropogenic seismicity

Business Meetings

Strong ground motions and Recent large and
08:30-10:00 earthquake hazard anddestructive earthquakes
riskStrong ground motions and Recent large and10:30-12:00 earthquake hazard anddestructive earthquakes
risk
12:00-13:30

Imaging of heterogeneities Upper mantle andin the Earth with seismictransition zone dynamics
scattered waves andand structure
ambient noise
Imaging of heterogeneities Upper mantle andin the Earth with seismictransition zone dynamics
scattered waves andand structure
ambient noise

Monitoring of thecryosphere

Monitoring of thecryosphere

Lunch / Business Meetings

Strong ground motions and Recent large and13:30-15:00 earthquake hazard anddestructive earthquakes
risk

Imaging of heterogeneities Mid-mantle structurein the Earth with seismic
scattered waves andambient noise

15:00-15:30

Coffee Break

15:30-16:30

Poster Session

J02-4

46

Imaging of heterogeneities
in the Earth with seismic
scattered waves andambient noise

15:00-15:30

18:00-20:00

Anthropogenic seismicity

Lunch / Business Meetings

Strong ground motions and Geodesy and seismology
general contributions
13:30-15:00 earthquake hazard andrisk

16:30-18:00

Anthropogenic seismicity

Lunch / Business Meetings

Strong ground motions and The spectrum of fault-zone Deformation of the
08:30-10:00 earthquake hazard anddeformation processes
lithosphere: Integratingrisk(from slow slip toseismology and geodesy
earthquake)through modelling

Wed Aug 2

Anthropogenic seismicity

IAG Opening plenary

18:00-20:00

Tue Aug 1

403

J06-1

Strong ground motions and The spectrum of fault-zone Deformation of the
08:30-10:00 earthquake hazard anddeformation processes
lithosphere: Integratingrisk(from slow slip toseismology and geodesy
earthquake)through modelling

Mon July 31

402

S07-1

Recent large anddestructive earthquakes

S06-1

Advancement inmethodologies for CTBT
monitoring
Business Meetings

S16-1

Large low shear velocity
provinces and deep mantle
structure

Monitoring of thecryosphereMonday, July 31 - Wednesday, August 2

Kobe International Conference Center
502
504+505

501

S01-1

G02-1

G04-1

S01-2

G02-2

G04-2

Open session

Open session

Static gravity field

Static gravity field

503

The Kobe Chamber of Commerce and Industry
Shinsho Hall (3F)
Event Hall (2F)

Earth rotation andgeodynamics

Earth rotation andgeodynamics

Lunch / Business Meetings
Coffee BreakBusiness Meetings

S01-3

G02-3

G04-3

S09-1

S01-4

G02-4

G04-4

S09-2

J05-1

G02-5

Open session

Open session

Static gravity field

Static gravity field

Earth rotation andgeodynamics

Earth rotation andgeodynamics

Open session: Earthquake
generation process physics, modeling andmonitoring for forecast
Open session: Earthquake
generation process physics, modeling andmonitoring for forecast

Lunch / Business Meetings
Crustal dynamics:
Static gravity field
Multidisciplinary approachto seismogenesis

G06-1

Geodetic remote sensing

S09-3

Open session: Earthquake
generation process physics, modeling andmonitoring for forecast

Coffee Break
Poster Session

J05-2

G02-6

Crustal dynamics:
Static gravity field
Multidisciplinary approachto seismogenesis

G06-2

Geodetic remote sensing

S10-1

Development, testing andapplication of earthquake
forecasting models

Business Meetings

J05-3

G01-1

G06-3

S11-1

J05-4

G01-2

G06-4

S11-2

J05-5

G01-3

Crustal dynamics:
Reference framesMultidisciplinary approachto seismogenesis
Crustal dynamics:
Reference framesMultidisciplinary approachto seismogenesis

Geodetic remote sensing

Geodetic remote sensing

Geo & space technologies
to study pre–earthquake
processes: Observation,modeling, forecasting

Poster I(G01, G02, G04,
G06, J01, J03,
J05, J06, S03)

Poster II(S01, S02, S06,
S07, S09, S10,
S11, S12, S19,
S20, S22)

Geo & space technologies
to study pre–earthquake
processes: Observation,modeling, forecasting

Lunch / Business Meetings
Crustal dynamics:
Reference framesMultidisciplinary approachto seismogenesis

G06-5

Geodetic remote sensing

S12-1

An interdisciplinary
approach towards
earthquake prediction
studies

Coffee Break
Poster Session

J08-1

G01-4

Imaging and interpreting
Reference frames
lithospheric structuresusing seismic and geodetic
approaches

G03-1Time variable gravity field

S12-2

An interdisciplinary
approach towards
earthquake prediction
studies

Business Meetings47

IAG-IASPEI 2017

Date & Time

Place

Program at a glance

Main Hall

Kobe International Conference Center
Intl Conf Room (301)
401

J07-1

S17-1

S04-1

S13-2

J04-2

J07-2

S18-1

S04-2

S13-3

J04-3

J07-3

S23-1

S04-3

S23-2

S04-4

Earthquake source
10:30-12:00 mechanics

Geohazard early warning
systems

Geohazard early warning
systems

12:00-13:30

Tracking the sea floor inmotionTracking the sea floor inmotionOuter core structure anddynamics

Inner core structure

Historical andmacroseismic studies ofearthquakes
Historical andmacroseismic studies ofearthquakes

Lunch / Business Meetings

13:30-15:00 Earthquake source
mechanics

Geohazard early warning
systems

Tracking the sea floor inmotion

15:00-15:30

Coffee Break

15:30-16:30

Poster Session

Geoscience and society

Historical andmacroseismic studies ofearthquakes

S13-4

J04-4

J09-3

S13-5

J04-5

J09-4

S08-1

S05-1

S13-6

J04-6

J09-5

S08-2

S05-2

J04-7

J09-6

Earthquake source
16:30-18:00 mechanics

Geohazard early warning
systems

18:00-20:00

Geodesy and seismology
general contributions

Geoscience and society

Historical andmacroseismic studies ofearthquakes

Business Meetings

Earthquake source
08:30-10:00 mechanics

Earthquake source
10:30-12:00 mechanics

Geohazard early warning
systems

Geohazard early warning
systems

Geodesy and seismology
general contributions

Geodesy and seismology
general contributions

Fri Aug 4
12:00-13:30
13:30-15:00

16:00-17:30 Joint and IASPEI Closing

Paleoseismology and
Preservation and usage
paleotsunami studies: their of analog seismogram
potential and limitationarchives
Paleoseismology and
Preservation and usage
paleotsunami studies: their of analog seismogram
potential and limitationarchives

Lunch / Business Meetings
Geohazard early warning
systems

15:00-16:00

48

403

J04-1

Earthquake source
08:30-10:00 mechanics

Thu Aug 3

402

S13-1

Geodesy and seismology
general contributions
Poster Session

IAG Closing

S05-3

Preservation and usageof analog seismogramarchives

Thursday, August 3 - Friday August 4

Kobe International Conference Center
502
504+505

501

503

J08-2

G01-5

G03-2

S26-1

J08-3

G01-6

G03-3

S26-2

S21-1

G07-1

Imaging and interpreting
Reference frames
lithospheric structuresusing seismic and geodetic
approaches
Imaging and interpreting
Reference frames
lithospheric structuresusing seismic and geodetic
approaches

Time variable gravity field

Time variable gravity field

The Kobe Chamber of Commerce and Industry
Shinsho Hall (3F)
Event Hall (2F)

Exploring connections
between heat flow andtectonics
Exploring connections
between heat flow andtectonics

Lunch / Business Meetings
Lithospheric structure

G03-4

Global Geodetic Observing Time variable gravity field
System (GGOS) and Earthmonitoring services

S25

Development andapplication of geothermal
databases

Coffee Break
Poster Session

S21-2

G07-2

S21-3

G07-3

G05-1

S24-2

S21-4

G07-4

G05-2

S27-1

S21-5

G07-5

Lithospheric structure

G03-5

Global Geodetic Observing Time variable gravity field
System (GGOS) and Earthmonitoring services

S24-1

Methods and instrumentsof experimental
geothermics - Application
and recent evolution

Business Meetings
Lithospheric structure

Lithospheric structure

Global Geodetic Observing Multi-signal positioning:
System (GGOS) and Earth Theory and applications
monitoring services
Global Geodetic Observing Multi-signal positioning:
System (GGOS) and Earth Theory and applications
monitoring services

Poster III(G03, G05, G07,
J02, J04, J07,
J08, J09)

Poster IV(S04, S05, S08,
S13, S14, S17,
S18, S21, S23,
S24, S25, S26,
S27)

Methods and instrumentsof experimental
geothermics - Application
and recent evolution
Geothermal energy:
Ground source heat pump,hydrothermal system, andhot dry rocks

Lunch / Business Meetings
Lithospheric structure

G05-3

Global Geodetic Observing Multi-signal positioning:
System (GGOS) and Earth Theory and applications
monitoring services
Poster Session49IAG-IASPEI 2017

Floor plan and poster layout

Kobe International Conference Center 1F

2F

Main Hall
Plenary / Oral session

B1F

Registration (July 30 only)

IASPEI
office303

IAG
officeCloak

304

305-307

Kobe International Conference Center 3F

2F
3F

Registration (July 31~)
General information

International
Conference Room
(301)
Oral session

50

Reception
Hall
Exhibition

Meeting room

LOC office

404

406

Exhibition

Oral session

Exhibition

403

Kobe International Conference Center 4F

401

Oral session

402

Oral session

Kobe International Conference Center 5F
503

504 + 505

Oral session

Oral session

501
Oral session

502
Oral session

51

IAG-IASPEI 2017
August 1-2
Event Hall (2F)

Shinsho Hall (3F)52

August 3-4
Event Hall (2F)

Shinsho Hall (3F)53

IAG-IASPEI 2017

Opening ceremony and plenary lectures

Opening ceremony and plenaries
Date:

Monday, July 31 13:30-18:00

Joint opening ceremony and plenary lectures
Place:
13:30

14:00
14:00
14:40
15:20
16:00

Main Hall
Greetings
Message from the Prime Minister
Welcome message from Kobe City
Message from SCJ president: Dr. Onishi
SSJ president: Dr. Yamaoka
IUGG president: Dr. Sideris
Plenary lectures
Prof. Kosuke Heki (Department of Earth and Planetary Sciences, Hokkaido University)"Geodesy in Japan : Legends and highlights"
Prof. Barbara Romanowicz (University of California, Berkeley, and Collège de France, Paris)"Imaging the earth's deep interior using seismic waves in the age of high-performance computing"
Prof. Manabu Hashimoto (Disaster Prevention Research Institute, Kyoto University)"Evolution of earthquake science with space geodesy"
Coffee break

Opening plenaries

16:30-18:00 IASPEI opening plenary
Place: Main Hall
16:30-18:00 IAG opening plenary
Place: International Conference Room

54

Joint Plenary abstracts
Geodesy in Japan : Legends and highlights
Kosuke Heki

Department of Earth and Planetary Sciences, Hokkaido University
In this talk, I briefly review early histories of geodesy and geodynamics in Japan, and introduce a few highlights during
the last two centuries.
(1) Dawn of geodesy: Meridional arc length measurement in 1801
The samurai government of Japan closed the country in 1639 and only allowed contacts with the western world
through Dutch traders using a tiny window at Nagasaki, Kyushu. Even in this period, the Dutch version of the Frenchbook Astronomie (Lalande, 1764) was imported to Japan as Astronomia of Sterrekunde (1773), and it drew attention ofsamurai scientists in the astronomical bureau of the government. In the middle of the 18th century, geodetic expeditions
by the French academy of science revealed the difference between the arc lengths between Ecuador and Finland, andconfirmed the Earth’s ellipticity. In Japan, Tadataka Ino (1745-1818), a wealthy retired merchant in Kanto, studied modern
geodesy to accurately map the Japanese Islands. He was also keen in measuring the meridional arc length in Japan,
and determined it as 110.75 km by numbers of surveying campaigns early in 19th century in NE Japan. This is marginallydifferent from the modern value 110.95 km, and the overall accuracy of the maps made by his surveys amazed Europeans
who entered Japan 50 years later.
(2) Polar motion and the International Latitude Service: Z-term in 1900
Japan opened the country again in 1854, and the new government vigorously imported up-to-date science at that timefrom Europe and America. The first international geodetic observation campaign started in 1899 soon after Mizusawa,
NE Japan, was selected as one of the latitude observatories along 39°08’. After analyzing the data in 1900, the ILS
central bureau at Potsdam, Germany, suggested to reduce the weight of the Japanese data due to its abnormally large
residuals derived using the equation relating the latitude change ∆θ with the polar motion (X, Y), i.e. ∆θ = Xcosφ + Ysin
φ. The young director of the observatory, Hisashi Kimura (1870-1943), found that a new longitude-independent annuallychanging term could largely reduce the residual (Kimura, 1902 Astron. J.). The new term (Z-term) was officially adopted
by ILS, and this became one of the earliest world-class achievements by a Japanese scientist. The Z-term is also thefirst signature of the fluid core of the Earth, detected earlier than the seismological discovery of the shadow zone of the
S wave in 1906.
(3) Geodetic campaigns to detect continental drift during 1920-1930s
Torahiko Terada (1878-1935), a professor of physics (also a member of the Earthquake Research Institute) in Universityof Tokyo, was a supporter of the continental drift hypothesis by Alfred Wegener. He hypothesized that the Japanese Islands
came apart from the continent and have been drifting away (similar to the modern back-arc opening concept). To verify thisidea, Japanese national committee of geodesy conducted the first campaign in 1928 to detect the drift of the TobishimaIsland off the coast of the Japan Sea (Tobishima means “flying island”, just like Laputa in Gulliver’s Travels) using both
astronomical positioning and terrestrial triangulation. Re-occupations in 1934 and in 1954 did not yield consistent coordinatechanges for different intervals and techniques. After all, the attempt was not successful (opening of the Japan Sea is not
currently active anyway), but the practice of such an ambitious project 90 years ago still impresses us.
(4) Last 70 years
Advance of geodesy after the World-War II in Japan and the world is so rapid, as recognized in various papers presented
in this meeting, and I will just mention a few milestones. Yoshihide Kozai (1928- ) formulated how the orbital elements ofsatellites change in time (e.g. 1959 Astron. J.), which paved way to the accurate measurement of J 2 and the discovery of
J 3 of the Earth by periodic changes of the perigee height of the Vanguard satellite. In 1987, a long history of earth rotation
observations based on optical telescopes ended, and Int. Polar Motion Service (central bureau at Mizusawa, Japan) was
replaced by IERS. Space geodesy in Japan started in 1980s at Simosato (SLR) and Kashima (VLBI), with the Japaneseparticipation in NASA/Crustal Dynamics Project. Deployment of the dense GNSS array started in the middle of 1990s,
and resulted in many new discoveries such as slow fault movements. Newly launched Japanese satellites for geodesy
include Ajisai (SLR), ALOS-1&2 (SAR), and QZSS (GNSS). The current frontier seems to lie in the ocean floor positioning
with the GNSS-Acoustic technique.

55

IAG-IASPEI 2017
Imaging the earth's deep interior using seismic waves in the age ofhigh-performance computing
Barbara Romanowicz

University of California, Berkeley, and Collège de France, Paris
Global seismic tomography was first developed in the late 1970's and early 1980's. P wave travel time tomography
based on data from ISC bulletins revealed for the first time the unique long wavelength structure in the lowermost mantle(Dziewonski et al., 1977; Clayton and Comer, 1983; Dziewonski, 1984). This structure, correlated with the earth's geoid,consists of two large low velocity regions, located antipodally in equatorial regions under the Pacific Ocean and under
Africa, andnow commonly referred to as "large low shear velocity provinces" (LLSVPs). They are surrounded by a ring offast velocities, which is generally interpreted as the graveyard of tectonic slabs. Concurrently, the first images of upper
mantle structure obtained using surface wave data confirmed the main features expected from plate tectonics theory(Woodhouse and Dziewonski, 1984), with lower than average (hotter) shear velocities along the mid-ocean ridge system,
increasing with age of the plate, and thick, faster than average (colder) continental roots, as well as evidence for large
scale convection below the plates from the first images azimuthal anisotropy (Tanimoto and Anderson, 1984).
Since then, various datasets utilizing teleseismic body wave travel times, normal mode splitting data, surface wave
dispersion and/or long period waveforms have led to sharper images, particularly in subduction zones, where different
behaviors of slabs have been shown, some ponding in the transition zone, and some penetrating deeper, and pondingaround 1000 km depth, as was recently clearly shown (Fukao and Obayashi, 2013). In the lowermost mantle, anticorrelationof tomographically inferred shear wave speed and bulk sound velocity suggests that the LLSVPs are not only hotter but
also chemically distinct from the surrounding mantle, which is confirmed by observations of body waveform distorsions
indicating sharpness of their borders.
Detecting the narrow plumes expected to arise at boundary layers from simple thermally driven mantle convection,and suggested to be the origin of mid-plate, hotspot volcanism (Tuzo-Wilson, 1963; Morgan, 1971) has been morechallenging. While their presence in body wave travel time images has been suggested (Zhao, 2004; Montelli et al.,2005), the existence of these plumes has remained controversial, because of the poor illumination afforded for travel time
tomography by the available distribution of earthquake sources and receivers, generally combined with modelling of firstarrivals based on ray theory, which "hides" low velocity structures, due to wavefront healing.
With the advent of numerical methods that enable accurate seismic wavefield computations in arbitrary three-dimensional
structures at the global scale, it is now possible to apply the tools of waveform tomography to better detect the presenceof slow velocity anomalies of limited extent in the earth's mantle. Such methods have first been applied at the continental
scale (e.g. Zhu et al., 2012, Rickers et al., 2013), and more recently at the global scale (e.g Lekic and Romanowicz, 2011;
French et al., 2013; French and Romanowicz, 2014,2015 ; Bozdag et al., 2017).
Global mantle imaging now reveals better focused, finer scale low shear velocity structure both in the upper and in thelower mantle. In the deep mantle, broad columns of lower than average velocity extend from the core-mantle boundary
to ~1000 km depth in the vicinity of those active hotspots that lie above the LLSVPs, while no such structures are present
under other hotspots. These columns of diameter larger than 500 km, are wider than expected for classical thermally
driven plumes, and likely involve thermo-chemical processes. Their quasi-vertical orientation indicates absence ofsignificant mantle wind in the lower mantle, implying very sluggish motions away from these localized upwellings. In
contrast, many of these columns are deflected horizontally when they reach 1000 km depth, where they become thinnerand are not as well resolved at present. There is evidence, on the basis of observations beneath Iceland, Hawaii andSamoa, that the roots of these broad plumes contain large (800 - 900 km wide), thin (less than 30 km) ultra low velocity
zones (ULVZs), with reductions in shear velocity in excess of 25%. In particular, under Iceland, the mega-ULVZ's shapeis axisymmetric, implying a close dynamic relationship with the plume, and likely the presence of partial melt.
In the upper mantle, we observe quasi-periodic, low velocity structures with a wavelength of ~2000 km, elongatedhorizontally for thousands of kilometers in the direction of absolute plate motion (APM), most prominent in the depth
range 200-300 km, but extending from the base of the lithosphere into the transition zone, suggesting the presence of
secondary scale convection similar to "Richter rolls" (Richter and Parsons, 1975), possibly interacting with fingering due
to injection of low viscosity fluid from mantle plumes.
With further improvements in our ability to more completely exploit information in seismograms, the new type of tomography
illustrated here opens the way to exciting new discoveries and better understanding of mantle dynamics.

56

Evolution of earthquake science with space geodesy
Manabu Hashimoto

Disaster Prevention Research Institute, Kyoto University
There is no doubt about that the earthquake science has been evolving along with geodesy. Reid (1910) proposed the
Elastic Rebound Theory based on the data of triangulation before and after the 1906 San Francisco earthquake. In Japan,
the Land Survey Department of Army (the predecessor of the Geospatial Information Authority, Japan; GSI) repeatedtriangulation and leveling surveys and left invaluable information on the mechanics of faulting such as the 1923 Kanto
and 1946 Nankai earthquakes etc. However, these techniques require much labor and long time to obtain significant
displacements or strains, because of short line of sight. Consequently, it took more than 80 years to reveal horizontal
crustal deformation over the entire Japanese islands.
Development of space geodesy could overcome these drawbacks to conventional geodetic techniques. Very Long
Baseline Interferometry (VLBI) and Satellite Laser Ranging (SLR) directly measured distance between continents anddetected motion of plates in 1980’s, which validated plate tectonics. Thanks to the successes in several experiments of
Global Positioning System (GPS), GSI started to deploy a nation-wide continuous GPS network in Japan (GEONET).
4 days after the start of GEONET in 1994, a M8.2 earthquake hit eastern Hokkaido. The retrieved deformation wasamazing, because the entire Hokkaido shifted eastward up to 44 cm. Later in the same year, another M7.6 earthquake
occurred off the Sanriku coast, northeastern Japan, and was followed by a slowly decaying movement toward the Pacificocean; postseismic transients. In 1996, some GEONET sites in southern Kanto shifted slowly oceanward with no large
earthquakes accompanied. This discovery of slow-slip ignited a worldwide hunt for slow-slip with GPS. Now, we knowa wide variety of characteristics of slow-slip. Daily coordinates are accurate enough to give interseismic deformation
within a decade. Spatio-temporal variations in geodetic coupling have been estimated using time series of coordinates inmost subduction zones. Modeling with crustal blocks and their bounding faults has been applied to GPS velocity field incontinents and island arcs to estimate slip rate of faults and motion of blocks. These are now the mainstream of seismogeodesy and their results are being exploited for the hazard evaluation.
In parallel to the research of long-term deformation, movements with higher frequency than 1Hz have been studied
utilizing a kinematic technique. A couple of groups showed that kinematic solutions of GPS during the 2011 Tohoku
earthquake and found the usefulness to estimate size of rupture of earthquake larger than M8. This technique is expected
to make significant improvements to tsunami warning system. Kinematic technique gives us a precise position on the sea
surface, which is vital for the GPS-acoustic positioning (GPS/A) under the sea. Recent deployment of GPS/A stations
along the Pacific coast of Japan revealed spatial distribution of interseismic coupling.
Spatial resolution depends on the density of distribution of control points that are repeatedly occupied, which prevents us
from knowing detailed structure of earthquake faults. SAR Interferometry (InSAR) solved this problem. The first successful
example is the 1992 Landers earthquake, whose coseismic displacement Massonnet et al. (1993) derived from ERS-1
images. Since then, observations with SAR sensors have been made and revealed complicated nature of earthquake
ruptures. Recent deployment of satellites with a short revisit time and well-controlled orbits enables us to study temporalvariations in surface deformation in plate boundary zones and intraplate deforming zones with as high spatial resolution
as a couple of meters.
Kuhn (1962) called facts against the paradigm of normal science “anomaly”. He pointed out that accumulation of “anomaly”
will force a paradigm shift; scientific revolution. The emergence of plate tectonics was certainly a scientific revolution andchanged a view of earthquake. The developments mentioned above definitely deepened our understanding of earthquake
generation process and earthquake cycle, but satellite geodesy did not change the view of earthquake in the frameworkof plate tectonics but verify it. However, we can find “anomalies” that are not easy to fit the leading models. For example,
the 2010 Haiti earthquake raised fan delta and lowered its adjacent mountains. Sequence of earthquakes in New Zealandfrom Darfield to Kaikoura is astonishing. The Gorkha, Nepal, earthquake ruptured only a part of fully coupled zone of
the Main Himalayan Thrust. On the other hand, the Tohoku earthquake was out of scope of long-term forecast in Japan.
In late 2016, we observed that a fault ruptured with only 6 years interval in eastern Japan. At least, a simple recurrence
model such as “characteristic earthquake model” may not be applied to these examples. These events may force us toreconsider the present model in mainstream. Is minor revision of model enough? Or do we need to replace it with otheridea? We should seek answer to these questions. If these observations are real anomalies, we are now experiencing therevolution of earthquake science. It is exciting, isn’t it?

57

IAG-IASPEI 2017

AwardsIASPEI Medal
In 2013 IASPEI began to award a Medal for "sustaining IASPEI goals and activities and for scientific merits in the field ofseismology and physics of the Earth's interior". The IASPEI Bureau is proud to announce that it has unanimously selected
as recipient of the 2017 IASPEI Medal: Eric Robert Engdahl for his outstanding career contributions to seismology andmore than 40 yearlong engagement with IASPEI.
The IASPEI Medal 2017 will be presented to Bob Engdahl during the IAG-IASPEI 2017 on Monday 31 July 2017.

Eric Robert EngdahlInternational Cooperation for Better Understanding of the EarthIAG Young Authors Awards
The IAG Young Author Award is to draw attention to important contributions by young scientists in the Journal of Geodesy
and to foster excellence in scientific writing. The applicant must be 35 years of age or younger when submitting the paper
for the competition. The paper must present his or her own research, and must have been published in the two annual
volumes of the Journal of Geodesy preceding the IAG Scientific Assembly.

The winner of the Award 2015 is Xingxing Li for the article "Li, X., et al.: Accuracy andreliability of multi-GNSS real-time precise positioning: GPS, GLONASS, BeiDou, andGalileo" published in the Journal of Geodesy (2015), 89: 607-635.

The winner of the Award 2016 is Olga Didova for the article "Didova, O., et al.: An approachfor estimating time-variable rates from geodetic time series" published in the Journal of
Geodesy (2016) 90: 1207–1221.

58

Joint Symposia

Joint Symposia

59

J01.
Monitoring of thecryosphere

Session: J01-2
Session title: Monitoring of the cryosphere II
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
10:30 - 12:00
Room:
Room 403
Chairs:Erik Ivins (Jet Propulsion Lab, California Institute ofTechnology)
Masato Furuya (Hokkaido University)

Session: J01-1
Session title: Monitoring of the cryosphere I
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
08:30 - 10:00
Room:
Room 403
Chairs:Paul Winberry (Central Washington University)
Masaki Kanao (National Institute of Polar Research)
Time

Title

08:30

Seismic Tremors and their Relation
to Cryosphere Dynamics in April
2015 around the Lutzow-Holm Bay,
East Antarctica
Masaki Kanao

J01-1-01

08:45

Repetitive cryoseismicity at
the Fimbulisen Ice Shelf, East
Antarctica
Myrto Pirli, Sebastian Hainzl, Andreas
Koehler, Johannes Schweitzer

J01-1-02

09:00

Seismology reveals ice sheet basal
conditions
Genti Toyokuni, Hiroshi Takenaka,
Ryota Takagi, Masaki Kanao, Seiji
Tsuboi, Yoko Tono, Dean Childs,
Dapeng Zhao

J01-1-03

09:15

Complex Behavior of Glacial
Earthquakes Reveal Subglacial
Conditions
J. Paul Winberry, Audrey Huerta,
Richard Aster, Howard Conway,
Michelle Koutnik, Sridhar
Anandakrishnan, Andrew Nyblade,
Douglas Wiens

J01-1-04

09:30

Advances in Design and Deployment
of Seismic Arrays for Polar Regions
Audrey Huerta, J. Paul Winberry,
Bruce Beaudoin, Paul Carpenter,
Doug Wiens, Andrew Nyblade, Rick
Aster, Sridhar Anandakrishnan, Jason
Hebert, Philip Chung, Kent Anderson,
Susan Bilek, Terry Wilson

J01-1-05

Absolute Gravity Measurements in
Antarctica from 2009 to 2015
Larry Hothem, Y. Rogister, A. Memin, J.
OBrien, M. Amos, P. Gentle, T. Wilson,
A. Capra

J01-1-06

09:45

60

Time

Title

10:30

Inter-annual modulation of seasonal
glacial velocity changes in the
Eastern Karakorum detected by
ALOS-1/2 data
Muhammad Usman, Masato Furuya

J01-2-01

10:45

The influence of the Antarctic
lithosphere on glacial isostatic
adjustment modelling
Jorg Ebbing, Folker Pappa, Valentina
Barletta, Rene Forsberg, Fausto
Ferraccioli, Bas Blank, Wouter V. D.
Wal, Michael Kern

J01-2-02

11:00

Geodetic studies of GIA and ice
sheet changes by JARE
Yoichi Fukuda, Yuichi Aoyama,
Koichiro Doi, Hideaki Hayakawa,
Jun'ichi Okuno, Jun Nishijima, Takahito
Kazama, Keiko Yamamoto, Toshihiro
Higashi, Kazuo Shibuya

J01-2-03
invited

11:30

Using geodetic data to constrain
contemporary GIA signals in
Scandinavia and North America
K. Simon, R. E. M. Riva

J01-2-04

11:45

5000 Year Advance and Retreat
Models for West Antarctica and a
Geodetically Based Solution for
Mantle Viscosity and More Recent
and Accelerated Cryospheric Loss
Erik Ivins, Helene Seroussi, Lambert
Caron, Surendra Adhikari, Eric Larour,Douglas Wiens, Andrew Lloyd, Mirko
Scheinert

J01-2-05

Program No.

Program No.

Session: J01-3
Session title: Monitoring of the cryosphere III
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
13:30 - 15:00
Room:
Room 403
Chairs:Eric Larour (Jet Propulsion Laboratory/California
Institute of Technology/NASA)
Takahiro Abe (Hokkaido University)
Time

Title

Program No.

13:30

High resolution gradient fingerprint
mapping and its impact on urban
planning
Eric Larour, Erik Ivins, Surendra
Adhikari

J01-3-01

13:45

Sea level rise from the Greenlandand Antarctica ice sheet melt fromcombined CryoSat and GRACE
inversion
Rene Forsberg, Sabastian Simonsen,
Valentina Barletta

J01-3-02

14:00

A 25-year Arctic Sea-level Record(1991-2016) and first look at Arctic
Sea Level Budget Closure
Ole Andersen, Stine K. Rose, MarcelloPassaro, Jerome Benveniste

J01-3-03

14:15

The regional high-precision ice flow
velocity mapping using DInSAR andoffset tracking methods
Kaoru Shiramizu, Koichiro Doi, Yuichi
AoyamaJ01-3-04

14:30

Glacier surge mechanism of Steele
Glacier in Yukon, Canada: the 20112016 surging episode
Takahiro Abe, Masato Furuya, Daiki
Sakakibara

J01-3-05

14:45

Present-Day Ice Reservoir Mass
Balance Estimates
C. K. Shum, Jian Sun, Kun Shang,
Junyi Guo, Yuchan Yi, Vibhor Agarwal,
Chunli Dai, Santiago de La Pena, Ian
Howat, Qiang Shen, Guoqing Zhang,Alexander Braun, Graham Cogley,
Xiaoli Ding, Linghong Ke, Chungyen
Kuo, Hyongki Lee

J01-3-06

Session:
Type:
Date:
Time:
Room:

J01-P
PosterTuesday, August 1/ Wednesday, August 2, 201715:30 - 16:30
Shinsho Hall

Title

J02.
Recent large
and destructive
earthquakes
Session: J02-1
Session title: Recent large earthquakes I
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
08:30 - 10:00
Room:Intl Conf Room (301)
Chairs:Manabu Hashimoto (Kyoto University)
Thorne Lay (University of California Santa Cruz)
Time

Title

08:30

Complex seismicity and hypocenter
distribution of the 2016 Kumamoto
earthquakes, Kyushu, Japan, andtheir relation to the stress field andcrustal structure
Hiroshi Shimizu, Group for urgent
joint seismic observation of the 2016
Kumamoto earthquakes

J02-1-01
invited

09:00

Detailed crustal deformation andfault ruptures of the 2016 Kumamoto
Earthquake revealed by ALOS-2
SAR data
Tomokazu Kobayashi, Hiroshi Yarai, Yu
Morishita, Satoshi Kawamoto, Satoshi
Fujiwara, Takayuki Nakano

J02-1-02

09:15

Ground motion simulation during
the 2016 Kumamoto earthquake
mainshock in near-fault area andAso caldera
Kimiyuki Asano, Tomotaka Iwata

J02-1-03

09:30

Simultaneous estimation of the
dip angles and slip distribution on
the two active faults of the 2016
Kumamoto earthquake through aweak non-linear inversion of InSAR
data based on ABIC
Yukitoshi Fukahata, Manabu
HashimotoJ02-1-04

09:45

Postseismic deformation of 2016
Kumamoto earthquake by the dense
GNSS continuous observation
Shigeru Nakao, Takeshi Matsushima,
Takao Tabei, Makoto Okubo, Tadashi
Yamashina, Takahiro Ohkura,
Takuya Nishimura, Takuo Shibutani,
Masahiro Teraishi, Takeo Ito, Takeshi
Sagiya, Kenjiro Matsuhiro, Teruyuki
Kato, Jun'ichi Fukuda, Atsushi
Watanabe, Yusaku Ohta, Satoshi
Miura, Tomotsugu Demachi, Hiroaki
Takahashi, Mako Ohzono, Teruhiro
Yamaguchi, Kazumi Okada

J02-1-05

Program No.

Classification of ice tremor recorded
at Syowa Station in Antarctica
Yuya Tanaka, Yoshihiro Hiramatsu,
Yoshiaki Ishihara, Masaki Kanao

J01-P-01

GROUND DEFORMATION MAPPINGBY ALOS1/2 INSAR: CASE STUDIESAT HERSCHEL ISLAND, CANADA,AND BATAGAIKA CRATER, SIBERIA
Kazuki Yanagiya, Masato Furuya

J01-P-02

Temperature dependent seismicfrequency attenuation in ice andpermafrost
Seth Saltiel, Brian Bonner, Shan Dou,
Jonathan Ajo-Franklin

J01-P-03

Program No.

61

Session: J02-2
Session title: Recent large earthquakes II
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
10:30 - 12:00
Room:Intl Conf Room (301)
Chairs:Thorne Lay (University of California Santa Cruz)
Manabu Hashimoto (Kyoto University)

Surface Ruptures that could havebeen caused by aftershocks of the2016 Kaikoura earthquake
Sidao Ni

J02-3-02

14:15

Crustal deformation of the 2016
Kaikoura earthquake, New Zealand,
revealed by ALOS-2
Yu Morishita, Tomokazu Kobayashi,
Satoshi Fujiwara, Hiroshi Yarai

J02-3-03

14:30

Complex rupture of the 2016
Kaikoura earthquake, New Zealand
Simone Cesca, Joachim Saul, Yong
Zang, Rongjiang Wang, SebastianHainzl, Vasiliki Mouslopoulou, Onno
Oncken, Torsten Dahm

J02-3-04

Seafloor displacement of the
13 November 2016 New Zealandearthquake estimated from tsunami
waveforms and GPS data
Aditya Gusman, Kenji Satake, Endra
GunawanJ02-3-05

Time

Title

10:30

Comparison of macroseismic
studies of two similar megathrustearthquakes in Ecuador
Juan-Carlos Singaucho, Celine
BeauvalJ02-2-01

10:45

The 2016 Mw 7.8 Pedernales,
Ecuador earthquake: aftershock
sequence analysis using a minimum
1D velocity model
Sergio Leon-Rios, Ana Luiza Martins,
Amaya Fuenzalida-Velasco, Lidong
Bie, Tom Garth, Pablo Gonzalez,James Holt, Andreas Rietbrock,
Benjamin Edwards, Marc Regnier,
Diego Mercerat, Michel Pernoud,
Matthieu Perrault, Javier Santo,
Alexandra Alvarado, Susan Beck, Anne
MeltzerJ02-2-02

14:45

11:00

The 2015 Nepal earthquake:
Evidence for a horizontal
underthrusting of India beneath theHimalaya
Qi Wang, Xuejun Qiao

J02-2-03

Session: J02-4
Session title: Recent large earthquakes IV
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
16:30 - 18:00
Room:Intl Conf Room (301)
Chairs:Shin-Chan Han (University of Newcastle)
Thorne Lay (University of California Santa Cruz)

11:15

Is the 2013 Lushan earthquake(Mw=6.6) an independent eventor a strong aftershock of the 2008
Wenchuan, China mainshock(Mw=7.9)?
Shoubiao Zhu

J02-2-04

Coseismic deformation associatedwith the 2001 Ms 8.1 Kunlun
earthquake from GPS and its
tectonic implications
Kaihua Ding, Qi Wang, Jeffrey
Freymueller, Ping He, Shuiping Li,
Yunguo Chen, Yangmao Wen, Caijun
Xu, Shaomin Yang, Xuejun Qiao

J02-2-05

11:30

Program No.

14:00

Session: J02-3
Session title: Recent large earthquakes III
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
13:30 - 15:00
Room:Intl Conf Room (301)
Chairs:Thorne Lay (University of California Santa Cruz)
Manabu Hashimoto (Kyoto University)
Time

Title

13:30

Shattering a plate boundary:Complex multi-fault rupture
during the 2016 Mw 7.8 Kaikoura
earthquake, New Zealand
Ian Hamling, Sigrun Hreinsdottir,
Stephen Bannister, Eric Fielding, Bill
Fry, Caroline Holden, Ana Kaiser,
Nicola Litchfield, Christof Mueller,
Laura Wallace, Tim Wright

62

Time

Title

16:30

Postseismic deformation
following the 2016 Mw 7.8 Kaikoura
earthquake, New ZealandSigrun Hreinsdottir, Ian Hamling, Susan
Ellis, Laura Wallace, Paul Denys,
Neville Palmer, Lara Bland, Phaedra
Upton, Charles Williams, Elisabetta
D'Anastasio

J02-4-01

16:45

Intraslab rupture triggering
megathrust rupture co-seismicallyin the December 17, 2016 Solomon
Islands Mw 7.9 earthquake
Thorne Lay, Lingling Ye, Charles
Ammon, Hiroo Kanamori

J02-4-02

17:00

Anatomy of the source zones oflarge earthquakes in Japan
Dapeng Zhao, Zhouchuan Huang, Xin
Liu

J02-4-03

17:15

From Sumatra 2004 to Today,
through Tohoku-Oki 2011: what welearn about Tsunami detection byionospheric sounding
Giovanni Occhipinti, Lucie Rolland,
Julian Eisenbeis, Shingo Watada,
Pierdavide Coisson, Jonathan Makela,
Philippe Lognonné, Hélène Hebert

J02-4-04

17:30

Linking Oceanic Tsunamis andGeodetic Gravity Changes of Large
Earthquakes
Yuning Fu, Y. Tony Song, Richard
Gross

J02-4-05

Program No.
J02-3-01
invited

Program No.

17:45

Postseismic gravity changes causedby viscoelastic relaxation after
recent great earthquakes since 2004
Shin-Chan Han, Jeanne Sauber, Fred
Pollitz

Session:
Type:
Date:
Time:
Room:

J02-4-06

J02-P
PosterThursday, August 3/ Friday, August 4, 201715:30 - 16:30 / 15:00 - 16:00
Shinsho Hall

Title

Program No.

Fault source model for the 2016
Kumamoto earthquake sequencebased on ALOS-2/PALSAR-2 pixeloffset data: evidence for dynamic
slip partitioning
Yuji Himematsu, Masato Furuya

J02-P-01

Crustal deformation of the 2016
Kumamoto earthquake sequence (1)- Foreshocks Tomokazu Kobayashi, Satoshi
Kawamoto, Yohei Hiyama

J02-P-02

Crustal deformation of the 2016
Kumamoto earthquake sequence (2)- Mainshock Hiroshi Yarai, Tomokazu Kobayashi, Yu
Morishita, Satoshi Fujiwara

J02-P-03

Crustal deformation of the 2016
Kumamoto earthquake sequence (3)- Small displacement linear surface
ruptures detected by ALOS-2 SAR Satoshi Fujiwara, Hiroshi Yarai,
Tomokazu Kobayashi, Yu Morishita,
Takayuki Nakano, Basara Miyahara,
Hiroyuki Nakai, Yuji Miura, Haruka
Ueshiba, Yasuaki Kakiage, Hiroshi Une

J02-P-04

Relationship between subsurface
structure and large-scale fissuresin the northwestern region in
Aso valley caused by the 2016
Kumamoto earthquake
Issei Doi, Toshitaka Kamai, Satoshi
Goto, Ryokei Azuma, Takahiro Ohkura,
Hidehiko Murao, Kenji Mima

J02-P-05

New Guidelines for the Seismic
Forecast Information after Big
Earthquakes in Japan
Noriko Kamaya, Kiyoshi Takeda,
Tetsuo Hashimoto

J02-P-06

Characterized Source Model of2016 Meinong Earthquake, Taiwan,
Inferred by the Empirical Green's
Function Method
Yin-Tung Yen, Yi-Ying Wen, Ming-Che
Hsieh

J02-P-07

Slip Distribution of the 2015 Lefkada
Earthquake and its Implications for
Fault Segmentation
Lidong Bie, Pablo Gonzalez, Andreas
Rietbrock

J02-P-08

Characterized source model for
estimating strong ground motions
during 2016 Tottori-ken Chubu
Earthquake
Susumu Kurahashi, Kojiro Irikura, Ken
Miyakoshi

J02-P-09

Changes of S-wave velocity andpolarization anisotropy associatedwith the 2011 Tohoku Earthquake
detected by the observation of theseismic ACROSS signals
Takahiro Kunitomo, Yasuhiro Asai,
Hiroshi Ishii

J02-P-10

A coupled model of stress-driven
frictional afterslip and viscoelastic
relaxation following the 2011
Tohoku-oki earthquake
Junichi Fukuda, Kaj Johnson

J02-P-11

Tidal triggering of earthquakes after
the 2011 Tohoku earthquake
Sachiko Tanaka

J02-P-12

The ISC Event Bibliography: an
updateDomenico Di Giacomo, Elizabeth Ball,
Dmitry Storchak

J02-P-13

The seismotectonic implicationsof source models of M-7 class
earthquakes before ad after the2011 Tohoku-Oki Earthquake using
offshore tsunami records
Tatsuya Kubota, Ryota Hino, Yusaku
Ohta, Syuichi Suzuki

J02-P-14

J03.
Deformation of
the lithosphere:
Integrating
seismology andgeodesy throughmodelling
Session: J03-1
Session title: Deformation of the lithosphere: Integrating
seismology and geodesy through modelling I
Type:
Oral
Date:
Monday, July 31, 2017
Time:
08:30 - 10:00
Room:
Room 401
Chairs:Rob Govers (Utrecht University)
Kevin Furlong (Penn State University)
Time

Title

08:30

Pre-, Co-, and Post-seismic
deformation of the 2016 Oct 21th M
6.6 Central Tottori earthquake
Takuya Nishimura, Manabu Hashimoto,
Yoshinobu Hoso, Hiromu Sakaue, Yuji
Ito

Program No.
J03-1-01
invited63

09:00

Postseismic deformation following
the 1995 Kobe earthquake detectedby space geodesy
Manabu Hashimoto, Takuya Nishimura,
Taku Ozawa, Hiroshi Munekane, Mikio
Tobita

J03-1-02

09:15

Slow Slip Events in Cascadia:
Observation and Hazard Analysis
Derived from Sentinel-1 InSAR
Howard Zebker, Yujie Zheng

J03-1-03

09:30

Hidden Earthquake Potential in Plate
Boundary Transition Zones
Kevin Furlong, Matthew Herman

J03-1-04

09:45

Interseismic Strain Partitioning in
Nankai Subduction Zone, Southwest
Japan: Block Movement and Internal
Deformation of the Forearc Sliver
Takao Tabei, Masahiko Shiomi, Takeo
Ito, Makoto Okubo

J03-1-05

Session: J03-2
Session title: Deformation of the lithosphere: Integrating
seismology and geodesy through modelling II
Type:
Oral
Date:
Monday, July 31, 2017
Time:
10:30 - 12:00
Room:
Room 401
Chairs:Kevin Furlong (Penn State University)
Rob Govers (Utrecht University)
Time

Title

10:30

Postseismic Deformation Following
the 2002 Mw7.9 Denali Fault
Earthquake
Jeffrey Freymueller, Hugh Harper, Yan
Hu

J03-2-01
invited

11:00

Estimation of spatiotemporal
distribution of interplate slip after
the 2003 Tokachi-oki earthquake
incorporating viscoelastic
relaxation
Yuji Itoh, Takuya Nishimura

J03-2-02

Reconciling short and long term
observations of megathrust cycles
at subduction zones
Rob Govers, Kevin Furlong

J03-2-03

Heterogeneous interseismic
coupling along the Peruvian
subduction zone and rigid motion of
the Peruvian Sliver
Juan Carlos Villegas-Lanza, Mohamed
Chlieh, Olivier Cavalie, Hernando
Tavera, Patrice Baby, Jose Chire,
Jean-Mathieu Nocquet

J03-2-04

Crustal deformation and surface
kinematics after the 2010
earthquakes in Latin America
Laura Sanchez, Hermann Drewes

J03-2-05

11:15

11:30

11:45

64

Session: J03-3
Session title: Deformation of the lithosphere: Integrating
seismology and geodesy through modelling III
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
08:30 - 10:00
Room:
Room 401
Chairs:Rob Govers (Utrecht University)
Kevin Furlong (Penn State University)
Time

Title

08:30

Modeling lithospheric tectonics
with space geodesy: the problem oftimescales
Mian Liu

J03-3-01

08:45

Anisotropic horizontal thermal
contraction of young oceanic
lithosphere inferred from stressrelease by oceanic intraplate
earthquakes
Ryohei Sasajima, Takeo Ito

J03-3-02

09:00

GPS observation of Biot's slow
wave in the Earth's crust triggeredby Hurricane Sandy's storm surge
Geoffrey Blewitt, Jinhai Zhang, William
E. Holt, Zhenxing Yao

J03-3-03

09:15

Performance of 3-D Surface
Displacement Measurement fromSub-pixel Correlation of Optical
Imagery and InSAR: a Multi-Sensor
Approach
Dewan Mohammad Enamul Haque,
Yasser Magsoudi Mehrani, ASM
Maksud Kamal

J03-3-04

09:30

Lithosphere dynamics andearthquake simulation: implication
for seismic hazard analysis
Alik Ismail-Zadeh, Alexander Soloviev,
Vladimir Sokolov

J03-3-05

Program No.

Session:
Type:
Date:
Time:
Room:

Program No.

J03-P
PosterTuesday, August 1/ Wednesday, August 2, 201715:30 - 16:30
Shinsho Hall

Title

Program No.

Intraplate Seismicity in
Fennoscandian Shield
Annakaisa Korja, Marja Uski, Timo Tiira

J03-P-01

Analysis of Detailed Crustal Strains
due to the Dense GNSS Array in the
Tokai Region, Central Japan
Teruyuki Kato, Hiromu Sakaue, Takuya
Nishimura, Ryoya Ikuta, Yasushi
Harada

J03-P-02

The topography of the lithosphereasthenosphere boundary beneath
the Korean Peninsula from S
receiver functions
Sang-Hyun Lee, Junkee Rhie, TaeSeob Kang, Seongryong Kim, Hyun
Jae Yoo, Won Sang Lee, Yongcheol
Park

J03-P-03

J04.
Geohazard early
warning systems
Session: J04-1
Session title: Geohazard early warning systems I
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
08:30 - 10:00
Room:Intl Conf Room (301)
Chairs:
Yih-Min Wu (National Taiwan University)
Mitsuyuki Hoshiba (Meteorological ResearchInstitute, JMA)
Time

Title

Program No.

08:30

ShakeAlert@taiwan
Yih-Min Wu, Ming Yang, TC Huang

J04-1-01
invited

09:00

Challenges for implementing
Earthquake Early Warning: A Case
Study in Nicaragua
Frederick Massin, John Francis Clinton,
Maren Boese, Carlo Virgilio Cauzzi,
Wilfried Strauch

J04-1-02

09:15

Reducing Digitiser Latency for
Earthquake Early Warning: New
Strategies for Seismic Hardware
Clare Sweeney, Neil Watkiss

J04-1-03

09:30

A new methodology for Earthquake
Early Warning (EEW) by a highdense seismic network deployed atinterstation distance of less than 5km
Kenji Kanjo

J04-1-04

Session: J04-2
Session title: Geohazard early warning systems II
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
10:30 - 12:00
Room:Intl Conf Room (301)
Chairs:Yusaku Ohta (Tohoku University)
Yih-Min Wu (National Taiwan University)
Time

Title

10:30

Magnitude scaling relationships
from the first 3s of P-wave arrivals in
Mainland of China
Jindong Song, Dongwang Tao,
Shanyou Li, Qiang Ma, Haiying Yu

J04-2-01

10:45

A Fast Algorithm for Earthquake
Early Warning Systems Based on
the Energy release of P Waves in theInterval tS-tP
Armando Cuellar, Gerardo Suarez,
Juan Manuel Espinosa-Aranda

J04-2-02

11:00

Seismogeodesy for Rapid
Earthquake Magnitude Estimation
Dara Goldberg, Yehuda Bock, Diego
Melgar

J04-2-03

11:15

Determination of warning
earthquake magnitude from theinitial P-wave recordings basedon half periods and characteristic
periods
Dongwang Tao, Qiang Ma, Jindong
Song, Haiying Yu, Jiang Wang,
Shanyou Li

J04-2-04

11:30

Prediction of the Magnitude andEpicentral Distance from a Single
Seismic Record, a Case Study ofAhar-Varzaghan Earthquake
Majid Mahood

J04-2-05

Session: J04-3
Session title: Geohazard early warning systems III
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
13:30 - 15:00
Room:Intl Conf Room (301)
Chairs:Mitsuyuki Hoshiba (Meteorological ResearchInstitute, JMA)
Hiroaki Tsushima (Meteorological ResearchInstitute, Japan Meteorological Agency)
Time

Title

13:30

Testing of GMPEs for absolute
velocity response spectra forearthquake early warning of longperiod ground motion intensity inJapan
Yadab P. Dhakal, Wataru Suzuki,
Takashi Kunugi, Shin Aoi

J04-3-01

13:45

Real-time prediction of groundshaking without source information:
Data assimilation and simulationof seismic wave propagation for
Earthquake Early Warning
Mitsuyuki Hoshiba, Masashi Ogiso

J04-3-02

14:00

Real-Time Ground Motion Prediction
based on Radiative Energy
Transfer using Front-Site Waveform
Information and Data Assimilation
for the Application to Regional
Earthquake Early Warning
Mike Lindner, Masato Motosaka

J04-3-03

14:15

Propagation of local undamped
motion (PLUM) method and its
improvement using P-phase
discrimination for more rapid
earthquake early warning based on
wavefield-estimation approaches
Yuki Kodera

J04-3-04

14:30

Recent advances in tsunami
warning and earthquake early
warning of the Japan Meteorological
Agency after the 2011 Great Tohoku
Earthquake and Tsunami​Satoshi ​Harada

J04-3-05
invited

Program No.

Program No.

65

Session: J04-4
Session title: Geohazard early warning systems IV
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
16:30 - 18:00
Room:Intl Conf Room (301)
Chairs:Hiroaki Tsushima (Meteorological ResearchInstitute, Japan Meteorological Agency)
Naotaka Yamamoto (NIED)
Time

Title

16:30

Geo-hazard early warning systems:
A UNESCO perspective
Jair Torres, Margherita Fanchiotti, John
ClintonJ04-4-01

16:45

Real-Time Tsunami Inundation
Forecast System using NIED S-net
Shin Aoi, Naotaka Yamamoto, Wataru
Suzuki, Kenji Hirata, Hiromitsu
Nakamura, Takashi Kunugi, Tomohiro
Kubo

J04-4-02
invited

17:15

New Insights on Tsunami Genesis
and Energy Source
Y. Tony Song, Soomon Yim, Ali Mohtat

J04-4-03

17:30

Synthesis of Offshore Tsunami
Records and Inundation Including
Seismic Waves and Tsunami:
Anticipated Nankai TroughEarthquakes, Southwest, Japan
Tatsuhiko Saito, Toshitaka Baba,
Shunsuke Takemura, Eiichi Fukuyama

J04-4-04

Rapid estimation of tsunami
source location based on Tsunami
Centroid Location (TCL) using NIED
oceanfloor observation networks
Naotaka Yamamoto, Takeshi
Nakamura, Shin Aoi, Wataru Suzuki,
Narumi Takahashi

J04-4-05

17:45

Improvement of tsunami-forecasting
method based on tsunami inversion:
small-size and large-amplitude
tsunamis
Hiroaki Tsushima

J04-5-04

09:30

Near-field tsunami forecastingfrom offshore pressure data inassociation with the earthquake
early warning
Akiko Horiuchi, Ryota Hino, Yusaku
Ohta, Hiroaki Tsushima

J04-5-05

09:45

Airborne observations with a nadirpointing radar altimeter for a greattsunami detection
Tomoyuki Hirobe, Niwa Yoshihiro,
Takahiro Endoh, Daisuke Inazu, Takero
Yoshida, Hidee Tatehata, Akitsugu
Nadai, Takuji Waseda, Toshiyuki Hibiya

J04-5-06

Program No.

Session: J04-5
Session title: Geohazard early warning systems V
Type:
Oral
Date:
Friday, August 4, 2017
Time:
08:30 - 10:00
Room:Intl Conf Room (301)
Chairs:Naotaka Yamamoto (NIED)
Y. Tony Song (NASA Jet Propulsion Labortory)
Time

Title

08:30

Tsunami data assimilation including
effects of coseismic deformation forreal-time tsunami forecasting usingpressure gauges
Takuto Maeda

J04-5-01

08:45

A fast tsunami data assimilation
approach on the 2012 Haida
Gwaii earthquake: based on theemployment of Green's function
Yuchen Wang, Kenji Satake, Takuto
Maeda

J04-5-02

09:00

Evaluating the efficiency of atsunami warning system to recovera tsunami source based on ther-solution method
Tatyana Voronina, Alex Romanenko,
Artem Loskutov

J04-5-03

66

09:15

Session: J04-6
Session title: Geohazard early warning systems VI
Type:
Oral
Date:
Friday, August 4, 2017
Time:
10:30 - 12:00
Room:Intl Conf Room (301)
Chairs:Y. Tony Song (NASA Jet Propulsion Labortory)
Jianghui Geng (Wuhan University)
Time

Title

10:30

Developing a Rapid Tsunami
Response System: Application to
South America Region
Bruno Adriano, Shunichi Koshimura

J04-6-01

10:45

The Operational Result for GEONET
Real-time Analysis System for Rapid
Finite Fault Modeling
Naofumi Takamatsu, Satoshi
Kawamoto, Yohei Hiyama, Satoshi Abe,
Yusaku Ohta, Takuya Nishimura

J04-6-02

11:00

Real-time multi-GNSS precise point
positioning for earthquake andtsunami early warning over AsiaPacific regions
Jianghui Geng, Shaoming Xin, Xiaotao
Li, Jiang Guo, Xingyu Chen

J04-6-03

11:15

Real-Time Detection of Tsunami
Ionospheric Disturbances withStand-Alone GNSS Receivers
Giorgio Savastano, Attila Komjathy,
Olga Verkhoglyadova, Yong Wei,
Augusto Mazzoni, Mattia Crespi

J04-6-04

11:30

Inversion of tsunami and sea level
uplift from GNSS-TEC: towarda breakthrough for tsunami
monitoring systems?
Philippe Lognonne, Virgile Rakoto,
Khaled Khelfi, Lucie Rolland, Elvira
Astafyeva, Pierdavide Coisson,
Giovanni Occhipinti, Carene Larmat,
Dimitri Komatitsch

J04-6-05

11:45

Possibility of real-time volcanic
plume monitoring using GNSS
phase residual and SNR data
Yusaku Ohta, Masato Iguchi

J04-6-06

Program No.

Program No.

Session: J04-7
Session title: Geohazard early warning systems VII
Type:
Oral
Date:
Friday, August 4, 2017
Time:
13:30 - 15:00
Room:Intl Conf Room (301)
Chairs:Jianghui Geng (Wuhan University)
Yusaku Ohta (Tohoku University)
Time

Title

13:30

Withdrawn

J04-7-01

13:45

Dynamic of aquifer compaction:
Insight from continental-scale
Sentinel-1 InSAR survey
Mahmud Haghshenas Haghighi, Mahdi
Motagh

J04-7-02

14:00

Program No.

Panel Discussion
The Promise and Challenges ofSeismo-Geodesy for Earthquake
and Tsunami Early Warning (IUGG
GeoRisk Commission Sponsorship)
Moderators: John LaBrecque,John Rundle
Panelists: G erald Bawden,
Jeffrey Freymuller,
Jianghui Geng, Yusaku
Ohta, Diego Melgar,
Sebastien Riquelme

Session:
Type:
Date:
Time:
Room:

J04-P
PosterThursday, August 3/ Friday, August 4, 201715:30 - 16:30 / 15:00 - 16:00
Shinsho Hall

Title

Program No.

Real-Time Seismological Monitoring
System in Northern Sakhalin
Igor V. Matveev, Vera V. Bykova,
Alexander G. Mikhin, Ruben E.
Tatevossian

J04-P-01

An Earthworm based Earthquake
Early Warning System with
Integrated GMPEs and IPEs forSouthwest Iberian Peninsula
Jose Antonio Jara, Nuria Romeu,
Xavier Goula, Yolanda Colom, Antoni
Roca

J04-P-02

Numerical shake prediction
incorporating heterogeneous
structure: the 2016 Kumamoto
Earthquake
Masashi Ogiso, Mitsuyuki Hoshiba,
Azusa Shito, Satoshi Matsumoto

J04-P-03

Waveform matching for the ocean
bottom pressure data toward realtime tsunami forecast
Wataru Suzuki, Shin Aoi, Naotaka
Yamamoto

J04-P-04

Development of semi-real-timetsunami calculation system forocean-bottom pressure gauge
stations in southwestern andnortheastern Japan
Takeshi Nakamura, Narumi Takahashi,
Wataru Suzuki, Naotaka Yamamoto

J04-P-05

Sea level observations in the
coasts of the Mexican Pacific of thetsunami caused by the 2011 Tohoku
Earthquake
Octavio Gomez-Ramos, Jorge ZavalaHidalgo, Angel Ruiz-Angulo, Felipe
Hernandez-Maguey, Miriam ZarzaAlvarado, Jose Santiago-Santiago,
Valente Gutierrez-Quijada

J04-P-06

Decay Properties of Bay Oscillations
Induced by the Tsunami of NankaiTrough Earthquake
Yusuke Oishi, Takashi Furumura,
Fumihiko Imamura, Kei Yamashita,
Daisuke Sugawara

J04-P-07

Real-time correction of tsunami
site effect by frequency-dependent
tsunami-amplification factor
Hiroaki Tsushima

J04-P-08

Revisiting the 1985 M8.1 Michoacan
earthquake: Tsunami simulations
and synthetic GPS data to test rapid
response
Angel Ruiz-Angulo, Diego Melgar,
Carlos Mendoza

J04-P-09

REGARD: GNSS-based rapid finite
fault modeling system
Satoshi Kawamoto, Yohei Hiyama,
Satoshi Abe, Naofumi Takamatsu,
Yusaku Ohta, Takuya Nishimura,
Masaru Todoriki

J04-P-10

Accuracy of a continuous/ondemand GPS/Acoustic seafloor
positioning using a slackly mooredbuoy in the Kuroshio region
Misae Imano, Motoyuki Kido, Yusaku
Ohta, Narumi Takahashi, Tatsuya
Fukuda, Hiroshi Ochi, Chie Honsho,
Ryota Hino

J04-P-1167

J05.
Crustal dynamics:
Multidisciplinary
approach toseismogenesis

Session: J05-2
Session title: Crustal dynamics: Multidisciplinary approach toseismogenesis II
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
16:30 - 18:00
Room:
Room 501
Chairs:Hiroyuki Noda (Kyoto University)
Takeshi Sagiya (Nagoya University)

Session: J05-1
Session title: Crustal dynamics: Multidisciplinary approach toseismogenesis I
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
13:30 - 15:00
Room:
Room 501
Chairs:Takeshi Sagiya (Nagoya University)
Kuo-Fong Ma (National Central University)
Time

Title

13:30

Southern Costa Rica and the Next
Decade: A Spatial and Temporal
Opportunity for an International
Subduction Zone Observatory
Marino Protti, Cyril Muller

J05-1-01

13:45

Spatio-temporal variation of thepostseismic deformation of the2011 off the Pacific coast of Tohoku
Earthquake (M9.0) detected bymeans of terrestrial and seafloor
observations
Takeshi Iinuma, Yusaku Ohta, Satoshi
Miura, Jun Muto, Fumiaki Tomita,
Motoyuki Kido, Ryota Hino

J05-1-02

Stress field around fault zones ofthe 2016 Kumamoto earthquake
sequence (Mj7.3) inferred frommoment tensor data from 1996 to2016
Satoshi Matsumoto, Yusuke Yamashita,
Manami Nakamoto, Masahiro Miyazaki,
Shin-ichi Sakai, Yoshihisa Iio, KazuhikoGoto, Tomomi Okada, Mako Ohzono,
Toshiko Terakawa, Masahiro Kosuga,
Masayuki Yoshimi, Youichi Asano

J05-1-03

14:15

Effects of Postseismic Stress
Redistribution of the 2011 Tohoku
Earthquake on Fault Activities
Yan Hu, Roland Burgmann, Naoki
Uchida, Brent Delbridge, Kelin Wang

J05-1-04

14:30

Modeling deformation processesof the island arc crust and mantle
during the postseismic period of the
Tohoku-oki earthquake
Bunichiro Shibazaki, Satoshi Miura,
Akemi Noda, Takeshi Iinuma, Takumi
MatsumotoJ05-1-05

Frictional strength of plateinterfaces inferred from numericalsimulations of stress fields for
oceanic plates: Application to
the North American-Pacific plateinterface off northeast Japan
Akemi Noda, Mitsuhiro Matsu'ura

J05-1-06

14:00

14:45

68

Time

Title

16:30

A unified representation of Earth's
quasi-dynamic deformation
processes
Sylvain Barbot

J05-2-01
invited

17:00

Rheological Structure Beneath Java
Island after the 2006 Java Tsunami
Earthquake Based on GPS Data
Endra Gunawan, Irwan Meilano,
Hasanuddin Z. Abidin, N. Rahma
Hanifa, Rio Raharja, Susilo Susilo, Joni
EfendiJ05-2-02

17:15

Afterslip and Viscoelastic
Relaxation Model Following
The 2010 Mentawai Earthquake
Deduced from Postseismic Surface
Deformation
Mohammad Yuzariyadi, Irwan Meilano,Endra Gunawan, Kosuke Heki

J05-2-03

17:30

Reciprocal relationship between
seismically estimated slip rates
and geodetically estimated slipdeficit rates at plate interfaces:
Physical interpretation and logicalconsequence
Mitsuhiro Matsu'ura, Shunichi Nomura,
Yoshihiko Ogata, Naoki UchidaJ05-2-04

17:45

Characteristics of spatiotemporalvariation of hypocenters and thediversity of waveforms of deep
low-frequency earthquakes innortheastern Japan
Masahiro Kosuga

J05-2-05

Program No.

Program No.

Session: J05-3
Session title: Crustal dynamics: Multidisciplinary approach toseismogenesis III
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
08:30 - 10:00
Room:
Room 501
Chairs:Kuo-Fong Ma (National Central University)
Takeshi Sagiya (Nagoya University)
Time

Title

Program No.

08:30

Spatial heterogeneity of crustal
stressYoshihisa Iio

J05-3-01
invited

09:00

Fault rocks and paleostress fields
in the San-in shear zone, westernJapan
Hideto Uchida, Hideki Mukoyoshi

J05-3-02

09:15Three-dimensional seismic velocity
structure beneath the northern
South Island, New Zealand fromdense seismic observation
Tomomi Okada, Yoshihisa Iio, Satoshi
Matsumoto, Stephen Bannister, Shiro
Ohmi, Masumi Yamada, Shintaro
Horiuchi, Tsutomu Miura, Tadashi Sato,
Jarg Pettinga, Francesca Ghisetti,
Richard Sibson

J05-3-03

09:30

3d distribution of fluids and their
origins in a seismogenic zone,
Northern Miyagi, NE Japan
Zenshiro Saito, Yasuo Ogawa,
Masahiro Ichiki, Hideyuki SatohJ05-3-04

A new temperature proxy on faults
during earthquake by using maturityof carbonaceous materials: Kinetic
effect on the maturation
Shunya Kaneki, Tetsuro Hirono

J05-3-05

09:45

Session: J05-4
Session title: Crustal dynamics: Multidisciplinary approach toseismogenesis IV
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
10:30 - 12:00
Room:
Room 501
Chairs:Takeshi Sagiya (Nagoya University)
Kuo-Fong Ma (National Central University)
Time

Title

10:30

GPS VELOCITY FIELD IN THE
NORTHWESTERN CORNER OF
SOUTH AMERICA
Hector Mora-Paez, James Kellogg,
Jeff Freymueller, Dave Mencin,
Rui Fernandes da Silva, Leonardo
Cardona-Piedrahita, Sindy Lizarazo,
Leidy Giraldo, Fredy Diaz-Mila

J05-4-01
invitedTaiwan vertical velocity field fromprecise leveling observations, 20002015
Kwo-Hwa Chen, Kuo-En Ching

J05-4-02

11:15

Observation of aseismic crustal
deformation in Taiwan by analysis of
InSAR and GPS data
Kotaro Tsukahara, Youichiro Takada

J05-4-03

11:30

Rapid crustal deformation in SW
Taiwan caused by the interaction
between active faults andreactivated mud diapirs
Kuo-En Ching, Yuan-Hsi Lee, RueyJuin Rau, Ming Yang, Yi-Jhen Hung,Song-Chuen Chen, Lingho Chung, JeiChing Hung, Chien-Liang Chen

J05-4-04

Performance of VADASE singlefrequency GPS solutions in the 2016
M 6.5 Meinong, Taiwan, earthquake
Ruey-Juin Rau, Choon-Muar Ker,
Giorgio Savastano, Mattia Crespi

J05-4-05

11:00

11:45

Program No.

Session: J05-5
Session title: Crustal dynamics: Multidisciplinary approach toseismogenesis V
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
13:30 - 15:00
Room:
Room 501
Chairs:Hiroyuki Noda (Kyoto University)
Kuo-Fong Ma (National Central University)
Time

Title

13:30

Early recurrence of an M6 intraplate
earthquake (5.8 years) observed innorthern Kanto region, Japan, after
the 2011 Tohoku-oki earthquake
Yo Fukushima, Shinji Toda, Satoshi
Miura

J05-5-01

13:45

Crustal deformation process in MidNiigata as observed by dense GPS
network before and after the 2011
Tohoku-oki earthquake
Angela Meneses-Gutierrez, Takeshi
Sagiya, Shutaro Sekine

J05-5-02

14:00

Crustal deformation in and aroundthe Atotsugawa fault before andafter the Tohoku-Oki earthquake
Tomomi Inamatsu, Youichiro Takada,
Takeshi Sagiya, Takuya Nishimura

J05-5-03

14:15

The role of the lower crust in crustal
deformation of the Japan island arc
Takeshi Sagiya, Angela MenesesGutierrez, Xuelei Zhang, Yumi
Shimoyama, Kouki Kumagai

J05-5-04

14:30

Importance of fault rheology aroundbrittle-plastic transition in long-term
slip rate of major faults
Hiroyuki Noda

J05-5-05

14:45

Seismicity and Geothermal
activities in the Upemba Rift Basin(SE of the DR Congo)
Kadima Kabongo, Kipata Mwabanua

J05-5-06

Session:
Type:
Date:
Time:
Room:

Program No.

J05-P
PosterTuesday, August 1/ Wednesday, August 2, 201715:30 - 16:30
Shinsho Hall

Title

Program No.

Investigation of remote earthquake
triggering after the 2011 M9.0
Tohoku-oki earthquake
Anca Opris, Bogdan Enescu, Yuji Yagi

J05-P-01

Simulation of postseismic
deformation caused by the 2011
Tohoku-Oki earthquake
Hisashi Suito

J05-P-02

Spatiotemporal distribution oflocking and aseismic slips prior to
the 2011 Tohoku-oki earthquake
Momo Tanaka, Shoichi Yoshioka,
Yukiko Nishino

J05-P-03

Source processes of the M6-classrepeating earthquakes which
occurred in northern Ibaraki
Prefecture, Japan, on 2011 and 2016
Kazuhito Hikima

J05-P-04

69

70

Numerical Simulation of Plate
Deformation and Stress in the
Andaman Subduction Zone
R. Yadav, VM Tiwari

J05-P-05

The 2016 M6.5 Pidie Jaya
Earthquake, Aceh Province,
Indonesia; Which Fault?
N. Rahma Hanifa, Irwan Meilano,
Masyhur Irsyam, Agustan Agustan,
Daryono Daryono, Danny H.
Natawidjaja, Wahyu Triyoso, Sri
Widiyantoro, Sri Hidayati, Mohamad
Ridwan, Susilo Susilo, Endra
Gunawan, Amir H. Isa, Supartoyo
Supartoyo, Andri C. Utomo, Gayatri
I. Marliyani, Bagoes D. Ramdhani,
Refi R. Ramadian, Suchi Rahmadani,
Alwidya A. Safitri

J05-P-06

Regional stress field inferred fromfocal mechanisms obtained bydense seismic observation in thenorthern South Island, New ZealandTadashi Sato, Tomomi Okada,
Yoshihisa Iio, Satoshi Matsumoto,
Stephen Bannister, Shiro Ohmi,
Masumi Yamada, Tsutomu Miura, Jarg
Pettinga, Francesca Ghisetti, Richard
SibsonJ05-P-07

Crustal stress and strain inversionof the Taiwan orogen using a mixed
linear-nonlinear Bayesian approach
Ray Y. Chuang

J05-P-08

Afterslip and viscoelastic
components observed in surface
gravity change after the 2011 Great
Tohoku earthquake
Shuhei Okubo, Xinlin Zhang, Yoshiyuki
Tanaka, Yuichi Imanishi, Satoshi
Miura, Sadato Ueki, Hiromitsu Oshima,
Tokumitsu Maekawa, Kazumi Okada,
Miwako Ando

J05-P-09

The spatial distribution of the stressratio in the aftershock area of the2000 Western Tottori Earthquake
Takaki Iwata

J05-P-10

Seismic velocity structure in thelower crust beneath the seismic beltin the San-in district, Japan
Hiroo Tsuda, Yoshihisa Iio, Takuo
Shibutani

J05-P-11

Depth dependence of stress field
investigated from microseismicity
in northwestern Kii Peninsula,
southwestern Japan
Sumire Maeda, Toru Matsuzawa,
Keisuke Yoshida, Shinji Toda, Hiroshi
Katao

J05-P-12

Tectonic Loading of the Atera
Fault inferred from Dense GNSS
Observation
Koki Kumagai, Takeshi Sagiya,
Nobuhisa Matta

J05-P-13

Spatio-temporal variation in Coda Q
in the northeastern part of NiigataKobe Tectonic Zone in 2009-2014
Masanobu Dojo, Yoshihiro Hiramatsu

J05-P-14

The gravity anomalies analysis over
the active reverse fault zones inJapan
Nayuta Matsumoto, Yoshihiro
Hiramatsu, Akihiro Sawada, Shinsuke
Okada, Ryo Honda, Toshiyuki Tanaka

J05-P-15

Influence of water on rheologicalproperties of feldspar aggregates
under the lower crustal temperatureand pressure
Masanori Kido, Jun Muto, Sanae
Koizumi, Hiroyuki Nagahama

J05-P-16

J06.
The spectrum of faultzone deformation
processes (from slow
slip to earthquake)
Session: J06-1
Session title: The spectrum of fault-zone deformation processes(from slow slip to earthquake) I
Type:
Oral
Date:
Monday, July 31, 2017
Time:
08:30 - 10:00
Room:Intl Conf Room (301)
Chairs:Tadafumi Ochi (AIST)
Hitoshi Hirose (Kobe University)
Time

Title

Program No.

08:30

Numerical experiments on
estimation of frictional properties
and slip evolution on the Bungo
Channel Long-term SSE fault with
Ensemble Kalman Filter
Kento Nishikiori, Kazuro Hirahara

J06-1-01

08:45

Long-term slow slip events in the
Tokai region, central Japan, before
2000
Tadafumi Ochi

J06-1-02

09:00

Correlation between Coulomb
Stress Rate Change Imparted by
Two Slow Slip Events and Seismic
Rate Change in Lower Cook Inletof the Alaska-Aleutian Subduction
Zone
Shanshan Li, Jeffrey Freymueller,
Jianjun Wang, Natalia Ruppert

J06-1-03

09:15

Insights into the Causal
Relationship between Slow Slip
Events and Tectonic Tremors in
Guerrero, Mexico
Carlos Villafuerte, Victor Cruz-Atienza

J06-1-04

09:30EFFECTS OF THE GEOMETRY
OF THE MEXICAN SUBDUCTIONZONE TECTONIC-INTERFACE ON
THE STRESS TRANSFER DUE TO
INTERPLATE SLIP EVENTS.
Miguel Angel Santoyo, Vladimir
Kostoglodov, Carlos Mendoza

J06-1-05

09:45

Laboratory observations of slow
stick slip: implications for slow
earthquakes and the spectrum offault slip behavior
Marco Maria Scuderi, Elisa Tinti,
Cristiano Collettini

J06-1-06
invitedSession: J06-2
Session title: The spectrum of fault-zone deformation processes(from slow slip to earthquake) II
Type:
Oral
Date:
Monday, July 31, 2017
Time:
10:30 - 12:00
Room:Intl Conf Room (301)
Chairs:Naoki Uchida (Tohoku University)
Kimihiro Mochizuki (University of Tokyo)
Time

Title

10:30

Completing the Seismic Cycle:
Approaching 100% slip recovery
along the subduction megathrust
beneath Nicoya Peninsula, Costa
Rica
Andrew Newman, Christodoulos
Kyriakopoulos, Tiegan Hobbs

J06-2-01

Anomalous gravity changes
observed during long-term slow slip
events and a possible interpretation
based on fluid flow
Yoshiyuki Tanaka, Yuichi Imanishi,
Shuhei Okubo, Kazunari Nawa,
Yoshiaki Tamura, Kenji YoshidaJ06-2-02

11:00

Meaning and prospect for science ofslow earthquakes
Kazushige Obara

J06-2-03
invited

11:15

Emergence and disappearance ofinterplate repeating earthquakes
after the 2011 Tohoku-oki
earthquake: transition between slow
slip and earthquakes
Naoki Uchida, Norishige Hatakeyama,
Toru Matsuzawa, Wataru Nakamura

J06-2-04

11:30

Spatio-temporal distribution ofearthquakes around the subductedseamount off Ibaraki in response to
the largest Mw7.8 aftershock of the2011 Tohoku-oki earthquake
Kimihiro Mochizuki, Shinji Yoneshima,
Tomoaki Yamada, Masanao Shinohara

J06-2-05

11:45

Seismic quiescence of deep very
low frequency earthquakes fromlater 2014 in western Shikoku, Japan
Satoru Baba, Akiko Takeo, Aitaro Kato,
Takuto Maeda, Kazushige Obara,
Takanori Matsuzawa

J06-2-06

10:45

Session: J06-3
Session title: The spectrum of fault-zone deformation processes(from slow slip to earthquake) III
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
08:30 - 10:00
Room:Intl Conf Room (301)
Chairs:Natalia Poiata (National Institute for Earth Physics,
Romania)
Yoshihiro Ito (Kyoto University)
Time

Title

08:30

Rapid Tremor Migration Induced byPore Pressure Waves
Victor M. Cruz-Atienza, Carlos
Villafuerte, Harsha Bhat

J06-3-01

08:45

Comprehensive detection of low
frequency tremor triggered byteleseismic surface waves innorthern Kii and western Shikoku,
southwest JapanRyo Kurihara, Kazushige Obara, Akiko
Takeo, Takuto Maeda

J06-3-02

09:00

Analyzing tectonic tremor and lowfrequency earthquakes' activity inwestern Shikoku using automatic
detection and location scheme
Natalia Poiata, Jean-Pierre Vilotte,
Kazushige Obara, Pascal Bernard

J06-3-03

09:15

Continuous S-wave signals
following 2014 Mw 6.8 SSE in the
Hikurangi subduction margin
offshore New Zealand
Yuriko Iwasaki, Kimihiro Mochizuki,
Motoko Ishise, Erin Todd, Susan
Schwartz, Stuart Henrys, Martha
Savage, Anne Sheehan, Yoshihiro Ito,
Laura Wallace, Spahr Webb, Tomoaki
Yamada, Masanao Shinohara

J06-3-04

09:30

Micro low-frequency tremor activity
near Japan Trench
Satoshi Katakami, Yoshihiro Ito,
Kazuaki Ohta, Ryota Hino, Shuichi
Suzuki, Masanao Shinohara

J06-3-05

09:45

Rheologically controlled spatial
separation of the megathrust
seismogenic zone and the zone of
Episodic Tremor and Slip
Kelin Wang, Xiang Gao

J06-3-06
invited

Program No.

Program No.

71

Session: J06-4
Session title: The spectrum of fault-zone deformation processes(from slow slip to earthquake) IV
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
10:30 - 12:00
Room:Intl Conf Room (301)
Chairs:Aitaro Kato (University of Tokyo)
Chris Marone (Pennsylvania State University)
Time

Title

10:30

Renovated 3D image of Nankai
accretionary wedge and shallow
seismogenic zone off Kumano
through reprocessing of 3D seismic
data
Masataka Kinoshita, Kazuya Shiraishi,
Greg Moore, Yasuhiro Yamada, Gaku
Kimura

J06-4-01

Evaluation of rock evolution process
in seismogenic fault: Dynamic
wave propagation modeling to thedigitalized fault rocks
Chandoeun Eng, Tatsunori Ikeda,
Takeshi Tsuji

J06-4-02

Down-dip variations in a subducting
low-velocity zone linked to episodic
tremor and slip
Aitaro Kato, Mitsuhiro Toya, Takuto
Maeda, Kazushige Obara, Tetsuya
Takeda, Koshun Yamaoka

J06-4-03

11:15

Interplate thermal regime and slab
dehydration at the source region of
episodic tremor and slow slip eventsin the Cascadia subduction zone
Yingfeng Ji, Shoichi Yoshioka

J06-4-04

11:30

The dynamic stiffness as theindicator of slip mode and transitionof the fault to a metastable stage.
Gevorg Kocharyan, Alexey Ostapchuk,
Dmitry Pavlov

J06-4-05

1972 Slow Mega Slip Event in Mexico
Recoded with Tide Gauges
Vladimir Kostoglodov, Nathalie Cotte,Andrea Walpersdorf, Jose Antonio
Santiago

J06-4-06

10:45

11:00

11:45

Session:
Type:
Date:
Time:
Room:

J06-P
PosterTuesday, August 1/ Wednesday, August 2, 201715:30 - 16:30
Shinsho Hall

Title

72

Program No.

Program No.

Real-time slow slip monitoring with
the Geodetic Data Stacking (GDS)
methodKazuki Miyaoka, Takahiro Tsuyuki,
Hisao Kimura

J06-P-01

Construction of short-term
slow slip event catalog detected
automatically from tilt and strain
data within the Nankai subduction
zone, Japan
Takeshi Kimura, Satoshi Itaba,
Takanori Matsuzawa, Hisanori Kimura

J06-P-02

Shallow Slow Slip Event Off the Kii
Peninsula, Japan
Satoshi Itaba, Satoshi Annoura, Tetsuo
Hashimoto, Noriko Kamaya, Akio
Katsumata

J06-P-03

Spatio-temporal evolution ofrecurrent slow slip events from 2010
to 2013 along the Ryukyu Trench,southwestern Japan
Masayuki Kano, Jun'ichi Fukuda,
Shin'ichi Miyazaki, Mamoru Nakamura

J06-P-04

Estimation of the spatiotemporal
evolution of slow slip events in the
Tokai region, central Japan, since2013 using GNSS data
Hiromu Sakaue, Jun'ichi Fukuda,
Teruyuki Kato, Takuya Nishimura

J06-P-05

Estimating long-term and shortterm slow slip events in the Bungo
Channel area by MCMKF-based
inversion
Takatoshi Yokoi, Shinichi Miyazaki,
Hiromu Sakaue, Jun'ichi Fukuda

J06-P-06

A trial to find long-term variation in
slip-deficits in the Bungo Channel
region, Nankai TroughShinichi Miyazaki, Takatoshi Yokoi,
Hiromu Sakaue, Jun'ichi Fukuda

J06-P-07

Slip velocities of early afterslips innortheastern Japan
Shunsuke Morikami, Yuta Mitsui

J06-P-08

Low-frequency earthquake
distribution covered with undrained
layer of the overlying plate along
Tokai plate boundary of the Nankai
subduction zone
Sadaomi Suzuki, Makoto Okubo,
Kazutoshi Imanishi, Junichi Nakajima

J06-P-09

Variation of deep low frequency
tremor activity along dip direction inwestern Shikoku, southwest Japan
Akira Hikita, Akiko Takeo, Takuto
Maeda, Aitaro Kato, Takanori
Matsuzawa, Kazushige Obara

J06-P-10

Seismic anisotropy monitoring anddetection of tremor activity in thesouthwest Japan subduction zone
Motoko Ishise, Kiwamu Nishida,
Kimihiro Mochizuki

J06-P-11

Low frequency tremor activity in the
Tohoku subduction zone based on
ocean bottom seismograms
Hidenobu Takahashi, Ryota Hino,
Masanao Shinohara, Yukihiro Nakatani,
Syuichi Suzuki

J06-P-12

Low-frequency tremor activity in theshallow part of Nankai Trough and
Ryukyu Trench revealed by longterm ocean bottom observation
Yusuke Yamashita, Masanao
Shinohara, Hiroshi Yakiwara, Tomoaki
Yamada, Kazuo Nakahigashi, Hajime
Shiobara, Kimihiro Mochizuki, Takuto
Maeda, Kazushige Obara

J06-P-13

Network-MT survey in the vicinityof area with a forthcoming slow
slip event in the SW part of Shikoku
Island, SW Japan
Makoto Uyeshima, Maki Hata, Hiroshi
Ichihara, Ryokei Yoshimura, Koki
Aizawa

J06-P-14

08:45

Interseismic seafloor GPS-A
data used for tsunami generation
modeling along the Nankai trough,Japan
Shun-Ichi Watanabe, Yehuda Bock,
Diego Melgar, Tadashi Ishikawa,
Yusuke Yokota, Keiichi Tadokoro

J07-1-02

Moment tensor inversion of tectonic
tremors in the Guerrero subduction
zone
Emmanuel Caballero-Leyva, Victor M.
Cruz-Atienza

J06-P-15

09:00

Postseismic deformation of the 2011
Tohoku Earthquake measured by
GPS/Acoustic observations
Fumiaki Tomita, Motoyuki Kido, Yusaku
Ohta, Takeshi Iinuma, Ryota Hino

J07-1-03

Anisotropy in the subductedoceanic crust and the overlying
continental crust coincides withslow slip phenomena in the flat
portion of the Mexican subduction
zone
Allen Husker, Jorge Castillo, Xyoli
Perez-Campos, William Frank

J06-P-16

09:15

Preliminary Results of Realistic
Interseismic Modeling and GPSAcoustics Measurements on theContinental Slope of the Cascadia
Subduction Zone
Diego Melgar, David Chadwell, David
Schmidt

J07-1-04

The long duration, April 18, 2002
(Mw 6.7), Mexico earthquake; a small
tsunami earthquake next to the
Guerrero Gap
Ketzallina Flores, Vala Hjorleifsdottir,
Shri Singh, Arturo Iglesias

J06-P-17

09:30

Short-period ocean fluctuationinduced by internal wave and its
effect on GNSS/acoustic analysis
Motoyuki Kido, Ryo Matsui, Misae
Imano, Chie Honsho

J07-1-05

09:45

J07-1-06

Trench-parallel sliver motion in the
Mexican oblique subduction zone
Ekaterina Kazachkina, Vladimir
Kostoglodov, Allen Husker, Jose
Antonio Santiago, Nathalie Cotte,Andrea Walpersdorf

J06-P-18

Refining ship navigation with
precise point positioning tomeasure seafloor displacement
using repeated sidescan sonar
surveysJohn DeSanto, David Sandwell, David
ChadwellDrilling into Active Faults - In-situ
Investigations on the Mechanics andStructure of Faults in Central Japan
Kentaro Omura

J06-P-19

J07.
Tracking the sea floor
in motion
Session: J07-1
Session title: Tracking the sea floor in motion I
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
08:30 - 10:00
Room:
Room 401
Chairs:Tadashi Ishikawa (Japan Coast Guard)
Diego Melgar (University of California, Berkeley)
Time

Title

08:30

Observational Results of Seafloor
Crustal Deformation Near the Nankai
Trough Axis
Keiichi Tadokoro, Mitsuru Kado,
Hiroshi Kimura, Motoyuki Kido, Kenjiro
Matsuhiro

Program No.
J07-1-01
invitedSession: J07-2
Session title: Tracking the sea floor in motion II
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
10:30 - 12:00
Room:
Room 401
Chairs:Ryota Hino (Tohoku University)
C. K. Shum (Ohio State University)
Time

Title

Program No.

10:30

New Technologies for Seafloor
Deformation: Optical Fiber
Strainmeters and Self-Calibrating
Pressure Recorders
Mark Zumberge, Glenn Sasagawa,William Hatfield, Matthew Cook

J07-2-01
invited

10:45

Initial characteristics of LTBMS
borehole sensors installed in the
Nankai Trough, Japan
Toshinori Kimura, Eiichiro Araki, Yuya
MachidaJ07-2-02

11:00

Laboratory experiments forevaluating long-term characteristics
of pressure sensors used forseafloor pressure monitoring
Hiroaki Kajikawa, Tokihiko Kobata

J07-2-03

11:15

Mega Earthquake Seismic
Deformation Detection andModeling Using GRACE and Ocean
Bottom Pressure Measurements
Chunli Dai, C. K. Shum, Junyi Guo,
Kun Shang, Ting-yi Yang, Yoshihiro Ito,
Ryota Hino, Rongjiang Wang

J07-2-0473

11:30Studying fault slip during andafter the 2012 M 7.6 Costa Rica
earthquake using land-based GNSS
and near-trench fluid pressure
observations
Tianhaozhe Sun, Kelin Wang, Earl
Davis, Yan Jiang, Martin HeesemannJ07-2-05
invited

11:45

On the Interpretation of oceanic
variations in terms of ocean bottompressure
Tomoya Muramoto, Yoshihiro Ito,
Daisuke Inazu, Stuart Henrys,
Laura Wallace, Stephen Bannister,
Ryota Hino, Syuichi Suzuki, Kimihiro
Mochizuki

J07-2-06

Time

Title

13:30

New buoy platform system forcrustal displacement observation
Narumi Takahashi, Kentaro Imai,
Yasuhisa Ishihara, Tatsuya Fukuda,
Hiroshi Ochi, Misae Imano, Yusaku
Ohta, Motoyuki Kido, Shuichi KodairaJ07-3-01

13:45

S-net project: Large-scale seismic
and tsunami observation system onseafloor along the Japan Trench
Kenji Uehira, Masashi Michizuki,
Toshihiko Kanazawa, Takashi Shinbo,
Katsuhiko Shiomi, Takashi Kunugi,
Shin Aoi, Takumi Matsumoto, Shoji
Sekiguchi, Narumi Takahashi, Naotaka
Yamamoto, Masanao Shinohara,
Tomoaki Yamada

J07-3-02

Real-time observation systemof pressure gauges andaccelerometers on seafloor using
ICT through seafloor fiber cableinstalled in the off-Sanriku region,Japan
Masanao Shinohara, Tomoaki Yamada,Shin'ichi Sakai, Hajime Shiobara,
Toshihiko Kanazawa

J07-3-03

Seafloor deformation due to ocean
tidal loading observed by seafloor
cabled network
Eiichiro Araki

J07-3-04

Monitoring submarine fault
deformation using direct-path
ranging
Florian Petersen, Heidrun Kopp,
Dietrich Lange, Katrin Hannemann,Morelia Urlaub

J07-3-05
invited

14:15

14:30

74

Slip rate of the North Anatolian Fault
at the western part of the Sea ofMarmara through seafloor geodetic
measurement for two years
Ryusuke Yamamoto, Motoyuki Kido,
Yusaku Ohta, Narumi Takahashi, Yojiro
Yamamoto, Dogan Kalafat, Ali Pinar,
Haluk Ozener, Sinan Ozeren, Yoshiyuki
KanedaSession:
Type:
Date:
Time:
Room:

Session: J07-3
Session title: Tracking the sea floor in motion III
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
13:30 - 15:00
Room:
Room 401
Chairs:Narumi Takahashi (NIED/JAMSTEC)John DeSanto (University of California, San Diego)

14:00

14:45

Program No.

J07-3-06

J07-P
PosterThursday, August 3/ Friday, August 4, 201715:30 - 16:30 / 15:00 - 16:00
Shinsho Hall

Title

Program No.

Towards an Ocean Bottom Geodetic
Observatory In Mexico: The First
Steps
Vala Hjorleifsdottir, Yoshihiro Ito, Victor
Manuel Cruz-Atienza

J07-P-01

Quantitative evaluation of error
sources for the GPS-A seafloor
geodesy
Yusuke Yokota, Tadashi Ishikawa,Shun-ichi Watanabe

J07-P-02

Recent seafloor movement in andaround the rupture zone of the 2011
Tohoku-oki earthquake detected by
GPS-Acoustic seafloor geodesy
Tadashi Ishikawa, Yusuke Yokota,
Shun-ichi Watanabe

J07-P-03

Detection of offshore verticaldisplacements after the 2011
Tohoku-oki Earthquake using GPS/A
observations
Fumiaki Tomita, Chie Honsho, Motoyuki
Kido

J07-P-04

Little evidence of shortening motion
across the Japan Trench after the2011 Tohoku-oki earthquake fromdirect-path acoustic ranging
Ryusuke Yamamoto, Ryota Hino,
Motoyuki Kido, Chie Honsho

J07-P-05

Characteristics of a quartz pressure
sensor assuming an ocean bottom
environment for highly accurate
measurements of small and longterm crustal deformation
Yuya Machida, Shuhei Nishida, Eiichiro
Araki, Toshinori Kimura

J07-P-06

Investigation of long period
behaviors of seafloor pressurerecords based on field data andlaboratory test results
Ryota Hino, Syuichi Suzuki, Makiko
Sato, Yusaku Ohta, Yoshihiro Ito,
Hiroaki Kajikawa, Tokihiko Kobata

J07-P-07

Reexamination of the fault modelfor transient slow slip event in
the Japan Trench before the 2011
Tohoku-Oki earthquake
Yui Nishimagi, Yusaku Ohta, Ryota
Hino

J07-P-08

Changes in physical properties of
the Nankai Trough megasplay fault
induced by earthquakes, detectedby continuous pressure monitoring
Chihiro Kinoshita, Demian Saffer,
Achim Kopf, Rosner Alexander,
Laura Wallace, Eiichiro Araki,
Toshinori Kimura, Yuya Machida, Reiji
Kobayashi, Earl Davis, Sean Toczko

J07-P-09

Possibility of tilt observation at theseafloor by a mobile ocean bottom
seismometer
Hajime Shiobara, Aki Ito, Hiroko
Sugioka, Yoshio Fukao, Masanao
Shinohara

J07-P-10

Monitoring of the shallow tremors
around the source areas of the
Nankai and Tonankai earthquakes
by ocean bottom observations
Kensuke Suzuki, Eiichiro Araki,
Toshinori Kimura, Yuya Machida,
Demian Saffer, Narumi Takahashi,
Shuichi Kodaira

J07-P-11

Site amplification at Nankai seafloor
observation network DONET1
in Japan evaluated by spectral
inversion
Hisahiko Kubo, Takeshi Nakamura,
Wataru Suzuki, Takeshi Kimura,
Takashi Kunugi, Narumi Takahashi,
Shin Aoi

J07-P-12

J08.
Imaging andinterpretinglithosphericstructures using
seismic and geodetic
approaches
Session: J08-1
Session title: Imaging and interpreting lithospheric structuresusing seismic and geodetic approaches I
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
16:30 - 18:00
Room:
Room 501
Chairs:Brian Boston (Japan Agency for Marine-Earth
Science and Technology)
Takaya Iwasaki (Earthquake Research Institute, theUniversity of Tokyo)
Time

Title

16:30

3-D S-wave velocity structure under
the Changbaishan volcanic area inNortheast China inverted with dense
NECsaids array
Qi-Fu Chen, Xing-Li Fan, Wu Wang

Program No.
J08-1-01

16:45

First insights into the deep structureof the eastern Australian passive
margin using wide-angle seismic
data: Crustal segmentation from theTasman Basin to the northern Lord
Howe Rise
Flora Gallais, Gou Fujie, Shuichi
Kodaira, Seiichi Miura, Brian Boston,Yasuyuki Nakamura, Ron Hackney,
Saneatsu Saito, Kazuya Shiraishi, Yuka
Kaiho, Yasuhiro Yamada, Scott Nichol,
Georges Bernardel, Cameron Mitchell

J08-1-02

17:00

Formation of the Lord Howe Rise
continental ribbon during eastern
Gondwana breakup from multichannel seismic reflection data
Brian Boston, Yasuyuki Nakamura,
Shuichi Kodaira, Seiichi Miura, Flora
Gallais, Gou Fujie, Yuka Kaiho, Ron
Hackney, Yasuhiro Yamada, Saneatsu
Saito, Kazuya Shiraishi, Scott Nichol,
George Bernardel, Cameron Mitchell

J08-1-03

17:15

Coupled anisotropic and isotropic
body-wave tomography of theupper mantle beneath northern
Fennoscandia - Application of
a novel code AniTomo to datafrom passive seismic experiment
LAPNET (Finland)
Helena Munzarova, Jaroslava
Plomerova, Eduard Kissling, Ludek
Vecsey, Vladislav Babuska

J08-1-0475

17:30Waveform-based estimation ofvelocity heterogeneity for prestackimaging from multifold wideaperture seismic data
Susumu Abe, Takao Nibe, Hiroshi Sato,
Tatsuya Ishiyama

J08-1-05

17:45

Seismic Imagings of Sub-Crustal
Reflectors Beneath the Iberia
Microplate
Imma Palomeras, Puy Ayarza, Jordi
Diaz, Juan Carlos Afondo, Ramon
Carbonell

J08-1-06

Session: J08-2
Session title: Imaging and interpreting lithospheric structuresusing seismic and geodetic approaches II
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
08:30 - 10:00
Room:
Room 501
Chairs:Ryosuke Azuma (RCPEVE, Tohoku University)
Shuichi Kodaira (Japan Agency for Marine-Earth
Science and Technology)
Time

Title

08:30

Tomographic imaging of the seismic
velocity structure in southern
Hokkaido, Japan: Implications for
distributions of the crustal deep
low-frequency earthquakes
Takahiro Shiina, Hiroaki Takahashi,
Tomomi Okada, Toru Matsuzawa

J08-2-01

08:45

Structural heterogeneities aroundinland earthquake areas in Hokkaido
Island based on magnetotelluric
observations
Hiroshi Ichihara, Yusuke Yamaya, Toru
Mogi

J08-2-02

Structure of the incoming/
subducting Pacific Plate in thecentral part of the Japan Trench:
Results from repeated ocean bottom
seismograph observations
Koichiro Obana, Gou Fujie, Tsutomu
Takahashi, Takashi Tonegawa, Yojiro
Yamamoto, Shuichi Kodaira, Masanao
Shinohara

J08-2-03

Seismic structure around the slow
slip source in the northeasternJapan forearc by an airgun-ocean
bottom seismometer survey
Ryosuke Azuma, Ryota Hino, Kimihiro
Mochizuki, Yoshio Murai, Hiroshi
Yakiwara, Toshinori Sato, Masanao
Shinohara

J08-2-04

Structural variation in the rupturezone of the 2011 Tohoku-oki
earthquake and its implications
for depth-dependent seismic-slip
behaviors
Shuichi Kodaira, Yasuyuki Nakamura,
Yojiro Yamamoto, Koichiro Obana, Gou
Fujie, Tetsuo No, Yuka Kaiho, Takeshi
Sato, Seiichi Miura

J08-2-05

09:00

09:15

09:30

76

09:45

Investigation of seismicity andsubsurface structure aroundnorthern Tohoku using seismic data
recorded by AS-net
Shinako Noguchi, Yoshihiro Sawada,
Keiji Kasahara, Shutaro Sekine,
Yoshihiro Tazawa, Hiroshi Yajima,
Shunji Sasaki, Kimiko Ishida

J08-2-06

Session: J08-3
Session title: Imaging and interpreting lithospheric structuresusing seismic and geodetic approaches III
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
10:30 - 12:00
Room:
Room 501
Chairs:James Moore (Earth Observatory of Singapore)
Ryo Honda (Mount Fuji Research Institute)
Time

Title

10:30

Failed rift system in northern
Honshu, Japan, imaged by improved
seismic velocity structure using
offshore earthquake events
Makoto Matsubara, Hiroshi Sato

J08-3-01

10:45

Geometry and spatial variations ofseismic reflection intensity of theupper surface of the Philippine Sea
plate off the Boso Peninsula, Japan
Akihiro Kono, Toshinori Sato, Masanao
Shinohara, Kimihiro Mochizuki,
Tomoaki Yamada, Kenji Uehira,Takashi Shimbo, Yuya Machida, Ryota
Hino, Ryosuke Azuma

J08-3-02

11:00

Hydrocarbon accumulation
controlled by tectonic activity inthe subduction zone: Insight fromadvanced seismic velocity analysis
Chanmaly Chhun, Takeshi Tsuji, Arata
Kioka

J08-3-03

11:15

Imaging of the subducted Philippine
Sea plate and the overriding SW
Japan arc - Reinterpretation of thewide-angle reflection data in the Kii
Peninsula, SW Japan Takaya Iwasaki, Susumu Abe, Eiji
Kurashimo, Ken Yokota, Takashi Iidaka,
Hiroshi Katao, Motonori Higashinaka,
Ayako Nakanishi, Yoshiyuki Kaneda

J08-3-04

11:30

Three dimensional attenuation
structure in and around the source
region of low frequency earthquakes
beneath the Kii Peninsula,
southwest Japan, revealed by dense
seismic array observation
Noriko Tsumura, Hiroki Nakasako,
Eri Umeyama, Naoki Mizuno, Eiji
Kurashimo, Aitaro Kato, Shinichi Sakai,
Takashi Iidaka, Takaya Iwasaki

J08-3-05

11:45

Imaging the distribution of transient
viscosity following the 2016 Mw 7.1
Kumamoto earthquake
James Moore, Hang Yu, Chi-Hsien
Tang, Teng Wang, Sylvain Barbot,
Dongju Peng, Sagar Masuti, Justin
Dauwels, Ya-Ju Hsu, Valere Lambert,
Bunichiro Shibazaki

J08-3-06

Program No.

Program No.

Session:
Type:
Date:
Time:
Room:

J08-P
PosterThursday, August 3/ Friday, August 4, 201715:30 - 16:30 / 15:00 - 16:00
Shinsho Hall

Title

Program No.

Detailed crustal and upper mantle
structure of the subducting
Philippine Sea plate and theoverlying southwestern Japan arc,
revealed by dense seismic arrayobservation
Eiji Kurashimo, Takashi Iidaka, Noriko
Tsumura, Takaya Iwasaki

J08-P-11

3D seismic velocity structure
beneath Kii Peninsula, southwesternJapan derived from receiver
function analysis and seismic
tomography
Takuo Shibutani, Kazuro Hirahara

J08-P-12

Crustal velocity structure andconfiguration of the subducting
Philippine Sea plate beneath theJapanese Islands identified fromreceiver function analysis
Toshihiro Igarashi, Takashi Iidaka

J08-P-13

Geometry of the frontal thrust at the
trench axis around the Hyuga-nadaregion revealed by high-resolution
seismic reflection imaging
Mikiya Yamashita, Ayako Nakanishi,
Ryuta Arai, Shuichi Kodaira, Yasuyuki
Nakamura, Seiichi Miura, Yoshiyuki
Kaneda

J08-P-14

Three-dimensional P- and S-wave
attenuation tomography in the
Ryukyu Arc, Japan
Masanao Komatsu, Hiroshi Takenaka

J08-P-15

J08-P-16

Multicore parallelization of 3D ray
tracing algorithm using OpenMP
Madineh Banihashem Kalibar, Hossein
Sadeghi, Sayyed Keivan Hosseini

J08-P-01

Waveform inversion to image
laterally inhomogeneous crustal
structure - comparison amongwaveform inversion, traveltime
inversion, and seismic migration Takeshi Sato, Gou Fujie, Kazuya
Shiraishi, Shuichi Kodaira, Seiichi
Miura, Eiichi Asakawa, Takao Nibe,
Norimitsu Yui, Susumu Abe, Romain
Brossier, Jean Virieux

J08-P-02

Feasibility of the waveform analysis
to the existing conventional wideangle seismic survey data - Ocean
Bottom Seismometer (OBS) andcontrolled-source seismic surveys
in the Nankai subduction zone Gou Fujie, Ayako Nakanishi, Takeshi
Sato, Shuichi Kodaira

J08-P-03

Inversion of Gravity Anomalies
Using Primal-Dual Interior Point
Methods
Azucena Zamora, Aaron Velasco

J08-P-04

Gravitational signal produced by
global shallow-Earth density model
Litho1.0
Josef Sebera, Roger Haagmans, Rune
Floberghagen, Diego Fernandez Pietro,
Joerg Ebbing, Michael Kern

J08-P-05

Deep Conductive Structure beneath
the Kutcharo Caldera, Revealed by
3-D Inversion Analysis
Ryo Honda, Hiroshi Ichihara, Yusuke
Yamaya, Hideaki Hase, Toru Mogi,
Makoto Uyeshima, Mitsuhiro Nakagawa

J08-P-06

Inhomogeneous rifting structure in
the northern Okinawa Trough, an
active backarc basin southwest of
the Japan Islands
Chiaki Okada, Azusa Nishizawa,
Kentaro Kaneda, Mitsuhiro Oikawa,
Daishi Horiuchi, Yukari Fujioka, Kosaku
Arai

J08-P-17

Crustal structure beneath theeastern foot of the Japan Trenchouter rise by airgun-ocean bottom
seismometer survey
Shuhei Otomo, Ryosuke Azuma, Ryota
Hino, Gou Fujie, Shuichi Kodaira

J08-P-07

Mantle heterogeneity in the oceanic
lithosphere of the southwest subbasin, South China Sea, fromthe wide-angle seismic and thegravimetric model
Chuanchuan Lu, Tianyao Hao, Jian Lin
The 3-D velocity structure of the2008 Taoyuan Earthquake Sequencein Kaohsiung, Taiwan
Min Hung Shih, Bor-Shouh Huang

J08-P-18

Velocity structure and Earthquake
Distribution in Nagaoka Region
Shutaro Sekine, Yoshihiro Sawada,
Keiji Kasahara, Shunji Sasaki,
Yoshihiro Tazawa

J08-P-08

The shallow structure of Tatun
Volcano Group from residual gravity
and magnetic data
Hsien-Hsiang Hsieh, Benjamin Fong
Chao, Horng-Yuan Yen

J08-P-19

Plate boundary property of thePhilippine Sea plate revealed
from later phase analysis beneathsouthwestern Ibaraki andnorthwestern Chiba prefectures,
central Japan
Hisanori Kimura, Naoshi Hirata

J08-P-9Heterogeneous structure in theincoming Philippine Sea plate along
the Nankai TroughAyako Nakanishi, Mikiya Yamashita,
Yojiro Yamamoto, Gou Fujie, Seiichi
Miura, Shuichi Kodaira, Yoshiyuki
Kaneda, Nomukazu Seama

J08-P-1077

J09.
Geodesy andseismology generalcontributions
Session: J09-1
Session title: Geodesy and seismology general contributions I
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
13:30 - 15:00
Room:Intl Conf Room (301)
Chairs:Tomokazu Kobayashi (Geospatial Information
Authority of Japan)
Takeo Ito (Nagoya University)
Time

Title

13:30

Normal-faulting earthquakes
in the northern area of Ibaraki
Prefecture, Japan in 2011 and 2016 Duplicate events detected by InSAR
observations Tomokazu Kobayashi

J09-1-01

Recent findings on dual tsunami
sources: November 1945 Makran(NW Indian Ocean) and December
1908 Messina (Italy) tsunamis
Mohammad Heidarzadeh, Kenji
Satake, Sebastian Krastel, David
TappinJ09-1-02

14:00

Determining the Kaki Earthquake
properties with using InSAR
Method, 2013, Kaki, southwest Iran
Ramak Heidari, Maryam Sedghi,
Mohamadreza Gheitanchi

J09-1-03

14:15

Tsunami source of the 1979
Tumaco Earthquake estimated from
historical tide gauge records andgeodetic data
Bruno Adriano, Yushiro Fujii, Masahiro
Yoshimoto, Shunichi Koshimura

J09-1-04

14:30

Crustal blocks motion model andinterplate coupling in Colombia
based on GNSS observation
network (GEORED)
Takeo Ito, Hector Mora Paez, Juan
Ramon Pelaez Gaviria, Takeshi Sagiya

J09-1-05

14:45

Rise Time of Coseismic Tectonic
Deformation during Megathrust
Earthquakes, as estimated from
Observed Low-Frequency AcousticGravity Waves
Takeshi Mikumo

J09-1-06

13:45

78

Session: J09-2
Session title: Geodesy and seismology general contributions II
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
16:30 - 18:00
Room:Intl Conf Room (301)
Chairs:Koji Masuda (Geological Survey of Japan, AIST)
Ryohei Sasajima (Nagoya University)
Time

Title

16:30

Resolution analysis for earthquake
kinematics inversion
Josue Tago Pacheco, Ludovic Metivier,Romain Brossier, Victor Cruz Atienza,
Jean Virieux

J09-2-01

16:45

Effect of frictional properties ofminerals in the crust on the depth ofseismic faulting
Koji Masuda

J09-2-02

17:00

Flexural mechanics and curvature
evolution of the bending-unbendingtransition zone of subducting
oceanic lithosphere
Ryohei Sasajima, Takeo Ito

J09-2-03

17:15

Vertical Deformation Following
Groundwater Drawdown by
Excavating of 500 m Depth Shafts in
Granite in Mizunami, central Japan
in 2004-2016
Fumoako Kimata, Tasuhiro Asai, Ryo
Honda, Hiroshi Ishii

J09-2-04

17:30

ISC-EHB: Reconstructing the EHB
Earthquake Database
Jennifer Weston, Bob Engdahl,
Domenico Di Giacomo, James Harris,
Dmitry Storchak

J09-2-05

17:45

The ISC Bulletin and the derivative
datasets for Geoscience research
Dmitry Storchak, Domenico Di
Giacomo, James Harris, Konstantinos
Lentas, Jennifer Weston

J09-2-06

Program No.

Program No.

Session: J09-3
Session title: Geodesy and seismology general contributions III
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
16:30 - 18:00
Room:
Room 401
Chairs:Koshun Yamaoka (Nagoya University)
Shuhei Tsuji (Nagoya University)
Time

Title

16:30

Temporal change in transfer
function using ACROSS associatedwith magma intrusive event in 2015
in Sakurajima volcano, Japan
Koshun Yamaoka, Masashi Watanabe,
Hiroki Miyamachi, Takahiro Kunitomo,
Toshiki Watanabe, Hiroshi Yakiwara,
Yuta Maeda, Takeshi Tameguri, Ryoya
Ikuta, Masato Iguchi

Program No.
J09-3-01

16:45

Secular and co-seismic velocitychanges in Tokai region detected by
ACROSS
Shuhei Tsuji, Ryoya Ikuta, Koshun
Yamaoka, Takahiro Kunitomo, Toshiki
Watanabe, Yasuhiro Yoshida, Akio
KatsumataJ09-3-02

17:00

Tracking of water level of dam
reservoir by using a broadband
seismometer
Kazunari Nawa, Takeshi Kimura

J09-3-03

17:15

About 38mHz (26 s) oscillation innortheastern Japan after the 2011
Tohoku megathrust earthquake
Yuta Mitsui, Kosuke HekiJ09-3-04

17:30

Different Application of Ultrasonic
Underwater Particle-Tracing Probes
at Deep Ocean Floor
Dursun Acar, Bedri Alpar, Tuncay
Taymaz, Seda Yolsal Cevikbilen, Sinan
Ozeren, Denizhan Vardar, Tuna Eken,
Namik Cagatay, Sebnem Elbek, Erol
Sari, K.Kadir Eris

J09-3-05

Session: J09-4
Session title: Geodesy and seismology general contributions IV
Type:
Oral
Date:
Friday, August 4, 2017
Time:
08:30 - 10:00
Room:
Room 401
Chairs:Jan Michalek (University of Bergen)
Przemyslaw Dykowski (Institute of Geodesy andCartography)
Time

Title

08:30

CURRENT IMPORTANCE OF THE
CHILEAN NATIONAL GEODESICNETWORK IN A COUNTRY SUBJECTTO EARTHQUAKES
Cristian Iturriaga, Hector Parra, Carlos
Prado

J09-4-01

Estimation of coupling ratio on
subducting plate interface and blockboundary in southwest Japan using
MCMC method
Hiroshi Kimura, Takeo Ito, Keiichi
Tadokoro

J09-4-02

EPOS-Norway - GNSS andseismological data from Norway in acommon e-infrastucture
Jan Michalek, Kuvvet Atakan, Xiaoliang
Wang, Christian Ronnevik, Tormod
Kvaerna, Michael Roth, Halfdan Pascal
Kierulf, Tor Langeland, Ove Daae
Lampe

J09-4-03

09:15

Expanding seismic surface waves
measurements towards low periods
with gravity measurements
Przemyslaw Dykowski, Marek Grad,
Andrzej Krankowski, Jan Krynski,
Tomasz Olszak, Marcin Polkowski,
Marcin Rajner, Marcin Sekowski,
Monika Wilde-Piorko

J09-4-04

09:30

Withdrawn

J09-4-05

08:45

09:00

09:45

Sampling Frequency – the key tocapturing anomalies of groundwater
before earthquakes
Fuqiong Huang, Youliang Shu, Shimin
Zhang

J09-4-06

Session: J09-5
Session title: Geodesy and seismology general contributions V
Type:
Oral
Date:
Friday, August 4, 2017
Time:
10:30 - 12:00
Room:
Room 401
Chairs:Hiroshi Munekane (Geospatial Information Authorityof Japan)Ting Chen (Wuhan University)
Time

Title

10:30

A prototype system for PPP
kinematic positioning of Japanese
GEONET stations
Hiroshi Munekane

J09-5-01

10:45

Detection and Measurement of Land
Subsidence Using InSAR and GPS
in the Sabana de Bogota, Colombia,
South America
Hector Mora-Paez, Takeshi Sagiya,
Takeo Ito, Estelle Chaussard, Shimon
Wdowinski

J09-5-02

11:00

Surface deformation of a mud
volcano in Azerbaidzhan detectedby InSAR and its source medeling
Kento Iio, Masato Furuya

J09-5-03

11:15

Crustal deformation and a fault
model of the 2016 central Tottori
prefecture earthquake
Hiroshi Yarai, Tomokazu Kobayashi, Yu
Morishita, Yohei Hiyama, Yuji Miura

J09-5-04

11:30

Two methods of three-dimensionalsurface deformation field derivation
with the integration of InSAR and
GNSS measurements
Haipeng Luo, Ting Chen

J09-5-05

11:45

Using TerraSAR-X Interferometry
and GPS to study slowly moving
landslide in a vegetated terrain
Sara Mirzaee, Mahdi Motagh, Bahman
Akbari, Mahmud Haghshenas
Haghighi, Sigrid Roessner, Hans.Ulrich
Wetzel

J09-5-06

Program No.

Program No.

Session: J09-6
Session title: Geodesy and seismology general contributions VI
Type:
Oral
Date:
Friday, August 4, 2017
Time:
13:30 - 15:00
Room:
Room 401
Chairs:Raju Sarkar (College of Science and Technology,
Royal University of Bhutan)
Meen Bahadur Poudyal Chhetri (Institute of Crisis
Management Studies)
Time

Title

13:30

Withdrawn

Program No.
J09-6-0179

13:45

Geodetic and Seismological Risk ofOperation of Nuclear Power Plants
in JapanShuzo Takemoto

J09-6-02

14:00

Issues of Resettlement in Context of
Housing - Lessons Learnt in Nepal
after 2015 Gorkha Earthquake
Raju Sarkar, Ritesh Kurar

J09-6-03

14:15

Gorkha, Nepal Earthquake 2015
– Causes, Consequences, SocioEconomic Impacts, Lessons
Learned and Way Forward
Meen Bahadur Poudyal Chhetri

J09-6-04

Session:
Type:
Date:
Time:
Room:

J09-P
PosterThursday, August 3/ Friday, August 4, 201715:30 - 16:30 / 15:00 - 16:00
Shinsho Hall

Title

80

Program No.

InSAR analysis all over Japan by
ALOS-2 (Daichi-2) / PALSAR-2 data
Yuji Miura, Basara Miyahara, Hiroyuki
Nakai, Masaki Honda, Yasuaki
Kakiage, Yu Morishita

J09-P-01

EPOS-Norway – Integration of
Norwegian geoscientific data into acommon e-infrastructure
Jan Michalek, Kuvvet Atakan, Xiaoliang
Wang, Christian Ronnevik, Karen
Tellefsen, Tor Langeland, Ove Daae
Lampe

J09-P-02

Comparison of Superconducting
and Spring Gravimeters at theMizusawa VLBI Observatory of the
National Astronomical Observatoryof Japan
Satoshi Miura, Tae-Hee Kim, Hiroshi
Ikeda, Yoshiaki Tamura

J09-P-03

Exponential pore pressure/groundwater level changes
associated with the 2016 Kumamoto
Earthquake (Mj7.3) observed at Tono
region, central Japan
Yasuhiro Asai, Hiroshi Ishii, Osamu
Murakami

J09-P-04

A possible mechanism of OmoriUtsu'slawthroughan example of thegreat Tangshan earthquake
Caibo Hu, Yongen Cai

J09-P-05

Updating Hypocenter Location
around Indonesia Region Derived
from 3D Seismic Velocity Structure:
Time Period of April 2009-July 2016
Andri Dian Nugraha, Hasbi Ash
Shiddiqi, Sri Widiyantoro, Shindy
Roslia, Mohamad Ramdhan, Wandono
Wandono, Daryono Daryono, Samsul
Wiyono, Mahsyur Irsyam

J09-P-06

Aftershock Observation of Mw
6.5 Pidie Jaya, Aceh, Indonesia
Earthquake: Preliminary Results
Andri Dian Nugraha, Muksin Umar,
Muzli Muzli, Zulfakriza Zulhan, Riskiray
Ryannugroho, Kadek Hendrawan
Palgunadi, Supendi Pepen, Sri
Widiyantoro, Nanang T Puspito, Wahyu
Triyoso, Daryono Daryono, Kemal
Erbas, Rachmat Sule, Irwan Meilano,
Mahsyur Irsyam, Philippe Jousset

J09-P-07

Estimation of the seismic-motiongenerated changes in permeability
structure nearby a fault fracturezone by means of a groundwater
migration model
Atsushi Mukai, Shigeaki Otsuka, Yoichi
Fukuda

J09-P-08

INTAROS – INTEGRATED ARCTICOBSERVATION SYSTEM
P. H. Voss, T. Dahl-Jensen, M. B.
Sorensen, P. Knudsen, O. B. Andersen,
S. A. Khan

J09-P-09

Simulation of Hayabusa2 crossover
orbit analysis using laser altimeterdata
Keiko Yamamoto, Koji Matsumoto,Toshimichi Otsubo, Noriyuki Namiki,
Hayabusa2 Astrodynamics Team

J09-P-10

GOCE User Toolbox and Tutorial
Per Knudsen, Jerome Benveniste

J09-P-11

IAG Symposia

IAG Symposia

81IAG Reference Frames

Session: G01-2
Session title: Celestial reference frame and VLBI
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
10:30 - 12:00
Room:
Room 502
Chairs:Zuheir Altamimi (Institut National de l'Information
Géographique et Forestière)
Geoffrey Blewitt (University of Nevada, Reno)

G01.
Reference frames
Session: G01-1
Session title: International terrestrial reference frame
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
08:30 - 10:00
Room:
Room 502
Chairs:Geoffrey Blewitt (University of Nevada, Reno)
Johannes Böhm (Technische Universität Wien)

Title

Program No.

10:30

Progress towards the third
realisation of the International
Celestial Reference Frame
Patrick Charlot

G01-2-01
invited

10:45

Testing of special relativity withgeodetic VLBI
Oleg Titov, Hana Krasna

G01-2-02

11:00

Correlated atmosphere noise in
VLBI analysis
Hana Krasna, John Gipson

G01-2-03

11:15

Ray-traced delays and global
reference frames with geodetic VLBIDavid Mayer, Hana Krasna, DanielLandskron, Johannes Boehm

G01-2-04

11:30

Space tie satellites for millimetre
geodesy – a VLBI perspective
Lucia Plank, Jamie McCallum, Andreas
Hellerschmied, Johannes Boehm, Jing
Sun

G01-2-05

Time

Title

08:30

Status of the International
Terrestrial Reference Frame:
ITRF2014 and future developments
Zuheir Altamimi, Paul Rebischung,
Laurent Metivier, Xavier Collilieux,
Kristel Chanard

G01-1-01

08:45

Analysis of the seasonal parameters
estimated in the ITRF2014
processing
Xavier Collilieux, Zuheir Altamimi, Paul
Rebischung, Laurent Metivier, Kristel
Chanard

G01-1-02

09:00

JTRF2014: A Time Series
Representation of the ITRF
Richard Gross, Claudio Abbondanza,
T. Mike Chin, Mike Heflin, Jay Parker,
Xiaoping Wu

G01-1-03
invited

09:15

DGFI-TUM analysis and scale
investigations of the latest
terrestrial reference frame
realizations
Mathis Blossfeld, Detlef Angermann,
Manuela Seitz

G01-1-04
invitedSession: G01-3
Session title: Reference frame methodology and implementation
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
13:30 - 15:00
Room:
Room 502
Chairs:Johannes Böhm (Technische Universität Wien)
Zuheir Altamimi (Institut National de l'Information
Géographique et Forestière)

09:30

IGS14/igs14.atx: Implications for IGS
products
Paul Rebischung, Ralf Schmid, Xavier
Collilieux, Zuheir Altamimi

G01-1-05
invited

Time

Title

13:30

G01-3-01

The status of DORIS in light of
ITRF2014
Frank Lemoine, Laurent Soudarin,
Guilhem Moreaux, Hugues Capdeville,
Jean-Michel Lemoine, Pascale
Ferrage, Jerome Saunier, Denise
Dettmering, Marek Ziebart, Pascal
Willis, Patrick MichaelG01-1-06

Robust realization of a no-net
rotation reference frame on a
deforming tectonic plate
Geoffrey Blewitt, Corne Kreemer,
William C. Hammond

13:45

Three Dimensional Strain-Rate Field
from Geodetic Measurements on the
Surface
Arturo Villiger, Alain Geiger, Fabian
Neyer, Elmar Brockmann

G01-3-02

14:00

Spatially correlated grounddeformation models in reference
frame estimation
T. Mike Chin, Claudio Abbondanza,
Richard Gross, Mike Heflin, Jay Parker,
Benedikt Soja, Xiaoping Wu

G01-3-03

14:15

Differential station coordinates
changes (velocities) versus
coordinate differences (epochsolutions) for realising the timedependence in ITRF
Hermann Drewes

G01-3-04

09:45

82

Program No.

Time

Program No.

14:30Kalman filter terrestrial reference
frame solutions based on timevariable process noise
Benedikt Soja, Richard Gross,
Claudio Abbondanza, Toshio Chin,
Michael Heflin, Xiaoping Wu, Kyriakos
Balidakis, Tobias Nilsson, SusanneGlaser, Maria Karbon, Robert
Heinkelmann, Harald SchuhG01-3-05

14:45

Variant and Invariant Properties of
Coordinate Transformation
Gilad Even-Tzur

G01-3-06

Session: G01-4
Session title: Combination and co-location of space geodetic
techniques
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
16:30 - 18:00
Room:
Room 502
Chairs:Geoffrey Blewitt (University of Nevada, Reno)
Johannes Böhm (Technische Universität Wien)
Time

Title

Program No.

16:30

E-GRASP/Eratosthenes: a satellite
mission for improving the Terrestrial
Reference Frame
Markus Rothacher, Richard Biancale,
E-GRASP Science Team

G01-4-01
invited

16:45

Lunar Laser Ranging as tie between
terrestrial and space reference
systems
Franz Hofmann, Juergen Mueller

G01-4-02

17:00

Double-Differences Over Time forSpace Geodesy Techniques with
GNSS Satellites and Lunar Laser
Reflectors
Drazen Svehla, Markus Rothacher

G01-4-03

17:15

Multi-Year Analysis of GNSS Local
Ties at Fundamental Sites
Ivan Dario Herrera Pinzon, Markus
RothacherG01-4-04

17:30

Non-linear Geocenter Motion
from Multi-Technique Geocentric
Station Coordinate Time Series in
a Terrestrial Reference Frame on
Dynamic Earth and GRACE Gravity
Data
Xiaoping Wu, Juergen Kusche, Felix
Landerer

G01-4-05

Session: G01-5
Session title: Regional reference frames and networks I
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
08:30 - 10:00
Room:
Room 502
Chairs:Zuheir Altamimi (Institut National de l'Information
Géographique et Forestière)
Geoffrey Blewitt (University of Nevada, Reno)
Time

Title

Program No.

08:30

The Geocentric Datum of Australia
2020
John Dawson, Michael Moore,
Guorong Hu, Craig Harrison, Nicholas
Brown

G01-5-01
invited

08:45

Continuing and Emerging Roles of
National GNSS CORS as Geodetic
Infrastructure: Case study of
GEONET in Japan
Hiromichi Tsuji, Yuki Hatanaka, Yohei
Hiyama, Satoshi Kawamoto, Tomoaki
Furuya, Basara Miyahara, Toshihiro
Yahagi, Tatsuya I. Yamashita, Hiroshi
Munekane

G01-5-02
invited

09:00

Japan-1sec1cm accuracy -Geodetic
Network Adjustment
Hiroyuki Hasegawa

G01-5-03

09:15

Restoring the New Zealand Geodetic
Datum after the 2016 Kaikoura
Earthquake
Chris Crook, Nic Donnelly, Ian Hamling

G01-5-04

09:30

SHRF16: A Stable Houston
Reference Frame for Faulting andSubsidence Study in the Houston
Metropolitan Area, Texas, U.S.A.
Guoquan Wang, Timothy Kearns,
Hanlin Liu, Eleanor Dietz, Vasilios
Tsibanos

G01-5-05

09:45

Station calibration of the SWEPOSGNSS Network
Martin Lidberg, Per Jarlemark, Jan
Johansson, Kent Ohlsson, Lotti Jivall

G01-5-06

Session: G01-6
Session title: Regional reference frames and networks II
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
10:30 - 12:00
Room:
Room 502
Chairs:Johannes Böhm (Technische Universität Wien)
Zuheir Altamimi (Institut National de l'Information
Géographique et Forestière)
Time

Title

Program No.

10:30

Foundation CORS: Underpinning a
New Positioning Framework
Daniel Roman, Kevin ChoiG01-6-01

10:45

ITRF2014/IGS14 European Regional
Densification Using the EPN Long
Term Daily SINEX productAmbrus Kenyeres, Tomasz Liwosz,
Juliette Legrand, Christof Voelksen,
Andrzej Araszkiewicz, Jan Dousa,
Daniel Ineichen, Elmar Brockman,
Marcellino Valdes

G01-6-0283

11:00

Near real time modelling ofcoseismic and post-seismic
deformation for NetworkRTK
applications
Paul Denys, Chris PearsonG01-6-03

11:15

New Zealand Vertical Datum 2016,
an improved gravimetric reference
frame
Matt Amos, Rachelle Winefield

G01-6-04

The leveling net adjustment with acorrection for altitude variations
obtained from GNSS-based control
stations data
Tatsuya Yamashita, Takashi Toyofuku,
Kensuke Kokado, Satoru Nemoto,
Hiroyuki Tanaka, Yu Morishita

G01-6-05

Precise leveling, tide gauge andsatellite altimetry for definition of
Saudi Arabia National Reference
Frame (SANVRF) – Jeddah'2014
Rossen Grebenitcharsky, George
Vergos, Othman Al-Kherayef, Bandar
Al-Musulmani, Rene Forsberg

G01-6-06

11:30

11:45

Session:
Type:
Date:
Time:
Room:

G01-P
PosterTuesday, August 1/ Wednesday, August 2, 201715:30 - 16:30
Shinsho Hall

Title

84

Program No.

Estimation of Post Seismic
Deformation Model Using Monte
Carlo Method
Takayuki Miyazaki

G01-P-01

Impact of different TRF station
coordinate parameterizations on
VLBI combined EOP
Sabine Bachmann, Daniela Thaller

G01-P-02

Investigations on scale factor fromVLBI observations
Hana Krasna, Oleg Titov, Igor Surkis,
Dmitrii Ivanov, Alexey Melnikov

G01-P-03

IGRS2013 Deformation Model:
Linear Velocities and Co-seismic
Deformation
Susilo Susilo, Hasanuddin Z. Abidin,
Irwan Meilano, Endra Gunawan,
Benyamin Sapiie, Dina A. Sarsito, Heri
Andreas, Dhota Pradipta, Antonius B.
Wijanarto, Joni Efendi

G01-P-04

Investigating the performance of
the GNSS-SLR co-location on-board
GNSS satellites for reference frame
determination
Sara Bruni, Paul Rebischung, Susanna
Zerbini, Zuheir Altamimi, Maddalena
Errico, Efisio Santi

G01-P-05

Developing a semi-dynamic datum
for Nepal after the April 25 Gorka
Earthquake
Christopher Pearson, Niraj Manandhar,Paul Denys

G01-P-06

Assimilation of satellite altimetry,gravity, leveling and GOCE data forthe definition of the Saudi Arabia
National Reference Frame (SANVRF)
George S. Vergos, Rossen
Grebenitcharsky, Dimitrios A.
Natsiopoulos, Othman Al-Kherayef,
Bandar Al-Musulmani

G01-P-07

Assessment of displacement
models used in time-dependenttransformations. The particularcase of California.
Daphne Lercier

G01-P-08

Verification of accelerated verticalcrustal movements in the Tohoku
region prior to the 2011 TohokuOki earthquake by reanalysis of
GEONET data using Precise Point
Positioning
Yo Kawashima, Takeshi Sagiya

G01-P-09

Modeling vertical displacements
at stations of the Geocentric
Reference System for the Americas(SIRGAS) due to hydrological load
Claudio Brunini, Laura Sanchez,
Romina Galvan, Hermann Drewes,
Mauricio Gende

G01-P-10

SIRGAS: the core geodetic
infrastructure in Latin America andthe Caribbean
Victor Cioce, Laura Sanchez, Marco
Aurelio de Almeida, Jose Guillermo
Gasca, Hernan Guagni, Alfonso
Morillo, Hector Parra, Oscar Rodriguez,
Norbertino Suarez, Jose Francisco
Valverde

G01-P-11

On adopting a realization of the
EVRS as the national height system
in mainland Portugal
Manuela Vasconcelos, Ana Carla
Bernardes, Helena Ribeiro

G01-P-12

IDS DORIS analysis centre Geodetic
Observatory Pecny: development
and researchPetr Stepanek, Michal Buday, Vratislav
Filler

G01-P-13

Assessment of the impact ofsession types, observation timespan, network geometry and -sizeon the estimation of radio source
coordinates
Maria Karbon, Santiago Belda, Robert
Heinkelmann, Tobias Nilsson, Harald
Schuh

G01-P-14

IAG Gravity field

10:45

A Comparison of Airborne Vector
Gravimeter Measurements with
the NOAA Geoid Slope Validation
Survey 2014
Stephen Ferguson, Yan Ming Wang,
Stefan Elieff, Simon Holmes, Xiaopeng
Li, Kevin Ahlgren, Ruifeng Xi

G02-2-02

11:00

Evaluation of the contributionof optical clocks to gravity fieldmodelling
Juergen Mueller, Hu Wu

G02-2-03

11:15

Cold Atom Interferometers Used In
Space (CAIUS) for measuring the
Earth's gravity field
Olivier Carraz, Luca Massotti, Christian
Siemes, Roger Haagmans, Linda
Mondin, Pierluigi Silvestrin, Michael
Kern

G02-2-04

11:30

An innovative tool for marine
Gravimetry: results of a survey witha cold atom gravimeterMarie-Francoise Lalancette, Didier
Rouxel, Yannick Bidel, Alexandre
Bresson, Nassim Zahzam, Sylvain
Lucas, Cedric Blanchard, Gildas
Delachienne

G02-2-05

11:45

Development of a high-accuracy
gravity measurement systemonboard a moving autonomous
underwater vehicle
Takemi Ishihara, Masanao Shinohara,
Akito Araya, Tomoaki Yamada,Toshihiko Kanazawa, Hiromi Fujimoto,
Satoshi Tsukioka, Shinobu Omika,
Kenji Uehira, Masashi Mochizuki,
Tsuyoshi Yoshiume, Kokichi Iizasa

G02-2-06

G02.
Static gravity field
Session: G02-1
Session title: Theory and methods
Type:
Oral
Date:
Monday, July 31, 2017
Time:
08:30 - 10:00
Room:
Room 502
Chairs:Pavel Novak (University of West Bohemia, Pilsen)
Michael Schmidt (Technical University of Munich)
Time

Title

Program No.

08:30

Rectangular rotation of sphericalharmonic expansion of arbitraryhigh degree and orderToshio Fukushima

G02-1-01

08:45

Gravitational contribution of aspherical tesseroid by means ofmapping it into sectors of sphericalband
Anna Maria Marotta, Riccardo
Barzaghi

G02-1-02

09:00

Boundary complexity in classicaland variational concepts of solving
geodetic boundary value problems
Petr Holota, Otakar Nesvadba

G02-1-03

09:15

MRR and LSC – A mutual benefit
for advanced regional gravity fieldmodeling
Michael Schmidt, Verena Lieb, Martin
Willberg, Roland Pail

G02-1-04

09:30

Properties and applications ofgravity-field curvatures in geodesy
Pavel Novak

G02-1-05

09:45

Direct topographical effect on
the airborne gravity disturbancefor Helmert's second method ofcondensation
Jianliang Huang, Marc Veronneau,John W. Crowley

G02-1-06

Session: G02-3
Session title: Regional gravity and geoid
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
08:30 - 10:00
Room:
Room 502
Chairs:Hussein Abd-Elmotaal (Minia University)
Riccardo Barzaghi (Politecnico di Milano)
Time

Title

08:30

G02-3-01

Session: G02-2
Session title: Gravimetry
Type:
Oral
Date:
Monday, July 31, 2017
Time:
10:30 - 12:00
Room:
Room 502
Chairs:Yoichi Fukuda (Kyoto University)
Leonid Vitushkin (D.I. Mendeleyev Institute forMetrology)

An improved gravimetric geoid
model for Japan based on the
Stokes–Helmert scheme with adeterministically modified Stokes'
kernelKoji Matsuo, Takayuki Miyazaki, Basara
Miyahara, Yuki Kuroishi

08:45

AFRGDB_V2.0: The Gravity
Database for the Determination of
the Earth's Mathematical Surface inAfricaHussein Abd-Elmotaal, Kurt Seitz,
Norbert Kuehtreiber, Bernhard Heck

G02-3-02

Time

Title

09:00

Closing the GOCE polar gap in
Antarctica from airborne gravity andderived gravity gradients
Rene Forsberg, Arne Olesen, Tom
Jordan, Fausto Ferraccioli, Kenichi
Matsuoka, Hasan Yildiz

Terrestrial gravity data for a new
Russian quasigeoid model
Ilya Oshchepkov

G02-3-03

10:30

09:15

DRUKGEOID15: The new geoid of
BhutanMachiel Bos, Rui Fernandes, Kinzang
Thinley, Jamphel Gyeltshen

G02-3-04

Program No.
G02-2-01

Program No.

85

09:30Combining airborne and terrestrial
gravity data to improve the geoid
model in Brazil
Gabriel do Nascimento Guimaraes,
Ana Cristina Oliveira Cancoro deMatos, Denizar Blitzkow

G02-3-05

09:45

The gravimetric component of
AUSGeoid2020 and its error model
Sten Claessens, Jack McCubbine, Will
Featherstone, Nick Brown

G02-3-06

Session: G02-5
Session title: Altimetry and marine geoid
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
13:30 - 15:00
Room:
Room 502
Chairs:Xiaoli Deng (University of Newcastle)
Per Knudsen (Technical University of Denmark)
Time

Title

13:30

The GEOMED2 project: Geoid
estimation in the Mediterranean
Area
Riccardo Barzaghi, Georgios
Vergos, Alberta Albertella, Daniela
Carrion, Ilias N. Tziavos, Vassilios N.
Grigoriadis, Dimitrios A. Natsiopoulos,
Sean Bruinsma, Sylvain Bonvalot,
Lucia Seoane, Franck Reinquin, MarieFrancoise Lequentrec-Lalancette,
Corinne Salaun, Pascal Bonnefond,
Per Knudsen, Ole Andersen, Mehemet
Simav, Hasan Yildiz, Tomislav Basic,
Matei Varga, Olga Bjelotomic

G02-5-01

13:45

Geomed2: gravimetric versus
combined geoid model
Sean Bruinsma, Sylvain Bonvalot,
Franck Reinquin, Lucia Seoane

G02-5-02

14:00

Overview of the FAMOS efforts
to improve the Baltic Sea geoid
model by new marine gravity
measurements
Jonas Agren, Joachim Schwabe,
Gabriel Strykowski, Rene Forsberg,
Gunter Liebsch, Christoph Foerste,
Franz Barthelmes, Mirjam BilkerKoivula, Artu Ellmann, Silja Maerdla

G02-5-03

14:15

The altimetry-derived marine gravity
field for enhanced geodetic andgeological studies around Taiwan
Xiaoli Deng, Cheinway Hwang, Ole B.
Andersen, Mark G. Stewart

G02-5-04

14:30

Towards a new Global marine
gravity field based on SARAL/
ALtiKa, Jason-1 and Cryosat-2
Geodetic Missions
Ole Andersen, Per Knudsen, Carsten
Ludwidsen, Adil Abulaitijiang

G02-5-05

14:45

Comparing marine gravity
and satellite altimetry in the
Mediterranean area
R. Barzaghi, D. Carrion, C. De
Gaetani, A. Albertella, G. Vergos, A.
Abulaitijiang, O. Andersen, P. Knudsen,
I. N. Tziavos, M.-F. LequentrecLalancette, C. Salaun

G02-5-06

Session: G02-4
Session title: Gravity field modelling and applications
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
10:30 - 12:00
Room:
Room 502
Chairs:Roland Pail (Technical University of Munich)
Dan Roman (National Oceanic and Atmospheric
Administration)
Time

Title

10:30

NGS Annual GRAV-D enhanced
Geoid Models – xGEID2017: What is
new and the results
Yan Ming Wang, Simon Holmes,
Xiaopeng Li, Kevin Ahlgren

G02-4-01

10:45

High-resolution modelling of thestatic gravity field from the GOCE
gravity gradients using meshlessboundary collocation techniques
Robert Cunderlik

G02-4-02

11:00

Satellite gravimetry from tracking:do it right, and for better
Peiliang Xu

G02-4-03

11:15

Evaluation of Dynamic Heights on
the Great Lakes
Daniel Roman, Xiaopeng Li

G02-4-04

11:30

Results from GOCE++ Dynamical
Coastal Topography and tide gauge
unification using altimetry and
GOCE
Ole Andersen, Per Knudsen, Karina
Nielsen, Chris Hughes, Rory Bingham,
Michael Kern, Guy Woppelmann,
Mederic Garvelle, Luciana FenoglioMarc

G02-4-05

A new OGMOC mean dynamic
topography model – DTU17MDTPer Knudsen, Ole Andersen, Thomas
Gruber, Thomas Fecher, Nikolai
Maximenko

G02-4-06

11:45

86

Program No.

Program No.

Session: G02-6
Session title: Height systems
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
16:30 - 18:00
Room:
Room 502
Chairs:Jonas Ågren (KTH Royal Institute of Technology)
Michael Sideris (The University of Calgary)
Time

Title

16:30

Establishing an IHRS reference
stationGeorgios S. Vergos, Ilias N. Tziavos

G02-6-01

16:45

The permanent tide and theInternational Height Reference
System IHRS
Jaakko Makinen

G02-6-02

17:00

On the practical realization of
the fixed GBVP approach for a
unification of height systems inCentral Europe
Thomas Grombein, Lucas Porz, Kurt
Seitz, Bernhard Heck

G02-6-03

17:15

Height datum unification by
patching local geoid models
Mirko Reguzzoni, Georgios S. Vergos,
Giovanna Sona, Riccardo Barzaghi,
Ilias N. Tziavos, Alberta Albertella,Daniela Carrion, Carlo I. De Gaetani,
Lorenzo Rossi

G02-6-04

NGS' Gravity for the Redefinition of
the American Vertical Datum Project
Update and Developments
Vicki Childers, Monica Youngman,
Theresa Damiani

G02-6-05

SAR and SARIN contribution to
Height System Unification in Greece
Ourania Altiparmaki, Georgios S.
Vergos, Ole Andersen

G02-6-06

17:30

17:45

Session:
Type:
Date:
Time:
Room:

Program No.

G02-P
PosterTuesday, August 1/ Wednesday, August 2, 201715:30 - 16:30
Shinsho Hall

Title

Program No.

Comparison of spherical andspheroidal harmonics for ultra-highresolution global gravity modelling
Sten Claessens

G02-P-01

What is the real meaning of theSecondary Indirect Effect?
Petr Vanicek, Robert Kingdon, Peter
Vajda, Jianliang Huang

G02-P-02

Regional geoid computation by
Least Squares Modified Hotine's
formula with Additive Corrections
Silja Mardla, Artu Ellmann, Jonas
Agren, Lars E. Sjoberg

G02-P-03

Establishment of the new Japan
Gravity Standardization Network(JGSN) 2016
Kenji Yoshida, Toshihiro Yahagi

G02-P-04

Local hydrological disturbances on
gravity revealed by simultaneous
observation with a gPhone and asuperconducting gravimeter
Kazuma Mochizuki, Kazunari Nawa,
Yuichi Imanishi

G02-P-05

Combined use of a superconducting
gravimeter and Scintrex gravimeters
for hydrological correction of
precise gravity measurements - A
superhybrid gravimetry
Yuichi Imanishi, Kazunari Nawa,
Yoshiaki Tamura, Hiroshi Ikeda, Ryo
Honda, Takashi Okuda, Makoto Okubo

G02-P-06

Application of Local Functions in
Airborne Gravimetry for Regional
Geoid Improvement
Xiaopeng Li, Yan Ming Wang

G02-P-07

Gross-Error Detection using
Artificial Neural Networks for theGravity Database in Egypt
Hussein Abd-Elmotaal, Mostafa Ashry

G02-P-08

Topographic correction andcovariance function modelling overthe coastal regions
Adili Abulaitijiang, Riccardo Barzaghi,
Ole Baltazar Andersen, Per Knudsen

G02-P-09

Geoid and Moho-depth modeling in
CyprusIlias N. Tziavos, Georgios S. Vergos,
Vassilios N. Grigoriadis, Efstratios
Stylianidis

G02-P-10

Preliminary Results of Mass
Redistribution from RepeatedCampaigns of Precision Gravimetry
in the Wandan Mud Volcano, Taiwan
Kai-Chien Cheng, Ling-Ho Chung,
Ricky Kao, Yuan-Hsi Lee

G02-P-11

Determination of Moho depth
models for Greece using different
gravity inversion methods
Vassilios Grigoriadis, Ilias Tziavos

G02-P-12

Towards the best GOCE gravity
gradients
Christian Siemes, Roger Haagmans,
Michael Kern

G02-P-13

GOCE and beyond: Status andactivities
Rune Floberghagen, Roger Haagmans,
Michael Kern

G02-P-14

Evaluation of the gravity andaltimetry data in the Baltic Sea
region and computation of the newquasi-geoid model for the territoryof Poland
Adam Lyszkowicz, Joanna KuczynskaSiehien

G02-P-15

PCA and along track filtering of
Crysoat2 SSH for DOT modeling in
the Mediterranean
Dimitrios Natsiopoulos, Georgios
Vergos, Ilias Tziavos

G02-P-16

87

The GEOMED2 project: Multiresolution aspects and aliasing in
topographic effects for geoid andgravity determination
Riccardo Barzaghi, Georgios S.
Vergos, Alberta Albertella, Daniela
Carrion, Ilias N. Tziavos, Vassilios N.
Grigoriadis, Dimitrios A. Natsiopoulos,
Sean Bruinsma, Lucia Seoane, Franck
Reinquin, Marie-Françoise LequentrecLalancette, Corinne Salaun, Pascal
Bonnefond, Per Knudsen, OleAndersen, Mehmet Simav, Hasan
Yildiz, Tomislav Basic, Matej Varga,
Olga Bjelotomic, Antonio J. Gil

G02-P-17

The GEOMED2 project: Geoid andcirculation in the Mediterranean Sea
R. Barzaghi, G. S. Vergos,
A. Albertella, D. Carrion, I. N. Tziavos,
V. N. Grigoriadis, D. A. Natsiopoulos,
S. Bruinsma, S. Bonvalot, L. Seoane,
F. Reinquin, M.-F. Lequentrec-Lalancette,
C. Salaun, P. Bonnefond, P. Knudsen,
O. Andersen, M. Simav, H. Yildiz,
T. Basic, M. Varga, O. Bjelotomic

G02-P-18

CryoSat-2-only gravity model ofthe Arctic ocean: case study inGreenland Sea
Adili Abulaitijiang, Ole BaltazarAndersen, Per Knudsen

G02-P-19

Local vertical datum validation
through the incorporation of GOCE
variance and covariance information
Vassilios D. Andritsanos, Vassilios
N. Grigoriadis, Georgios S. Vergos,
Thomas Gruber, Thomas Fecher

G02-P-20

Influence of the atmosphere on theevaluation of the geopotential fromglobal models on the surface of the
Earth: implications for the W0 andthe realization of the International
Height Reference System
Jaakko Makinen

G02-P-21

International Digital Elevation Model
Service (IDEMS): A Revived IAG
Service
Kevin Kelly, Christian Hirt, Michael
Kuhn, Riccardo Barzaghi

G02-P-22

G03.
Time variable gravity
field
Session: G03-1
Session title: Current and future satellite gravity missions
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
16:30 - 18:00
Room:
Room 504+505
Chairs:Srinivas Bettadpur (University of Texas at Austin)
Shuanggen Jin (Shanghai Astronomical
Observatory, Chinese Academy of Sciences)
Time

Title

Program No.

16:30

Current Status of the GRACE
MissionByron Tapley, Frank Flechtner, Michael
Watkins, Srinivas Bettadpur

G03-1-01
invited

17:00

GRACE Follow-On: Overview andCurrent Mission Status
Felix Landerer, Frank Flechtner, FrankWebb, Michael Watkins, Christoph
Dahle, Srinivas Bettadpur

G03-1-02

17:15

Towards deriving temporal sampling
requirements for future satellite
gravimetry missions
David Wiese, Christopher McCullough

G03-1-03

17:30

Constellations of Next Generation
Gravity Missions: mapping andmitigation of ocean tide model
errorsPieter Visser

G03-1-04

17:45

Status of development on the futureaccelerometers for next generation
gravity missions
Bruno Christophe, Francoise Liorzou,
Damien Boulanger, Bernard Foulon,
Vincent Lebat, Phuong-Anh Huynh,
Nassim Zahzam, Yannick Bidel,
Alexandre Bresson

G03-1-05

Session: G03-2
Session title: Time-varying gravity field estimation
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
08:30 - 10:00
Room:
Room 504+505
Chairs:Jürgen Kusche (University of Bonn)
Shuanggen Jin (Shanghai Astronomical
Observatory, Chinese Academy of Sciences)

88

Time

Title

08:30

Earth Mass Transport Mission 2 –Proposal for an Earth Explorer 9
MissionThomas Gruber, Isabelle Panet, Roland
Pail

Program No.
G03-2-01

08:45Time variable gravity from kinematic
orbits of LEO satellites – A 15+
years series of monthly solutions
without gaps
Norbert Zehentner, Torsten MayerGuerr, Sebastian Strasser

G03-2-02

09:00

Near real-time gravity and its
applications in the era of Next
Generation Gravity Missions Insights on the ESA-ADDCON
project
Ilias Daras, Pieter Visser, Nico
Sneeuw, Tonie van Dam, Roland Pail,
Thomas Gruber, Qiang Chen, Wei Liu,
Mohammad Tourian, Johannes Engels,
Peyman Saemian, Christian Siemes,
Roger Haagmans

G03-2-03

GRACE Temporal Gravity Solution
Techniques Based on Energy
Balance Approach
C. K. Shum, Chunli Dai, Kun Shang,
Junyi Guo, Yu Zhang, Wei Feng, Ehsan
Forootan, Ales Bezdek, Josef Sebera,
Karoslav Klokocnik, Orhan Akyilmaz,
Chungyen Kuo, Jurgen Kusche,
Huseyin Merchan, Michael Schmidt,
Min Zhong, Leonid Zotov

G03-2-04

09:30

Amplitude-phase representation of
GRACE spherical harmonic spectra
Nico Sneeuw, Balaji Devaraju

G03-2-05

09:45

Using Swarm and Sentinelobservations for time-variable hlSST gravity field determination
Christoph Dahle, Daniel Arnold,
Adrian Jaeggi, Ulrich Meyer, Rolf
Koenig, Grzegorz Michalak, Karl Hans
NeumayerG03-2-06

09:15

Session: G03-3
Session title: Time-varying gravity field methods and solutions
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
10:30 - 12:00
Room:
Room 504+505
Chairs:Srinivas Bettadpur (University of Texas at Austin)
Jürgen Kusche (University of Bonn)
Time

Title

Program No.

10:30

Preliminary results from CSR RL06
GRACE gravity solutions
Himanshu Save

G03-3-01

10:45

Combination of monthly gravity
field solutions – transition from an
EGSIEM prototype service into an
IAG service
Adrian Jaggi, Ulrich Meyer, Yoomin
Jean, Daniel Arnold

G03-3-02

11:00

On computation of along-track
potential and Line-of-Sight (LOS)
acceleration difference using
GRACE inter-satellite ranging data
for time-variable gravity analysis
Khosro Ghobadi Far, Shin-Chan Han,
Bryant Loomis, Scott Luthcke

G03-3-03

11:15

Evaluating strategies for mitigating
aliasing errors in GRACE-like
satellite missions
Balaji Devaraju, Matthias Weigelt,
Juergen MuellerG03-3-04

11:30

GRACE de-striping by biharmonic
thin-plate splines on the sphere
Wolfgang KellerG03-3-05

11:45

SLR monthly gravity solutions using
the C5++ software
Koji Matsuo, Toshimichi Otsubo

G03-3-06

Session: G03-4
Session title: Mass transport and redistrubution
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
13:30 - 15:00
Room:
Room 504+505
Chairs:Shuanggen Jin (Shanghai Astronomical
Observatory, Chinese Academy of Sciences)
Jürgen Kusche (University of Bonn)
Time

Title

Program No.

13:30

Mapping probabilities of extreme
continental water storage changes
from space gravimetry
Juergen Kusche, Annette Eicker, Ehsan
Forootan, Anne Springer, Laurent
Longuevergne

G03-4-01

13:45

Glacier melting and GIA in Alaska
estimated from joint GPS, ICESat
and GRACE measurements
Shuanggen Jin, Tengyu Zhang

G03-4-02

14:00

Spatio-temporal downscaling of
GRACE water storage changes dataat catchment scale
Mohammad J. Tourian, Nico Sneeuw

G03-4-03

14:15

The potential of GRACE gravimetry
to detect heavy rainfall-induced
impoundment of a small reservoir inthe upper Yellow River
Shuang Yi, Chunqiao Song, Qiuyu
Wang, Linsong Wang, Kosuke Heki,
Wenke Sun

G03-4-04

14:30

Detection and interpretation ofmulti-annual mass variation in
GRACE monthly gravity solutions
Lorant Foldvary, Annamaria Kiss

G03-4-05

89Session: G03-5
Session title: Solid-Earth and other applications
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
16:30 - 18:00
Room:
Room 504+505
Chairs:Jürgen Kusche (University of Bonn)
Srinivas Bettadpur (University of Texas at Austin)
Time

Title

16:30

What GRACE/GRACE-FO satellite
gravity may tell about theatmosphere (and what not)Annette Eicker, Anne Springer,
Andreas Hense, Isabelle Panet,
Juergen Kusche

G03-5-01

16:45

Uncertainty of GRACE-borne long
periodic and secular ice mass
variations in Antarctica
Lorant Foldvary, Annamaria Kiss

G03-5-02

17:00

Ocean tide alias spectrum
estimation for satellite gravity
missions
Wei Liu, Nico Sneeuw

G03-5-03

17:15

Seasonal water mass variationin the Japan Sea from satellite
gravimetry: Comparison with GNSS
and seasonality in earthquake
occurrences
Suguru Doto, Kosuke Heki

G03-5-04

17:30

Seismic gravity changes of the 2004
Sumatra-Andaman earthquake andstatic gravity anomaly
Yusaku Tanaka, Kosuke Heki

G03-5-05

17:45

Continuous time variations inrelative gravity and tilt, observed
by a CG-3M gravimeter during
the inflation event at Sakurajima
Volcano on August 15, 2015
Takahito Kazama, Keigo Yamamoto,
Masato Iguchi, Yoichi Fukuda

G03-5-06

Session:
Type:
Date:
Time:
Room:

G03-P-04

Evaluation and Analysis of Ground
Water Level Changes and Water
Budget in the Northeast Poland
Joanna Kuczynska-Siehien, Zofia
Rzepecka, Monika Birylo, Ewa
Andrasik, Jolanta NastulaG03-P-05

A novel approach to study ice masschange by integration of satellite
data in Greenland and Antarctica
Mohammad Bagherbandi, Hadi Amin
Nureldin Gido, Lars E. Sjöberg

G03-P-06

IAG Earth rotation and Geodynamics

G03-P
PosterThursday, August 3/ Friday, August 4, 201715:30 - 16:30 / 15:00 - 16:00
Shinsho Hall

Title

90

Program No.

Comparison of short-term iGrav
superconducting gravimeter
observations with local and globalhydrological models
Hojjat Kabirzadeh, Dimitrios Piretzidis,
Jeong Woo Kim, Michael G. Sideris

G04.
Earth rotation andgeodynamics
Session: G04-1
Session title: Earth rotation and geodynamics I
Type:
Oral
Date:
Monday, July 31, 2017
Time:
08:30 - 10:00
Room:
Room 504+505
Chairs:Jianli Chen (University of Texas at Austin)
Bernhard Steinberger (GFZ Germen ResearchCenter for Goesciences)
Time

Title

08:30

Limited True Polar Wander
as evidence that Earth's nonhydrostatic shape is persistently
triaxial
Bernhard Steinberger, Miriam-LisanneSeidel, Trond Torsvik

G04-1-01

08:45

Short-term Angular Momentum
Forecasts for Polar Motion
Prediction
Maik Thomas, Robert Dill, Henryk
Dobslaw, Christian Bizouard

G04-1-02

09:00

Geophysical interpretation of longterm polar motion
Jianli Chen

G04-1-03

09:15

Hydrological excitation of polar
motion by different representationsof Earth's gravity field
Jolanta Nastula, Malgorzata Winska,
Waldemar Popinski

G04-1-04

Program No.

ESA's Studies of Next Generation
Gravity Mission Concepts
Luca Massotti, Christian Siemes,
Olivier Carraz, Roger Haagmans,
Pierluigi Silvestrin, Michael Kern

G03-P-01

Combination of monthly gravity
fields on normal equation level
Ulrich Meyer, Adrian Jaeggi, Yoomin
Jean, Daniel Arnold

G03-P-02

GNSS-based calibration of GRACE
accelerometers
Igor Koch, Akbar Shabanloui, Jakob
Flury, Juergen Mueller

G03-P-03

Program No.

09:30Global and regional comparison ofhydrological excitation functions ofpolar motion by GRACE data andclimate models
Justyna Sliwinska, Jolanta NastulaG04-1-05

Session: G04-2
Session title: Earth rotation and geodynamics II
Type:
Oral
Date:
Monday, July 31, 2017
Time:
10:30 - 12:00
Room:
Room 504+505
Chairs:Manabu Hashimoto (Kyoto University)
Alberto Escapa (University of Alicante)
Time

Title

10:30

On application of the Kalman filter
for high resolution estimation ofEarth orientation parameters using
the ring laser and VLBI data
Monika Tercjak, Aleksander Brzezinski,
Tobias Nilsson, Harald Schuh

G04-2-01

Corrections to IAU2000 nutation
series for consistency with IAU2006
precession
Alberto Escapa, Jose ManuelFerrandiz, Tomas Baenas, Juan GetinoG04-2-02

11:00

EOP prediction based on the Copula
method using multi-source data
Sadegh Modiri, Robert Heinkelmann,
Santiago Belda, Jose M. Ferrandiz,
Harald Schuh

G04-2-03

11:15

Excitation study of the observed
Chandler wobble based on GRACE
and SLR gravity data
Aleksander Brzezinski, Jolanta NastulaG04-2-04

11:30

Determination of accuracy
information for effective angularmomentum functions derived fromgravity field observations
Franziska Goettl, Mathis Blossfeld,
Alexander Kehm, Michael Schmidt,
Florian Seitz

G04-2-05

Empirical approach to theconsistency and accuracy of thecurrent IAU 2006/2000A precessionnutation modelSantiago Belda, Jose M. Ferrandiz,
Robert Heinkelmman, Maria Karbon,
Tobias Nilsson, Harald Schuh

G04-2-06

10:45

11:45

Program No.

Session: G04-3
Session title: Earth rotation and geodynamics III
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
08:30 - 10:00
Room:
Room 504+505
Chairs:Manabu Hashimoto (Kyoto University)
Alvaro Santamaria-Gomez (Universite de Toulouse)
Time

Title

08:30

Long-baseline laser strainmeter
constructed at the underground
KAGRA site in Kamioka as a newtool for monitoring crustal dynamics
Akito Araya, Akiteru Takamori, Wataru
Morii, Kouseki Miyo, Masatake Ohashi

Program No.
G04-3-01

08:45

First year of gravity signal records
with the iGrav-027 superconducting
gravimeter
Przemyslaw Dykowski, Marcin
Sekowski, Jan Krynski

G04-3-02

09:00

Loading effects caused by storm
surges in the Rio de La Plata /Argentina: A model proof by a highresolution gravity time series
Hartmut Wziontek, Fernando Oreiro,
Ezequiel Antokoletz, Enrique D'Onofrio,
Monica Fiore, Claudia Tocho

G04-3-03

09:15

Constraining vertical land motionof tide gauges (IAG JWG 3.2):
combination of velocity fields
Alvaro Santamaria-Gomez, Matt King,
Tilo Schone, Tonie van Dam, Guy
WoppelmannG04-3-04

09:30

Estimates of vertical velocity
errors for IGS ITRF2014 stations
by applying the improved singular
spectrum analysis method andenvironmental loading models
Janusz Bogusz, Marta Gruszczynska,
Anna Klos, Machiel S. Bos, Jean-Paul
Boy

G04-3-05

09:45

Vertical velocity profile and possible
velocity changes in SW Japan from
GNSS data over the last 20 years
Yutaro Iwasa, Kosuke Heki

G04-3-06

Session: G04-4
Session title: Earth rotation and geodynamics IV
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
10:30 - 12:00
Room:
Room 504+505
Chairs:Janusz Bogusz (Military University of Technology)
Haluk Ozener (Bogazici University)
Time

Title

Program No.

10:30

Actual Continuous Kinematic Model(ACKIM) of the Earth Crust based on
ITRF2014
Hermann Drewes

G04-4-01

10:45

Comparing Global and DedicatedPlate Angular Velocity Models: thecases of Arabia and South America
Rui Fernandes, Machiel Bos, Abdulaziz
Alothman, Hector Mora-Paz

G04-4-0291

11:00Modelling of Time-Varying Seasonal
Signals in GNSS Time Series
Anna Klos, Machiel Bos, Janusz
Bogusz

G04-4-03

11:15

Distribution of interplate couplingin the south of Central and EasternJava from GPS observation
Irwan Meilano, Endra Gunawan, Dina
Sarsito, Rahma Hanifa, Bambang
Setyadji, Hasanuddin Abidin, Susilo
SusiloG04-4-04

11:30

Seismo-geodetic Behavior of Basic
Tectonic Elements in Anatolian
Region and Surroundings
Haluk Ozener, Asli Dogru, Bahadir
Aktug, Soner OzdemirG04-4-05

Advanced analysis of GRACE andGNSS data for Earth's response toseasonal and decadal loads
Paoline Prevost, Luce Fleitout, Eric
Calais, Toni Vandam, Kristel Chanard,
Michael Ghil

G04-4-06

11:45

Session:
Type:
Date:
Time:
Room:

G04-P
PosterTuesday, August 1/ Wednesday, August 2, 201715:30 - 16:30
Shinsho Hall

Title

92

Program No.

Length of the Day estimated fromDORIS observations
Petr Stepanek, Michal Buday, Vratislav
Filler, Urs Hugentobler

G04-P-01

Revisiting the indirect effect of
the triaxiality on the polar motion
libration of the non-rigid EarthAlberto Escapa, Jose ManuelFerrandiz, Juan Getino, Tomas Baenas

G04-P-02

The influence of mantle anelasticity
on load response functions
Volker Klemann, Robert Dill, MaikThomas

G04-P-03

Time-lapse relative gravity
measurements between surface andunderground stations for studying
the local hydrology
Jaakko Makinen, Ivars Liepins, Viesturs
Sprogis, Janis Sakne, Kalvis Salmins,
Janis Kaminskis, Reinhard Falk, David
Stizza

G04-P-04

GPS Observation to Identify Bali
Back Arc Thrusting
Dina A. Sarsito, Sri Hidayati, Susilo
Susilo, Cecep Sulaiman, Irwan
Meilano, Endra Gunawan, Estu
Kriswati, Hasanuddin Z. Abidin, Heri
Andreas

G04-P-05

Earth rotation in sight of climate
modulations
Leonid Zotov, Nikolay Sidorenkov,
Christian Bizouard, Alexey Lyubushin

G04-P-06

Identifying the land subsidence
attributed to the natural gas mining
in GNSS time series in Japaneseactively crustal deformed area
Takuya Harada, Tomochika Tokunaga,
Seiichi Shimada

G04-P-07

IAG Positioning and Applications

G05.
Multi-signal
positioning: Theory
and applications
Session: G05-1
Session title: Indoor and outdoor navigation
Type:
Oral
Date:
Friday, August 4, 2017
Time:
08:30 - 10:00
Room:
Room 504+505
Chairs:Vassilis Gikas (National Technical University ofAthens)Jinling Wang (University of New South Wales)
Time

Title

Program No.

08:30

Constrained Differential Wi-Fi andUWB Measurements for Indoor
Cooperative User Localization
Guenther Retscher, Hannes Hofer,
Allison Kealy, Vassilis Gikas, Andreas
Ettlinger, Franz Obex

G05-1-01

08:45

Static and kinematic experimental
evaluation of a UWB ranging systemfor positioning applications
Harris Perakis, Vassilis Gikas, Panos
SotiriouG05-1-02

09:00

The Database Referenced
Navigation Algorithms : A new
attempt at combining geophysicalDBs and navigation algorithms
Jisun Lee, Jay Hyoun Kwon

G05-1-03

09:15

The Estimation of Error Models
of MEMS-IMU and its application
to develop the GNSS/MEMS-IMU/
On-board Vehicle sensor based
positioning System
Yong Lee, Jay Hyoun Kwon

G05-1-04

09:30

Global GNSS processing based on
the raw observation approach
Sebastian Strasser, Norbert Zehentner,
Torsten Mayer-Guerr

G05-1-05

09:45

Improving GNSS RTK and kinematic
PPP positioning through extended
Kalman filter tuning
Marco Aurelio Moraes de Mendonca,
Marcelo C. dos Santos

G05-1-06

Session: G05-2
Session title: Single- and Multi-GNSS
Type:
Oral
Date:
Friday, August 4, 2017
Time:
10:30 - 12:00
Room:
Room 504+505
Chairs:Pawel Wielgosz (University of Warmia and Mazury)
Marcelo Santos (University of New Brunswick)
Time

Title

10:30

Impact of Multi-GNSS analysis on
precise geodetic applications
Elmar Brockmann, Daniel Ineichen,
Simon Lutz, Stefan Schaer

G05-2-01

10:45

Assessment of PPP quality for highspeed kinematic application
Joao Francisco Galera Monico,Haroldo Antonio Marques, Italo
Tsuchiya, Mauricio Cardoso

G05-2-02

11:00

Statistical Analysis of Multi-GNSS
Inter-System Biases for Precise
Point Positioning Ambiguity
Resolution
Shuyang Cheng, Jinling Wang

G05-2-03

Quality of GPS, GLONASS, Galileo
and BeiDou real-time orbits andclocksKamil Kazmierski, Krzysztof Sosnica,
Tomasz Hadas

G05-2-04

11:30

Satellite Phase Bias Estimation with
High-Dimensional Ambiguity Fixing
Patrick Henkel, Dimitrios Psychas,
Christoph GuentherG05-2-05

11:45

High-rate RTK and PPP for
precise dynamic displacements
determination
Jacek Paziewski, Rafal Sieradzki,
Radoslaw Baryla, Pawel Wielgosz

G05-2-06

11:15

Program No.

Session: G05-3
Session title: Positioning applications
Type:
Oral
Date:
Friday, August 4, 2017
Time:
13:30 - 15:00
Room:
Room 504+505
Chairs:Allison Kealy (University of Melbourne)
Marcelo Santos (University of New Brunswick)
Time

Title

13:30

Higher Order Ionospheric modelling
campaigns for precise GNSS
applications
Tomasz Hadas, Jan Kaplon, Anna
Krypiak-Gregorczyk, ManuelHernandez-Pajares, Pawel Wielgosz,
Alberto Garcia-Rigo, Jacek Paziewski,
Kamil Kazmierski, Jaroslaw Bosy,
Krzysztof Sosnica, Dawid Kwasniak,
Marcin Pucilowski, Robert Szyszko,
Raul Orus Perez

G05-3-01

Crustal deformation in response to
the changing climate
Shimon Wdowinski, Paulo Setti, Tonie
van DamG05-3-02

13:45

Program No.

14:00

Variometric approach fordisplacement analysis using Galileo
dataFrancesca Tesolin, Alfonso Vitti,
Augusto Mazzoni, Mattia Giovanni
CrespiG05-3-03

14:15

Investigation of RUFRIS as analternative method to levelling
M. Amin Alizadeh-Khameneh, Anna
B. O. Jensen, Milan Horemuz, Johan
Vium Andersson

G05-3-04

Session:
Type:
Date:
Time:
Room:

G05-P
PosterThursday, August 3/ Friday, August 4, 201715:30 - 16:30 / 15:00 - 16:00
Shinsho Hall

Title

Program No.

Assessment of GNSS and
map integration for lane-levelapplications in the scope ofIntelligent Transportation Location
Based Services (ITLBS)
Emerson Cavalheri, Marcelo Santos

G05-P-01

Evaluation of digital surface
models created from LiDAR and
optical sensor data collected withunmanned aerial systems
Andrzej Borkowski, Grzegorz Jozkow,
Agata Walicka, Mateusz Karpina,
Przemyslaw Tymkow

G05-P-02

Improving low-cost GNSS
navigation in urban areas using
multi-constellation receivers andintegrating a Kinect device
Diana Pagliari, Carlo Iapige De
Gaetani, Eugenio Realini, Mirko
Reguzzoni, Lorenzo Rossi, Livio Pinto,
Riccardo Barzaghi

G05-P-03

Multi GNSS attitude estimation of
UAVs during landing
Marton Farkas, Szabolcs Rozsa, Balint
Vanek

G05-P-04

Short-Term Prediction of IGS RealTime Service Data for Continuous
GNSS Positioning
Jeongrae Kim, Mingyu Kim

G05-P-05

Multiplicative random error models:Parameter estimation and error
analysisYun Shi, Jing Zhang, Peng Chen, Jie
Lv, Chao Li

G05-P-06

MINIMUM MEAN SQUARE ERROR
ADJUSTMENT, Part 2: The
Empirical BLE and the reproBLE for
multivariate positioning
Burkhard Schaffrin, Peiliang Xu

G05-P-07

93

G06.
Geodetic remotesensing

Session: G06-2
Session title: Troposphere monitoring II
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
16:30 - 18:00
Room:
Room 504+505
Chairs:Tomasz Hadas (Wroclaw University ofEnvironmental and Life Sciences)
Francesco Vespe (Agenzia Spaziale Italiana)

Session: G06-1
Session title: Troposphere monitoring I
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
13:30 - 15:00
Room:
Room 504+505
Chairs:Yoshinori Shoji (Meteorological Research Institute
Tsukuba)
Robert Heinkelmann (German Research Centre forGeosciences Potsdam GFZ)
Time

Title

13:30

GNSS Remote Sensing at GFZ:
Overview and Recent Results
Jens Wickert, Fadwa AlShawaf,
Christina Arras, Milad Asgarimehr,
Galina Dick, Stefan Heise, Kristine
Larson, XingXing Li, Cuixian Lu,
Markus Ramatschi, Maximilian
Semmling, Torsten Schmidt, Tzvetan
Simeonov, Sibylle Vey, Florian Zus,
Harald Schuh

G06-1-01
invited

13:45

A new baseline processing strategy
for GNSS meteorology
Katarzyna Stepniak, Olivier Bock,
Pawel Wielgosz

G06-1-02

14:00

Impact of advanced ZTD estimate
method – Separation from site
coordinates estimation –Seiichi Shimada, Shingo Shimizu,
Kazuhisa Tsuboki, Yusuke Morimoto

G06-1-03

14:15

Main achievements of theWorking Group 1 “Advanced
GNSS Processing Techniques" ofthe COST Action ES1206: GNSS
for Severe Weather and Climate(GNSS4SWEC)
Galina Dick, Jan Dousa, Michal
Kacmarik, Pavel Vaclavovic, Eric
Pottiaux, Florian Zus, Hugues Brenot,
Jan Kaplon, Gregor Moeller, Rosa
Pacione, Andrea Stuerze, Norman
Teferle, Laurent Morel, Pawel
Hordyniec

G06-1-04

14:30

Heterogeneity of residuals from
GNSS and ray-traced troposphericdelays as an indicator ofhydrometeors
Pawel Hordyniec, Witold Rohm, Jan
KaplonG06-1-05

14:45

Analysis of systematic effects inslant total delay estimation with PPPJan Kaplon, Pawel Hordyniec, Witold
Rohm

G06-1-06

94

Time

Title

16:30

High-resolution troposphere models
based on Numerical Weather
Prediction for GNSS real-time
Precise Point Positioning
Karina Wilgan, Tomasz Hadas, Pawel
Hordyniec, Jaroslaw Bosy

G06-2-01

16:45

Optimum stochastic modeling for
GNSS tropospheric delay estimationin real-time
Tomasz Hadas, Felix Norman Teferle,
Kamil Kazmierski, Pawel Hordyniec,
Jaroslaw Bosy

G06-2-02

17:00

Impact assessment of regionalversus global Numerical Weather
Model–derived troposphericcorrections for GPS and VLBI
Thaleia Nikolaidou, Felipe Nievinski,
Kyriakos Balidakis, Marcelo Santos

G06-2-03

17:15

A Study of Severe Storm Monitoring
and Prediction using High Spatiotemporal GNSS Water Vapor
Information Retrieved with RTKLIB
and MADOCA
Yoshinori Shoji, Kazutoshi Sato,
Masanori Yabuki, Toshitaka Tsuda

G06-2-04

17:30

Integrated water vapor trends fromVLBI analysis, and their validation
with GNSS and numerical weathermodelsKyriakos Balidakis, Tobias Nilsson,
Robert Heinkelmann, Susanne Glaser,
Florian Zus, Zhiguo Deng, Harald
Schuh

G06-2-05

17:45

Tropospheric ties for intertechnique comparisons andcombinations
Jan Dousa, Robert Heinkelmann,
Kyriakos Balidakis

G06-2-06

Program No.

Program No.

Session: G06-3
Session title: Ionosphere and space weather I
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
08:30 - 10:00
Room:
Room 504+505
Chairs:Lung-Chih Tsai (National Central University)
Michael Schmidt (Technical University of Munich)
Time

Title

08:30

Detection of both icecap and crustal
deformation associated with the
2014-2015 Bardarbunga rifting
episodeYuji Himematsu, Masato Furuya

Program No.
G06-3-01

08:45

Taiwan/TriG Radio Occultation
Process System (TROPS)
Cheng-Yung Huang, Wen-Hao Yeh,
Tzu-Pang Tseng, Linton Chen, Jing-Mei
Wu, Hsiu-Wen Li

G06-3-02

09:00

Global and regional high resolution
VTEC Representations using
B-Splines and Kalman filtering
Michael Schmidt, Andreas Goss, Eren
Erdogan, Denise Dettmering, Florian
Seitz, Klaus Boerger, Sylvia Brandert,
Barbara Goerres, Wilhelm Kersten,
Volker Bothmer, Johannes Hinrichs,
Niclas Mrotzek

G06-3-03

09:15

The optimal regularization (alphaweighted BLE via A-optimal design)
and its application in GNSS-based
ionospheric tomography
Jianqing Cai, Kun Qian, Nico Sneeuw,
Cheng Wang, Jiexian Wang

G06-3-04

Contributions to real time and nearreal time Ionosphere Monitoring by
IAG's RTIM-WG
Alberto Garcia-Rigo, David RomaDollase, Manuel Hernandez-Pajares,
Zishen Li, Michael Terkildsen, German
Olivares, Reza Ghoddousi-Fard,
Denise Dettmering, Eren Erdogan,
Haris Haralambous, Yannick Beniguel,Jens Berdermann, Martin Kriegel, Anna
Krypiak-Gregorczyk, Tamara Gulyaeva,
Attila Komjathy, Panagiotis Vergados,
Joachim Feltens, Rene Zandbergen,
Tim Fuller-Rowell, David Altadill,Nicolas Bergeot, Andrzej Krankowski,
Loukis Agrotis, Ivan Galkin, Raul OrusPerez, Estefania Blanch

G06-3-05
invited

09:30

Session: G06-4
Session title: Ionosphere and space weather II
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
10:30 - 12:00
Room:
Room 504+505
Chairs:Alberto Gracia-Rigo (Technical University of
Catalonia)
Jianqing Cai (University of Stuttgart)
Time

Title

Program No.

10:30

S4 index observations and global
morphology of ionosphericscintillations using FS3/COSMIC
GPS radio occultation data
Lung-Chih Tsai, Shin-Yi Su, Chao-Han
Liu

G06-4-01

11:00

3-D Tomography of Daytime Midlatitude Sporadic-E from GNSS Data
Ihsan Naufal Muafiry, Kosuke Heki, Jun
Maeda

G06-4-02

11:15

Dispersive and Non-dispersive
Components in the L-band InSAR
Data Associated with Sporadic-E
and Heavy Rain Episodes
Masato Furuya, Takato Suzuki, Youhei
Kinoshita

G06-4-03

11:30

Remote sensing of ionospheric
TEC using GNSS observations inrelation to space weather eventsand seismic activity in Bosnia andHerzegovina
Randa Natras, Medzida Mulic

G06-4-04

11:45

Assessment and comparisons ofionospheric vertical total electron
content products
Michael Schmidt, Alberto Garcia-Rigo,
Eren Erdogan, Andreas Goss, David
Roma-Dollase, Manuel HernandezPajares

G06-4-05

Session: G06-5
Session title: GNSS reflectometry
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
13:30 - 15:00
Room:
Room 504+505
Chairs:Jens Wickert (German Research Centre forGeosciences GFZ)
Felipe Geremia-Nievinski (Federal University of Rio
Grande do Sul)
Time

Title

Program No.

13:30

GNSS-Reflectometry Based Sea
Level and Water Level Studies
C. K. Shum, Jian Sun, Jeonghwan
Park, Joel Johnson, Yuchan Yi, Lifeng
Bao, Stephane Calmant, Valerie Ballu,
Chungyen Kuo, Tilo Schone, Jens
Wickert

G06-5-01

13:45

IAG/GGOS inter-comparison
campaign on SNR-based GNSS
reflectometry for sea levelmonitoring
Felipe Geremia-Nievinski, Thomas
Hobiger, Karen Boniface, Ruediger
Haas, Wei Liu, Nicolas Roussel,
Joakim Strandberg, Sajad Tabibi,
Sibylle Vey, Jens Wickert, Simon
Williams

G06-5-02
invited

14:00

Sea level retrieval based on fitting
model of GNSS SNR observations
Wei Liu, Yuan Hu, Maximilian
Semmling, Jens Wickert

G06-5-03

14:15

Observation of sea surface heightsfrom moving ships based on
analysis of GNSS-SNR data
Joerg Reinking

G06-5-04

14:30

Wind Direction Retrieval in Airborne
Experiments of a GNSS-R Receiver
Sheng-Hsiung Ma, Jyh-Ching Juang

G06-5-05

14:45

GNSS Reflectometry onboard theInternational Space Station withGEROS-ISS: Review of activities andcurrent status
Jens Wickert, Estel Cardellach, ManuelMartin-Neira, Ole Andersen, Jorge
Bandeiras, Laurent Bertino, AdrianoCamps, Jan Saynisch, Nuno Catarinho,
Christine Gommenginger, C. K. Shum,
Cinzia Zuffada, Giuseppe Foti, Jiping
Xie, Per Hoeg, Adrian Jaeggi, Michael
Kern, Tony Lee, Maximilian Semmling,
Hyuk Park, Nazzareno Pierdicca

G06-5-06

95

Session:
Type:
Date:
Time:
Room:

G06-P
PosterTuesday, August 1/ Wednesday, August 2, 201715:30 - 16:30
Shinsho Hall

Title

96

Program No.

Assessing Precise Point Positioning
Derived Zenith Total Delays Using
the NIGNET
Omeiza Mayaki, Marcelo Santos,
Thaleia Nikolaidou, Chukwuma Okolie

G06-P-01

Calibration of empiricalthermospheric models by using
laser observations to near-Earthorbiting spherical satellites
Michael Schmidt, Mathis Blossfeld,
Chao Xiong, Hermann Luehr

G06-P-02

Impact of heat island effect on
rainfall patterns under global
warming: case study of Taipei City
Ta-Kang Yeh, Jing-Shan Hong, KuanChen Su, Shih-Liang Chan

G06-P-03

Ray-traced radio occultation profiles
during tropical cyclones
Pawel Hordyniec, Cheng-Yung Huang,
Witold Rohm

G06-P-04

Regional Precipitation Prediction
Based On Tropospheric Gradientsand Delay Time Series
Janina Boisits, Gregor Moeller,
Christoph Wittmann, Robert Weber,Johannes Boehm

G06-P-05

Comparison of GNSS-R Ocean
Surface Wind Speed Estimatesfrom TDS-1 against Airborne
Scatterometer Data in the Baltic Sea
Gerhard Ressler, Josep Rosello, Tania
Casal, Michael Kern, Martin Unwin,
Philip Jales, Christine Gommenginger,
Giuseppe Foti, Juha Kainulainen

G06-P-06

Ionospheric parameters
determination using integrated
space geodetic data (case study:
Iran)
Saeed Zare, Mahdi Alizadeh, Michael
Schmidt

G06-P-07

Ionospheric scintillation detection
based on GPS observations, a casestudy over Iran
Sahar Sobhkhiz, Mahdi Alizadeh,
Michael Schmidt

G06-P-08

IAG Joint

G07.
Global Geodetic
Observing System(GGOS) and Earthmonitoring services
Session: G07-1
Session title: GGOS activities and focus on gravity
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
13:30 - 15:00
Room:
Room 502
Chairs:Richard Gross (Jet Propulsion Laboratory,
California Institute of Technology)
Toshimichi Otsubo (Hitotsubashi University)
Time

Title

13:30

The Contribution of Geodetic
Observations to Science andSociety
Richard Gross

Program No.
G07-1-01

13:45

The GGOS Bureau of Networks andObservations: Activities and Plans
Michael R. Pearlmaan, Chopo Ma,
Ruth Neilan, Carey E. Noll, Erricos
Pavlis, Jerome Saunier, Tilo Schoene,
Riccardo Barzaghi, Daniela Thaller,
Sten Bergstrand, Juergen Mueller

G07-1-02
invited

14:00

GGOS Bureau of Products andStandards: Recent activities andfuture plans
Detlef Angermann, Thomas Gruber,Michael Gerstl, Urs Hugentobler, Laura
Sanchez, Robert Heinkelmann, Peter
Steigenberger

G07-1-03

14:15

Space Geodetic Activities and
GGOS Working Group in Japan
Toshimichi Otsubo, Basara Miyahara,
Ryoji Kawabata, Yuichi Aoyama, Yuichi
Fukuda, Yusuke Yokota, Hiromi Yamao,
Shigaru Matsuzaka

G07-1-04

14:30

Observing the Earth's gravity field
as integral component of the Global
Geodetic Observing System
Roland Pail

G07-1-05
invited

14:45

A first approximation to theInternational Height Reference
Frame (IHRF)
Laura Sanchez, Heiner Denker,
Denizar Blitzkow, Roland Pail, Jianliang
Huang, Daniel Roman, Matt Amos,
Johannes Ihde, Riccardo Barzaghi,
Michael Sideris, Ilya Oshchepkov, Ana
C. O. C. Matos, Diego Pinon, David
Avalos, Silvio R.C. Freitas

G07-1-06
invitedSession: G07-2
Session title: GGOS focus on reference frames
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
16:30 - 18:00
Room:
Room 502
Chairs:
Detlef Angermann (Technical University of Munich)Richard Gross (Jet Propulsion Laboratory,
California Institute of Technology)
Time

Title

16:30

Activities of the UN GGIM on the
Global Geodetic Reference Frame
Gary Johnston, Laila Lovhoiden, Anne
Jorgensen, John Dawson

G07-2-01
invited

16:45

Roadmap to implement the UN
resolution on Global Geodetic
Reference Frame in Europe
Markku Poutanen

G07-2-02

17:00

Recent Activities of the GGOS
Standing Committee on
Performance Simulations andArchitectural Trade-Offs (PLATO)
Benjamin Maennel, Daniela Thaller,
Markus Rothacher, Johannes Boehm,
Juergen Mueller, Mathis Blossfeld,
Alexander Kehm, Susanne Glaser

G07-2-03

Simulated multi-technique TRFs
for GGOS with focus on enhanced
SLR and VLBI ground networkarchitecture
Susanne Glaser, Rolf Koenig, KarlHans Neumayer, Tobias Nilsson,
Robert Heinkelmann, Harald Schuh,Frank Flechtner

G07-2-04

17:30

Effective expansion of satellite
laser ranging network for improving
geodetic products and satellite
orbitsToshimichi Otsubo, Koji Matsuo, Yuichi
Aoyama, Keiko Yamamoto, Thomas
Hobiger, Toshihiro Kubo-oka, Mamoru
Sekido, Urs Hugentobler, Rolf Koenig

G07-2-05

17:45

Benefits for GGOS from SLR
tracking of GLONASS, Galileo,
BeiDou, and QZSS satellites
Krzysztof Sosnica, Grzegorz Bury,
Radoslaw Zajdel, Kamil Kazmierski,
Mateusz Drozdzewski, Tomasz Hadas

G07-2-06

17:15

Title

08:30

Implementing the GGOS Decadal
Vision for Geohazards Monitoring
John LaBrecqueGlobal Navigation Satellite System
Tsunami Early Warning Project
Gerald Bawden, John Rundle, John
LaBrecqueG07-3-02

09:00

GNSS Buoy Array in the Ocean fora Synthetic Geohazards Monitoring
SystemTeruyuki Kato, Yukihiro Terada, Keiichi
Tadokoro, Akira Futamura, Morio
Toyoshima, Shin-Ichi Yamamoto,
Mamoru Ishii, Takuya Tsugawa, Michi
Nishioka, Kenichi Takizawa, Yoshinori
Shoji, Tadahiro Iwasaki, Naoyuki
KoshikawaG07-3-03

09:15

Contemporary Geocentric Sea-Level
Rise Estimates and Regional SeaLevel Projections
Tingyi Yang, C. K. Shum, Chungyen
Kuo, Yuanyuan Jia, Junyi Guo,
Stephane Calmant, Kuo-Hsin Tseng,
Tilo Schone

G07-3-04

09:30

Global and regional sea levelbudgets from joint analysis of spacegravimetry and altimetry data sets
Bernd Uebbing, Christina Lueck, Roelof
Rietbroek, Juergen Kusche

G07-3-05

09:45

The International DORIS Service:
Current Status and Future Plans
Laurent Soudarin, Pascale Ferrage,
Jerome Saunier, Frank Lemoine

G07-3-06

Program No.

Session: G07-3
Session title: GGOS focus on geohazards and sea level
Type:
Oral
Date:
Friday, August 4, 2017
Time:
08:30 - 10:00
Room:
Room 502
Chairs:Richard Gross (Jet Propulsion Laboratory,
California Institute of Technology)
Toshimichi Otsubo (Hitotsubashi University)
Time

08:45

Program No.
G07-3-01

Session: G07-4
Session title: GGOS observations: GNSS and co-locations
Type:
Oral
Date:
Friday, August 4, 2017
Time:
10:30 - 12:00
Room:
Room 502
Chairs:
Detlef Angermann (Technical University of Munich)Richard Gross (Jet Propulsion Laboratory,
California Institute of Technology)
Time

Title

Program No.

10:30

Activities of the Wettzell station inGermany
Daniela Thaller, Torben Schueler,
Thomas Kluegel, Johann Eckl,
Alexander Neidhardt, Christian Ploetz,
Gerhard Kronschnabl, Hartmut
Wziontek, Jan Kodet, Ulrich Schreiber

G07-4-01
invited

10:45

Geodetic activities at Syowa Station,
East Antarctica
Yuichi Aoyama, Koichiro Doi, Yoichi
Fukuda, Hiroshi Ikeda, Hideaki
Hayakawa, Yoshihiro Fukuzaki,
Mamoru Sekido, Toshimichi Otsubo,
Yoshifumi Nogi, Kazuo Shibuya

G07-4-02
invited

11:00

Development of New Analysis
Strategy for GNSS Observation
Network in Japan
Satoshi Abe, Naofumi Takamatsu,
Norihiko Ishikawa, Kazunori
Yamaguchi, Yuki Kamakari, Satoshi
Kawamoto, Yohei Hiyama, Yuki
Hatanaka, Hiromichi Tsuji

G07-4-0397

11:15

11:30

11:45

Performance of various
homogenization tools on a synthetic
benchmark dataset of GPS and
ERA-interim IWV differences
Anna Klos, Roeland Van Malderen, Eric
Pottiaux, Olivier Bock, Janusz Bogusz,
Barbara Chimani, Michal Elias, Marta
Gruszczynska, Jose Guijarro, Selma
Zengin Kazanci, Tong Ning

G07-4-04

A comparison of precipitable water
vapor retrieved with novel groundbased microwave radiometer, GPSand analysis data in Tsukuba duringa cold front passage
Ryuichi Ichikawa, Hiroshi Takiguchi,
Taketo Nagasaki, Osamu Tajima,
Kentaro Araki

G07-4-05

Solar radiation pressure
acceleration acting on geodetic
satellites: precise orbit
determination vs surface materials
Akihisa Hattori, Toshimichi Otsubo

G07-4-06

Time

Title

13:30

The VLBI Global Observing System
and its link to GGOS
Axel Nothnagel, Dirk Behrend, Hayo
Hase, Arthur Niell, Bill Petrachenko,
Gino Tuccari

G07-5-01

13:45

VGOS development for Ishioka 13-m
antenna
Takahiro Wakasugi, Michiko Umei,
Tomoo Toyoda, Masayoshi Ishimoto,Ryoji Kawabata, Basara Miyahara

G07-5-02

Broadband VLBI System GALA-V
Mamoru Sekido, Kazuhiro Takefuji,
Hideki Ujihara, Tetsuro Kondo,
Masanori Tsutsumi, Yuka Miyauchi,
Eiji Kawai, Hiroshi Takiguchi, Ryuichi
Ichikawa, Yasuhiro Koyama, Kennichi
Watabe, Tomonari Suzuyama, Ryoji
Kawabata, Yoshihiro Fukuzaki,
Masayoshi Ishimoto, Takahiro
Wakasugi, Jun'ichi Komuro, Kenjiro
Terada, Kunitaka Namba, Rumi
Takahashi, Tetsuro Aoki

G07-5-03

Strategies to improve precision,accuracy, and latency of current andfuture VLBI Intensive sessions
Niko Kareinen, Thomas Hobiger,
Ruediger Haas, Grzegorz Klopotek

G07-5-04

Error budget analysis in Geodetic
VLBI
Minghui Xu, James A. Anderson,
Harald Schuh, Guangli Wang

G07-5-05

14:30

14:45

98

G07-P
PosterThursday, August 3/ Friday, August 4, 201715:30 - 16:30 / 15:00 - 16:00
Shinsho Hall

Title

Session: G07-5
Session title: GGOS observations: VLBI
Type:
Oral
Date:
Friday, August 4, 2017
Time:
13:30 - 15:00
Room:
Room 502
Chairs:Toshimichi Otsubo (Hitotsubashi University)
Detlef Angermann (Technical University of Munich)

14:00

Session:
Type:
Date:
Time:
Room:

Program No.

Program No.

Status of the ESA Earth Explorer
missions
Mark Drinkwater, Pierluigi Silvestrin,
Roger Haagmans, Michael Rast,
Michael Kern

G07-P-01

The ISO Geodetic Registry and
Related Standards
Michael Craymer, Larry Hothem

G07-P-02

New design and facilities for theInternational Database for Absolute
Gravity Measurements (AGrav):
A support for the Establishmentof a new Global Absolute Gravity
Reference System
Hartmut Wziontek, Reinhard Falk,
Sylvain Bonvalot, Axel Ruelke

G07-P-03

IGFS geoportal development for
gravity, geoid, GGM and DEM data
Georgios S. Vergos, Vassilios N.
Grigoriadis, Riccardo Barzaghi,
Daniela Carrion, Sylvain Bonvalot,
Franz Barthelmes, Mirko Reguzzoni,
Hartmut Wziontek, Kevin M. Kelly

G07-P-04

IGFS metadata for gravity and geoid.
Structure, build-up and application
moduleGeorgios S. Vergos, Vassilios N.
Grigoriadis, Riccardo Barzaghi,
Daniela Carrion

G07-P-05

The Data Base of the International
Geodynamics and Earth Tide
Service (IGETS)
Christian Voigt, Christoph Foerste,
Hartmut Wziontek, David Crossley,
Bruno Meurers, Vojtech Palinkas,
Jacques Hinderer, Jean-Paul Boy,
Jean-Pierre Barriot, Heping Sun

G07-P-06

Effects of tidal perturbation on
the geopotential for application of
precise clock comparison to longdistance leveling: Case study ofJapan as coastal areas
Yuki Kuroishi

G07-P-07

Activities of the Asia-Oceania VLBIGroup for Geodesy and Astrometry(AOV)
Ryoji Kawabata, Takahiro Wakasugi,
Michiko Umei, Jim Lovell

G07-P-08

Geodetic Observations in Mizusawa
VLBI Observatory
Yoshiaki Tamura, Takaaki Jike, Seiji
Manabe

G07-P-09

Development of Wideband Antennas
Hideki Ujihara, Kazuhiro Takefuji,
Mamoru Sekido, Ryuichi Ichikawa

G07-P-10

Contribution for international
geodetic frame of SLR observation
at the Shimosato Hydrographic
Observatory
Hiroko Fukura, Yusuke Yokota

G07-P-11

IASPEI Symposia

IASPEI Symposia

99

IASPEI Seismological Observation andInterpretation

S01.
Open session
Session: S01-1
Session title: Open session I
Type:
Oral
Date:
Monday, July 31, 2017
Time:
08:30 - 10:00
Room:
Room 501
Chairs:Thomas Meier (University of Kiel)
Dmitry Storchak (International SeismologicalCentre)
Time

Title

08:30

Automatic hypocenter determination
for the Seismological Bulletin ofJapan using Bayesian estimationand its applications
Koji Tamaribuchi

S01-1-01

08:45

Automated seismic event location
combining waveform stacking andrelative location techniques
Francesco Grigoli, Simone Cesca,
Frederic Massin, Anne Obermann,
Wilfried Strauch, John Clinton, Stefan
Wiemer

S01-1-02

09:00

Over 20 years of HYPOSAT: Newest
developments
Johannes Schweitzer

S01-1-03

09:15

A tremor location method using
products of cross correlations
Ka Lok Li, Hamzeh Sadeghisorkhani,
Giulia Sgattoni, Olafur Gudmundsson,
Roland Roberts

S01-1-04

09:30

Rapid estimation of seismic
moment, magnitude and energy forsmall to large events: improvementfrom Central Italy, 2016 seismic
sequence
Antonella Gallo, Giovanni Costa,
Rita De Nardis, Luisa Filippi, Giusy
Lavecchia, Elisa Zambonelli

S01-1-05

09:45

Towards routine determinationsof earthquake focal mechanisms
obtained from P-wave first motion
polarities
Konstantinos Lentas, Dmitry Storchak

S01-1-06

100

Program No.

Session: S01-2
Session title: Open session II
Type:
Oral
Date:
Monday, July 31, 2017
Time:
10:30 - 12:00
Room:
Room 501
Chairs:Thomas Meier (University of Kiel)
Aitaro Kato (University of Tokyo)
Time

Title

10:30

Calculating the ISC's own
magnitudes
Elizabeth Entwistle, Domenico Di
Giacomo, Dmitry Storchak

Program No.
S01-2-01

10:45

Policy issues for the European
Seismological Services within EPOS
Florian Haslinger, EPOS Seismology
Consortium

S01-2-02

11:00

The Mexican National Seismological
Service: An overview
Xyoli Perez-Campos, SSN Personnel

S01-2-03

11:15

Compilation of a Seismic Bulletin for
the European Arctic
Johannes Schweitzer, Yana
Konechnaya, Andrey Fedorov, Steven
Gibbons, Berit Paulsen, Myrto Pirli

S01-2-04

11:30

The ISC-GEM Global Instrumental
Earthquake Catalogue: Current
status and efforts to extend theperiod 1904-1919
Domenico Di Giacomo, Bob Engdahl,
Dmitry Storchak, James HarrisS01-2-05

11:45

Development of a web-application
system for seismic waveform data
observed at real-time with theseafloor seismic network, DONET
Daisuke Sugiyama, Morifumi Takaesu,
Hiroki Horikawa, Kentaro Sueki,
Narumi Takahashi, Seiji Tsuboi

S01-2-06

Session: S01-3
Session title: Open session III
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
08:30 - 10:00
Room:
Room 501
Chairs:
Domenico Di Giacomo (International SeismologicalCentre)Aitaro Kato (University of Tokyo)
Time

Title

Program No.

08:30

The Global Seismographic Network(GSN): New VBB Borehole Sensors,
Sensor Emplacement Techniquesand Data Quality Assessment using
MUSTANG
Katrin Hafner, Peter Davis, David
Wilson, Robert Woodward

S01-3-01

08:45

Anatomy of a subduction zone –seismicity structure of the northern
Chilean forearc from >100,000
relocated earthquake hypocenters
Bernd Schurr, Christian Sippl

S01-3-02

09:00The 30 May 2015 Bonin Deep
Earthquake and the 660-km
Discontinuity Around its Source
RegionKeiko Kuge

S01-3-03

09:15

The January 2017 Barrow Strait
Earthquake and Subsequent
Seismic Activity in Arctic Canada
Allison Bent, Nicholas Ackerley, Michal
Kolaj, John Adams

S01-3-04

09:30

Long Duration of Ground Motion in
the Paradigmatic Valley of Mexico
Victor M. Cruz-Atienza, Josue
Tago, Jose David Sanabria-Gomez,
Emmanuel Chaljub, Vincent Etienne,
Jean Virieux, Luis Quintanar

S01-3-05

Difference in energy radiation fromearthquakes with similar moment
magnitude and focal mechanism:
the broadband body-wave
magnitudes of the 2014 Ludian andJinggu, Yunnan Province, China,
earthquake
Zhongliang Wu, Changsheng Jiang,
Xiaoxiao SongS01-3-06

09:45

11:30

Exhaustive analysis of surface wave
propagation in a combined useof active and passive surveys fordetailed site characterization
Paolo Bergamo, Stefano Marano,
Manuel Hobiger, Donat Faeh

S01-4-05

11:45

Investigation of deep sedimentaryand crustal structures with passive
seismic methods
Dario Chieppa, Manuel Hobiger, MarcoPilz, Donat Faeh

S01-4-06

Session:
Type:
Date:
Time:
Room:

S01-P
PosterTuesday, August 1/ Wednesday, August 2, 201715:30 - 16:30
Event Hall

Title

Session: S01-4
Session title: Open session IV
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
10:30 - 12:00
Room:
Room 501
Chairs:
Domenico Di Giacomo (International SeismologicalCentre)Elizabeth Entwistle (International SeismologicalCentre)
Time

Title

Program No.

10:30

Recent earthquakes at Disko Island,
Greenland, with focal mechanisms
Trine Dahl-Jensen, Peter H Voss, Tine
B Larsen

S01-4-01

10:45

New insights into volcano-tectonic
seismicity patterns in the Virunga
Volcanic Province, Democratic
Republic of the Congo, from a
new broadband seismic network(KivuSNet)
Adrien Oth, Julien Barriere, Nicolasd'Oreye, Francois Kervyn

S01-4-02

11:00

Monitoring eruption activity using
temporal stress changes at Mount
Ontake volcano
Toshiko Terakawa, Yoshiko Yamanaka,
Yuta Maeda, Shinichiro Horikawa,Takashi Okuda

S01-4-03

11:15

Long-term monitoring of of seismic
velocity around a source fault of the
1995 Kobe earthquake
Ryoya Ikuta, Koshun Yamaoka,
Takahiro Kunitomo, Kinya Nishigami,
Toshiki Watanabe

S01-4-04

Program No.

Fast hypocenter determination
with a 3D velocity model andits implication for seismicity
monitoring
Akio Katsumata

S01-P-01

Moment tensor inversion of shallow
offshore earthquakes in the Nankai
subduction zone using a threedimensional velocity structure
model
Shunsuke Takemura, Takeshi Kimura,
Katsuhiko Shiomi, Hisahiko Kubo,
Tatsuhiko Saito

S01-P-02

Local Magnitude, ML Scale for
the Philippines: Investigation of
Hypocentral Distance Dependence
Johnlery Deximo, Tatsuhiko Hara

S01-P-03

The Mechanism of Rare Earthquakes
in Pidie Jaya, Aceh Derived from
Source Parameter and Shear Wave
Splitting Tomography
Rexha Verdhora Ry, Andri Dian
Nugraha, Sri Widiyantoro, Riskiray
Ryannugroho, Kadek Hendrawan
Palgunadi, Muksin Umar, Zulfakriza
Zulfakriza, Kemal Erbas

S01-P-04

Rupture process of the 1979
Tumaco, Colombia, earthquake
using teleseismic body waves
Masahiro Yoshimoto, Hiroyuki
Kumagai, Nelson Pulido

S01-P-05

Stress drop characteristics of the
2008-2016 Storfjorden earthquake
sequence
Lars Ottemoller, Norunn Tjaaland,
Hasbi Ash Shiddiqi, Won-Young Kim

S01-P-06

Adding manual picks from OBS
stations into the ISC Bulletin:the example of the 7D Cascadia
Initiative Community Experiment
Domenico Di Giacomo, Luke Cottell,
Elizabeth Entwistle, James Harris,
Dmitry Storchak

S01-P-07

101

102

The current status of the ISC
Bulletin
Elizabeth Entwistle, Rose Hulin,
Blessing Shumba, Rebecca Verney,
Jennifer Weston, Elizabeth Ayres,
James Harris, Dmitry Storchak, Lonn
Brown, Kathrin Lieser, Edith Korger

S01-P-08

Automatic classification and onset
estimation of seismic P and S wave
signals recorded at local seismic
network using artificial neuralnetworks
Timo Tiira

S01-P-09

The use of seismic arrays ingeodynamic monitoring of the East
European platform
Irina Sanina, Ivan Kitov, Margarita
Nesterkina, Natalia Konstantinovskaya,
Svetlana Kishkina

S01-P-10

Development of JAMSTEC Oceanbottom Seismology Database(J-SEIS) to download DONET Event
Data and Borehole Continuous Data
(4)
Hiroki Horikawa, Kentaro Sueki,
Kensuke Suzuki, Eiichiro Araki, Akira
Sonoda, Narumi Takahashi, Seiji
Tsuboi

S01-P-11

Very wide observation range ofthe developed borehole stressmeter and comparison with STS
seismometer
Hiroshi Ishii, Muneyoshi Furumoto,
Yasuhiro Asai

S01-P-12High-frequency geophone withcorrection scheme for mine
explosion monitoring
Alina Besedina, Yaroslav Denisenko,
Evgeny Vinogradov

S01-P-13

RESIF Seismology Distributed
System : Data and Services
Catherine Pequegnat, Working
Groupgroup RESIF SI-

S01-P-14

Data quality Improvement of theAlgerian Digital Seismic Network(ADSN)
Azouaou Alili, Abdelkarim YellesChaouche, Mohamed Ouakedi,
Hamoud Beldjoudi, Abdelaziz
Kherroubi, Izeddine Ameur

S01-P-15

Design and Implementation of
the National Seismic Monitoring
Network in the Kingdom of Bhutan
Shiro Ohmi, Hiroshi Inoue, Jamyang
Chophel, Phuntso Pelgay, Dowchu
Drukpa

S01-P-16

New steps towards local seismic
hazard assessment of Bucharest(Romania)
Elena Manea, Clotaire Michel, ManuelHobiger, Valerio Poggi, Donat Fah,
Alexandru Marmureanu, Carmen
Cioflan

S01-P-17

Seismic Activity in the Central
Tottori prefecture, Japan, with an
M6.6 earthquake on October 21,
2016 analyzed by the Matched Filter
MethodShiro Ohmi

S01-P-18

The seismic sequence of themagnitude 5.7 crustal earthquakeof 2014 of Focsani Basin (Romania)– relevant data regarding the stressfield in front of the Southeastern
Carpathians bend
Andreea Craiu, Luminita Angela
Ardeleanu, Marius Craiu, Mihail
Diaconescu

S01-P-19

Distribution of deep earthquakes inthe subducting Pacific slab beneathJapan
Ayako Tsuchiyama, Junichi Nakajima,
Toru Matsuzawa

S01-P-20

The McAdam, New Brunswick
Earthquake Swarms of 2012 and2015-16: Extremely Shallow, Natural
EventsAllison Bent, Stephen Halchuk,
Veronika Peci, Karl Butler, Kenneth
Burke, John Adams, Nawa Dahal,
Sylvia Hayek

S01-P-21

Depth of earthquakes in Greenland
P. H. Voss, T. B. Larsen, T. DahlJensen

S01-P-22

Mw 5.5 Gyeongju Earthquake of 12
September 2016 in Southeastern
Korea: SCR Earthquake Sequencewith Moderate Stress Drop
Won-Young Kim, Yomggyu Ryoo

S01-P-23

S02.
Anthropogenic
seismicity
Session: S02-1
Session title: World overview of anthropogenic seismicity I
Type:
Oral
Date:
Monday, July 31, 2017
Time:
08:30 - 10:00
Room:
Room 403
Chairs:Stanislaw Lasocki (Institute of Geophysics, Polish
Academy of Sciences)
Pankow Kristine (University of Utah)
Time

Title

08:30

Insights into faults, crustal
permeability, state of stress andearthquake physics from induced
earthquakes in Oklahoma andsouthern Kansas
William Ellsworth, Gregory Beroza,
Yihe Huang, Cornelius Langenbruch,
Martin Schoenball, Rall Walsh,
Matthew Weingarten, Nana Yoshimitsu,
Mark D. Zoback

Program No.
S02-1-01
invited09:00

Trigger effects in the developmentof induced seismicity and theinfluence of human being over thenatural seismicity of Kuzbass andBaikal regions of Russia
Victor Seleznev, Aleksey Bryksin,
Aleksey Emanov, Aleksandr Emanov,Ekaterina Leskova, Aleksandr Fateev

S02-1-02

09:15

Source parameters of the 2014 M5.5
Orkney earthquake sequence, South
Africa, estimated by using near-fieldunderground seismic arrays in gold
mines
Kazutoshi Imanishi, Hiroshi
Ogasawara, Yasuo Yabe, Shigeki
Horiuchi, Makoto Okubo, Osamu
Murakami

S02-1-03

09:30

State of the art in 3D reflection
seismic interpretation: New
insights into a complex structural
architecture in the vicinity of Orkney
M5.5 event, South Africa
Musa Manzi, Hiroyuki Ogasawara,
Raymond Durrheim, Hiroshi
Ogasawara, Tullis Onstott, Artur
Cichowicz

S02-1-04

09:45

Rupture Process of the 2014 Orkney
Earthquake, South Africa
Makoto Okubo, Artur Cichowicz,
Hiroshi Ogasawara, Osamu Murakami,
Shigeki Horiuchi

S02-1-05

Session: S02-2
Session title: World overview of anthropogenic seismicity II
Type:
Oral
Date:
Monday, July 31, 2017
Time:
10:30 - 12:00
Room:
Room 403
Chairs:Carlos Alberto Vargas Jimenez (Universidad
Nacional de Colombia)
William L. Ellsworth (Stanford University)
Time

Title

10:30

Reservoir-Triggered Seismicity
in Brazil: characteristics and new
cases
Lucas Barros, Marcelo Assumpcao,
Juraci Carvalho, Luiz Ribotta

S02-2-01

10:45

Hydrocarbon induced seismicity in
Groningen, the Netherlands
Bernard Dost, Elmer Ruigrok, Jesper
SpetzlerS02-2-02

11:00

Integrated Petrographic,
Geomechanical and Seismologicalstudies of rockmass behaviour during
the final phase of ore extraction at
Cooke 4 shaft in South Africa
Siyanda Mngadi, Raymond Durrheim,
Halil Yilmaz, Musa Manzi, Thabang
Kgarume, Jan Kuijpers, Tony Ward,
Dave Roberts, Makoto Naoi, Hiroshi
Snr Ogasawara, Akimasa Ishida,
SATREPS

S02-2-03
invited

11:15

Very small repeating earthquakes
on a geological fault at 1-km depth
in a gold mine in South Africa
Makoto Naoi, Junya Yamaguchi,
Masao Nakatani, Hirokazu Moriya,
Toshihiro Igarashi, Thabang Kgarume,
Osamu Murakami, Thabang Masakale,
Yasuo Yabe, Kenshiro Otsuki, Hironori
Kawakata, Tsuyoshi Ishida, Luiz
Ribeiro, Anthony Ward, Raymond
Durrheim, Hiroshi Ogasawara

S02-2-04

11:30

Using empirical relationships topredict PPV for surface explosions
Michelle Grobbelaar

S02-2-05

Session: S02-3
Session title: Studies of seismicity at Koyna, India
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
08:30 - 10:00
Room:
Room 403
Chairs:Hiroshi Ogasawara (Ritsumeikan University)
Beata Orlecka-Sikora (Institute of Geophysics,
Polish Academy of Sciences)
Time

Title

08:30

Artificial Water Reservoir Triggered
Earthquakes at Koyna, India
Harsh K Gupta

S02-3-01
invited

09:00

Scientific deep drillinginvestigations to probe reservoir
triggered seismicity in the Koyna
seismogenic zone, western India
Sukanta Roy, Brijesh Bansal, Vyasulu
Akkiraju, Surajit Misra, Deepjyoti
Goswami, Nagaraju Podugu,
Satrughna Mishra, Pinki Hazarika,
Amrita Yadav, Sanjay Tiwari, Harsh
Gupta, Shailesh Nayak

S02-3-02
invited

09:15

Crustal Configuration beneath
Koyna-Warna Seismicity Region,
Western India
Vm Tiwari, S Mishra, CP Dubey

S02-3-03
invited

09:30

Electrical image of Koyna-Warnaseismic zone, India from large scale
magnetotelluric studies
Prasanta Patro, Ujjal Borah, Kashi
Raju, K. Chinna Reddy, Narendra Babu

S02-3-04

09:45

The seasonal variation regime ofinduced seismicity in the KoynaWarna region, western India
Kusumita Arora, Rajender Chadha,
Vladimir Smirnov, Srinagesh Davuluri,
Alexander Ponomarev, I.M. Kartashov

S02-3-05

Program No.

Program No.

103

Session: S02-4
Session title: Studies of seismicity at Koyna, India and other
holistic approach projects
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
10:30 - 12:00
Room:
Room 403
Chairs:Harsh Gupta (Geological Society of India)
Torsten Dahm (GFZ German Research Centre For
Geosciences)Session: S02-5
Session title: New directions in anthropogenic seismicity studies I
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
13:30 - 15:00
Room:
Room 403
Chairs:James Jiro Mori (Disaster Prevention ResearchInstitute, Kyoto University)
Alexey A. Malovichko (Geophysical Survey of theRussian Academy of Sciences)

Time

Title

Program No.

Time

Title

10:30

Borehole seismological studies at
Koyna-Warna: A unique exampleof the study of Reservoir Triggered
Seismicity (RTS)
Satyanarayana HVS, Shashidhar
D, Mallika K, Harsh Kumar Gupta,
Purnachandra Rao N, Mahato CR,
Maity BS, Narsinga Rao D, Sarma
ANS, Ajay B

S02-4-01
invited13:30

S02-5-01

10:45

Seismotectonics of the Koyna
region, India: based on focal
mechanism solutions using
borehole and surface seismologicalnetworks
Dodla Shashidhar, K. Mallika, H.V.S.
Satyanarayana, C.R. Mahato, B.S.
Maity, N. Purnachandra Rao, Harsh
Gupta

S02-4-02
invited

IS-EPOS e- platform of EPOS
Thematic Core Service
ANTHROPOGENIC HAZARDS – avirtual laboratory for collaborative
research experimentation
Beata Orlecka-Sikora,
Stanislaw Lasocki, Konstantinos
Leptokaropoulos, Grzegorz
Kwiatek, Jean-Robert Grasso, Jean
Schmittbuhl, Alexander Garcia, Tomasz
Szepieniec, Mariusz Sterzel, Grzegorz
Lizurek, Karolina Chodzinska

13:45

Picking vs Waveform based
detection and location methods for
induced seismicity monitoring
Francesco Grigoli, Maren Boese, Toni
Kraft, Bernd Weber, Stefam Wiemer,
John Clinton

S02-5-02

An overview of an ICDP project todrill into seismogenic zones of M2.0
– M5.5 earthquakes in deep South
African gold mines (DSeis)
Hiroshi Ogasawara, Yasuo Yabe,
Takatoshi Ito, Gerrie Van Aswegen,
Artur Cichowicz, Michelle Grobbelaar,
Ray Durrheim, Martin Ziegler, Margaret
Boettcher, Tullis C Onstott, DSeis Team

S02-4-03

14:00

The Spatio-Temporal Variation ofSeismicity in the South African Gold
Mining Region
Vunganai Midzi, Brian Zulu, Denver
Birch, Andrzej Kijko, Ansie Smit

S02-5-03

14:15

S02-5-04

11:15

Developing an Induced Seismic
Mitigation Plan for the Proposed
Utah Frontier Observatory for
Research in Geothermal Energy(FORGE)
Kristine Pankow, Stephen Potter, Hao
Zhang, Fan-Chi Lin, Joseph Moore

S02-4-04

Seismic hazard assessment for
induced seismicity in the Middle
Urals, Russia
Ruslan Diagilev

14:30

S02-5-05

11:30

Mapping microseismicity inducedby hydrofrac experiments in Europe
Torsten Dahm, Simone Cesca, JoseAngel Lopez Comino, Sebastian
Heimann, Claus Milkereit, Arno Zang

S02-4-05

Identifying pathways for gas andfluid migration caused by fracking
processes, with the use of criteria
defined in equivalent dimension
phase spaces
Stanislaw Lasocki, Beata OrleckaSikora, Konstantinos Leptokaropoulos,
Grzegorz Kwiatek, Patricia MartinezGarzon, Paolo Capuano, Simone
Cesca

11:00

104

Program No.

Session: S02-6
Session title: New directions in anthropogenic seismicity studies II
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
16:30 - 18:00
Room:
Room 403
Chairs:Stanislaw Lasocki (Institute of Geophysics, Polish
Academy of Sciences)
Sukanta Roy (ESSO-Ministry of Earth Sciences,
Govt. of India)
Time

Title

16:30

Discrimination of induced seismicity
component in the seismicity of
Sakhalin offshore hydrocarbon
fieldsSergey Turuntaev, Alexey Konovalov,Andrey Stepnov, Elena Slinkova, Anna
Gubanova

S02-6-01

16:45

The Results of the Local Seismic
Monitoring in the Underground
Baksan Neutrino Observatory
Alexey Malovichko, Denis Shulakov,
Zalim Dudarov, Spartak Dolov

S02-6-02

17:00

Experiment to Trigger a Moderatesized EarthqukeJames Mori

S02-6-03

Possibilities of seismic monitoringin control of equipment andconstructions of hydro-electric
power plants condition
Victor Seleznev, Aleksei LiseikinS02-6-04

17:15

Session:
Type:
Date:
Time:
Room:

Program No.

S02-P
PosterTuesday, August 1/ Wednesday, August 2, 201715:30 - 16:30
Event Hall

Title

Program No.

Spatio-temporal variation inseismicity due to periodicallyalternating roles of reservoirs in the
Koyna-Warna RTS zone, India
Amrita Yadav, Kalpna Gahalaut,N.Purnachandra Rao

S02-P-01

3D Poroelastic Modelling ofReservoir Triggered Seismicity(RTS) in Koyna Region, Western
India
Pinki Hazarika, Amrita Yadav, SukantaRoy

S02-P-02

Rock strength variations in an active
seismogenic zone: evidences fromscientific drilling in Koyna, western
India
Deepjyoti Goswami, Vyasulu V.
Akkiraju, Surajit Misra, Sukanta Roy,
Amalendu Sinha, Harsh Gupta, Brijesh
K. Bansal, Shailesh Nayak

S02-P-03

Deformations in rocks in the Koyna
seismogenic zone, western India
obtained through scientific deep
drilling
Surajit Misra, Sukanta Roy

S02-P-04

Geological and velocity structuresof the Orkney M5.5 fault, South
AfricaHiroyuki Ogasawara, Musa Manzi, Ray
Durrheim, Hiroshi Ogasawara, Artur
Cichowicz, Akimasa Ishida, Tatsunari
Yasutomi

S02-P-05

Searching significant displacementzones of a M5.5 earthquake fault by
forward and inversion analyses ofstrainmeter data at depth at a very
close distance
Tatsunari Yasutomi, Hiroshi
Ogasawara, Akimasa Ishida, Hiroyuki
Ogasawara, Durrheim Raymond,Alex Milev, Makoto Okubo, Teruhiro
Yamaguchi, James Mori

S02-P-06

An integrated estimation of thestress field in seismogenic zones inSouth African gold mines
Akimasa Ishida, Hiroshi Ogasawara,
Yasuo Yabe, Akio Funato, Takatoshi
Ito, Shuhei Abe, Raymond Durrheim,
Siyanda Mngadi, Gerhard Hofmann,
Dave Roberts, Harumi Kato, Alexander
Milev, Makoto Naoi

S02-P-07

Experimental measurementsof seismic velocities on coresamples and their dependenceon mineralogy and stress,
Witwatersrand Basin (South Africa)
Nomqhele Nkosi, Musa Manzi

S02-P-08

Estimate of the stress state in aclose proximity to an earthquake
source in a South African deep gold
mine
Shuhei Abe, Yasuo Yabe, Takatoshi Ito,
Masao Nakatani, Gerhard Hofmann,
Hiroshi Ogasawara

S02-P-09

Evaluation of the induced risks
caused by shale gas exploration andexploitation
Paolo Capuano, Beata Orlecka-Sikora,
Stanislaw Lasocki, Simone Cesca,
Andrew Gunning, Janusz Jaroslawsky,
Alexander Garcia-Aristizabal, Rachel
Westwood, Paolo Gasparini

S02-P-10

Induced seismicity in the regionof the geothermal power plantat Insheim (central Upper Rhine
Graben, SW Germany)
Andrea Bruestle, Margarete Pilger,
Thomas Plenefisch, Ulrich Wegler,
Bernd Schmidt

S02-P-11

Analysis of static stress transfer inthe 2013 Valencia Gulf (NE Spain)
seismic sequence
Lluis Salo, Tanit Frontera, Xavier
Goula, Lluis Pujades, Alberto Ledesma,
Josep Batllo, Jose Antonio Jara

S02-P-12Spectral Characteristics of the 2006
Quarry Blasts in the Tehran Region
based on the TDMMO Network
Jamileh Vasheghani Farahani, Hiroe
MiyakeS02-P-13

Analysis of ambient seismic noiselevels for the SATREPS stations andtheir technical aspects
Jorge Real, Vladimir Kostoglodov, Allen
Husker

S02-P-14

105

The features of deep seismic
structure of the area of junction of
the Eurasian, Okhotsk and North
American plates in Eastern Russia
Victor Seleznev, Aleksei Liseikin, Victor
Solovyev, Aleksandr Salnikov, Sergey
Shibaev

S02-P-15

A physical seismic modeling studyof multi-azimuth seismic refraction
for a horizontal transverse isotropic
mediumYoung-Fo Chang, Cheng-Wei Tseng,
Jia-Wei Liu, Chao-Ming Lin

S02-P-16

S03.
Imaging ofheterogeneities in the
Earth with seismic
scattered waves andambient noise

14:30

Modeling waveform anomaly acrosscentral Japan with scattered seismic
waves as inferred from highfrequency simulations
Simanchal Padhy, Takashi Furumura

S03-1-05

14:45

Elastic vs. Acoustic Radiative
Transfer Theory - Estimation ofSeismic Attenuation Parameters inGermanyPeter J. Gaebler, Tom Eulenfeld, Ulrich
Wegler

S03-1-06

Session: S03-2
Session title: Imaging of heterogeneities in the Earth with seismic
scattered waves and ambient noise II
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
16:30 - 18:00
Room:
Room 401
Chairs:Nozomu Takeuchi (University of Tokyo)
Tsutomu Takahashi (Japan Agency for Marine-Earth
Science and Technology)
Time

Title

16:30

Intrinsic and Scattering Seismic
Attenuation in Eastern Iran
Majid Mahood

S03-2-01

16:45

Trans-dimensional imaging of
scattering and intrinsic Q structures
Tsutomu Takahashi

S03-2-02

17:00

S03-2-03

Session: S03-1
Session title: Imaging of heterogeneities in the Earth with seismic
scattered waves and ambient noise I
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
13:30 - 15:00
Room:
Room 401
Chairs:Ulrich Wegler (Friedrich-Schiller-Universitat Jena)
Kentaro Emoto (Tohoku University)

Scattering and attenuation
structures beneath volcanoes
inferred from envelope widths ofvolcano-seismic events
Hiroyuki Kumagai, Cristian Lopez, John
Londono, Yuta Maeda, Rudy Lacson

17:15

Intrinsic Attenuations in the Oceanic
Lithosphere and Asthenosphere
Constrained by Seismogram
Envelopes
Nozomu Takeuchi, NOMan ProjectTeam

S03-2-04

Time

Title

17:30

Envelopes of scalar plane wavelets
propagating through 2-D random
media with power-law spectra
Yuji Tomiyama, Jun Kawahara, Kentaro
Emoto

S03-1-01

3D Diffraction Imaging of Fault
Zones
Vladimir Cheverda, Galina Reshetova,
Maksim Protasov

S03-2-05

13:30

17:45

S03-2-06

13:45

Statistical characteristics ofscattered waves in random media
based on 3D finite difference
simulations
Kentaro Emoto, Haruo SatoS03-1-02

Joint inversion for shallow crustal
discontinuities from high-frequency
waveforms of microearthquakes
Pavla Hrubcova, Vaclav Vavrycuk

14:00

Propagation of a Scalar Wavelet
through von Karman-type Random
Media
Haruo Sato, Kentaro Emoto

S03-1-03

14:15

Role of localized heterogeneities on
distortion of the apparent radiation
patters: aftershock sequence of the2016 Kumamoto earthquake
Shunsuke Takemura, Tatsuhiko Saito,
Hisahiko Kubo, Katsuhiko Shiomi

S03-1-04

106

Program No.

Program No.

Session: S03-3
Session title: Imaging of heterogeneities in the Earth with seismic
scattered waves and ambient noise III
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
08:30 - 10:00
Room:
Room 401
Chairs:Kiwamu Nishida (University of Tokyo)
Ryota Takagi (Tohoku University)
Time

Title

08:30

Bias in velocity measurements fromambient noise due to anisotropic
source distributions
Olafur Gudmundsson, Hamzeh
Sadeghisorkhani, Roland Roberts, Ari
Tryggvason

S03-3-01

Approximate vector sensitivity
kernels of coda waves to seismic
velocity changes based on thescalar single isotropic scattering
model
Hisashi Nakahara, Kentaro Emoto

S03-3-02

09:00

Land-atmosphere couplingand source of low-frequency
seismic noise from the analysis
of co-located barometers andseismometers
Toshiro Tanimoto, Jiong Wang, Anne
ValovcinS03-3-03

09:15

Dominant source locations ofsecondary microseisms in Japanestimated by Hi-net data
Ryota Takagi, Kiwamu NishidaS03-3-04

09:30

Comparison of microseismic
Rayleigh and Love waves sources
around Scandinavia
Hamzeh Sadeghisorkhani, Olafur
Gudmundsson, Roland Roberts, Ari
Tryggvason

S03-3-05

09:45

Global source location of P-wave
microseisms using Hi-net data from2005 to 2011
Kiwamu Nishida, Ryota Takagi

S03-3-06

08:45

11:00

Retrieval of tsunamis by theinterferometry of deep oceanpressure records
Shingo Watada, Lisa Kaneko, Yuchen
Wang, Kenji SatakeS03-4-03

11:15

HV Spectral Ratio (HVSR) for
preliminary seismic characterizationof Sun Pyramid in Teotihuacan,
MexicoJose Pina-Flores, Shinichi Matsushima,
Francisco J Sanchez-Sesma, Juan C
Molina-Villegas, Jesus Morales-Valdez,
Mario A Saenz-Castillo, Cesar A
Sierra-Alvarez, Hiroshi Kawase

S03-4-04

11:30

Crustal Structure of South
Yogyakarta Area Revealed By
Spatial Auto Correlation andAmbient Noise Tomography
Wiwit Suryanto, Jean-Philippe
Metaxian, Ade Anggraini, Fittra
Irwandhono, Francois Beauducel

S03-4-05

11:45

Surface wave tomography of Java
Island from ambient seismic noise
Sri Widiyantoro, Zulfakriza Zulhan,
Agustya Martha, Phil Cummins, Erdinc
Saygin, Tedi Yudistira, Andri Nugraha,
Bayu Pranata, Shindy Rosalia

S03-4-06

Program No.

Session: S03-4
Session title: Imaging of heterogeneities in the Earth with seismic
scattered waves and ambient noise IV
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
10:30 - 12:00
Room:
Room 401
Chairs:Shingo Watada (University of Tokyo)
Hisashi Nakahara (Tohoku University)
Time

Title

10:30

Quantifying the body-wave
information retrieved from global
earthquake coda correlation
Hsin-Hua Huang, Victor Tsai, Fan-Chi
Lin, Weitao Wang, Julien Chaput

S03-4-01

10:45

Illuminating the Cascadia forearc
and Mendocino Triple Junction
system from seismic interferometry
Benoit Tauzin, Thanh Son Pham,
Hrvoje Tkalcic

S03-4-02

Session: S03-5
Session title: Imaging of heterogeneities in the Earth with seismic
scattered waves and ambient noise V
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
13:30 - 15:00
Room:
Room 401
Chairs:Hisashi Nakahara (Tohoku University)
Kaoru Sawazaki (National Research Institute for
Earth Science and Disaster Resilience)
Time

Title

13:30

Depth dependence of stresssensitivity of seismic velocitychanges as inferred from noisecorrelation analyses at Izu-Oshima
volcano, Japan
Tomoya Takano, Takeshi Nishimura,Hisashi Nakahara

S03-5-01

13:45

Observation of coseismic andpostseismic velocity changes fordeep borehole seismic stations in
the Kanto area
Manuel Hobiger, Ulrich Wegler,
Katsuhiko Shiomi, Hisashi Nakahara,Kazuo Yoshimoto

S03-5-02

14:00

Monitoring volcanic and geothermal
fields using seismic noise: the casestudy of the Las Tres Virgenes
geothermal field (Mexico)
Marco Calo, Erik Alberto Lopez
Mazariegos, Valente Ramos Avila,
Javier Francisco Lermo Samaniego

S03-5-03

14:15

Anisotropic S-wave velocitychange in the shallow subsurface
associated with the 2016 Kumamoto
earthquakes
Kaoru Sawazaki, Tatsuhiko Saito,
Tomotake Ueno, Katsuhiko Shiomi

S03-5-04

Program No.

Program No.

107

14:30Spatio-temporal changes of seismic
scattering properties associatedwith the dike intrusion on 15 August
2015 at Sakurajima volcano, Japan,
detected by seismic interferometry
Takashi Hirose, Hisashi Nakahara,
Takeshi NishimuraS03-5-05

14:45

Characterization and monitoring of
ambient vibrations of a rock slope
close to collapse
Jan Burjanek, Donat Faeh

S03-5-06

Session:
Type:
Date:
Time:
Room:

S03-P
PosterTuesday, August 1/ Wednesday, August 2, 201715:30 - 16:30
Shinsho Hall

Title

108

Program No.

Separation of intrinsic attenution
and scattering loss for thecontiguous US
Tom Eulenfeld, Ulrich Wegler

S03-P-01

Spatial variations of intrinsic
absorption and scattering loss in
Taiwan based on a Multiple Lapse
Time Window Analysis
Kevin Gillet, Ludovic Margerin, ShuHuei Hung, Marie Calvet

S03-P-02

Significant anomalies in highfrequency seismograms for intraslab earthquakes observed in Kantoarea, Japan: Importance of modeconversion scattering
Nozomi Kanaya, Takuto Maeda,
Kazushige Obara, Akiko Takeo

S03-P-03

Amplitude fluctuation of seismic
waves in the crust
Kazuo Yoshimoto, Shunsuke
Takemura, Manabu Kobayashi

S03-P-04

Shallow S-Wave Velocity Structuresof the Northern Taichung Area,
Taiwan, Using Microtremor Array
Data
Huey-Chu Huang, Tien-Han Shih,
Cheng-Feng Wu

S03-P-05

Comparison three applicationsof microtremor analysis forinvestigating shallow S-wave
velocity structure in the Western
plain of Taiwan
Chun-Te Chen, Kuo-Liang Wen

S03-P-06

Elastic Velocity Change associatedwith the 2016 Kumamoto
Earthquakes, Japan
Tomotake Ueno, Tatsuhiko Saito, Kaoru
Sawazaki, Katsuhiko Shiomi

S03-P-07

A temporal and spatial change inseismic velocity caused by the 2016
Kumamoto earthquake using crosscorrelations of ambient seismic
noise
Hiro Nimiya, Tatsunori Ikeda, Takeshi
Tsuji

S03-P-08

Temporal change of subsurface
structure near Mt. Aso inferred fromseismic interferometry using V-net
vertical array data
Yuta Mizutani, Kiwamu Nishida, Yosuke
Aoki

S03-P-09

Seismic velocity variation within
the Tatun Volcano Group, Northern
Taiwan, from ambient noise analysis
Ya-Chuan Lai, Cheng-Horng Lin,
Hsiao-Fen Lee, TVO Team

S03-P-10

Study of repeating events in the
Jalisco subduction zone, Mexico
Guillermo Gonzalez, Allen Husker,
William Frank, Leticia Avila

S03-P-11

The study of the high-frequency
microseismic noise at the Russian
Platform
Alina Besedina, Ivan Batukhtin, Alexey
Ostapchuk

S03-P-12

S04.
Historical andmacroseismic studiesof earthquakes
Session: S04-1
Session title: Historical and macroseismic studies of earthquakes I
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
08:30 - 10:00
Room:
Room 403
Chairs:Toshitaka Baba (Tokushima University)
Paola Albini (Istituto Nazionale di Geofisica e
Vulcanologia)
Time

Title

Program No.

08:30

Revision of the world's best-known
recurrence pattern of historicalsubduction earthquakes along the
Nankai trough off southwest Japanand their relationship with large
inland earthquakes
Katsuhiko Ishibashi

S04-1-01
invited

09:00

A possible tsunami caused by asubmarine landslide in 1512 at the
Nankai trough, Japan
Toshitaka Baba, Taiki Okada, JuichiroAshi, Toshiya Kanamatsu

S04-1-02

09:15

Hot Spring Anomalies Observed in
Kumamoto Prefecture Associatedwith the 1946 Nankai Earthquake
Yasuyuki Kano

S04-1-03

09:30

Earthquakes before 6 April 1667 insouthern Dalmatia and Montenegro
Paola Albini, Andrea Rovida

S04-1-04

09:45

The 1895 Ljubljana earthquake:can the intensity data points
discriminate which one of the
nearby faults was the causativeone?
Lara Tiberi, Giovanni Costa, Petra
Jamsek Rupnik, Ina Cecic, Peter
Suhadolc

S04-1-05

Session: S04-2
Session title: Historical and macroseismic studies of earthquakes II
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
10:30 - 12:00
Room:
Room 403
Chairs:Ritsuko S. Matsu'ura (Association for theDevelopment of Earthquake Prediction)
Kenji Satake (University of Tokyo)
Time

Title

Program No.

10:30

The Innsbruck earthquake of 22nd
December 1689
Christa Hammerl

S04-2-01
invited

11:00

A New Approach to Comprehend
Historical Tsunami Source
Ritsuko S. Matsu'ura, Yuta Mitsuhashi,
Yukitoshi Fukahata

S04-2-02

11:15

Is the survival rate a clue toestimate the location of epicenter ofhistorical earthquakes?
Taku Komatsubara

S04-2-03

11:30

Value of macroseismic informationin earthquake studies in XX century:
two case studies
Ruben Tatevossian, Nina Mokrushina

S04-2-04

11:45

From historical seismology toseismogenic source models, 20
years on: results and challenges
Gianluca Valensise, Pierfrancesco
Burrato, Umberto Fracassi, Paola
Vannoli

S04-2-05

Session: S04-3
Session title: Historical and macroseismic studies of earthquakes III
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
13:30 - 15:00
Room:
Room 403
Chairs:Marcelo Assumpcao (University of Sao Paulo)
Kenji Satake (University of Tokyo)
Time

Title

13:30

A STRUCTURED AND
HIERARCHICAL DATABASEOF MEXICAN HISTORICAL
EARTHQUAKES: 1469 TO 1912
Gerardo Suarez, Carlos Chico, Daniel
Ruiz

S04-3-01
invited

14:00

Dynamic Rupture Modelingof Historic, Pre-Instrumental
Earthquakes on the San Andreas
and San Jacinto Faults, Southern
California
Julian Lozos

S04-3-02

14:15

THE 7TH JULY, 1923, CANAL DE
BERDUN EARTHQUAKE, IN THE
PYRENEES. ITS MACROSEISMIC
FIELD FROM CONTEMPORARY
RECORDS
Josep Batllo, Jose Manuel Martinez
SolaresS04-3-03

14:30

The newly discovered 1885
earthquake in the French Guiana- Brazil border, 6.0 mb, the largest
historical mid-plate event in SouthAmerica
Marcelo Assumpcao, Alberto Veloso

S04-3-04

14:45

An intensity database forearthquakes on the Highveld ofSouth Africa from 1840 to 1950
Nicolette S. Flint

S04-3-05

Session: S04-4
Session title: Historical and macroseismic studies of earthquakes IV
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
16:30 - 18:00
Room:
Room 403
Chairs:Takeo Ishibe (Association for the Development ofEarthquake Prediction)
Paola Albini (Istituto Nazionale di Geofisica e
Vulcanologia)
Time

Title

Program No.

16:30

Methodology to Determine
the Parameters of Historical
Earthquakes in China
Jian Wang, Guoliang Lin, Zhe Zhang

S04-4-01
invited

17:00

Document database for historicalearthquakes around Tokyo area
Kenji Satake, Jun Muragishi, Akihito
Nishiyama, Masaharu Ebara, Toshifumi
Yata, Takeo IshibeS04-4-02

17:15

Estimation of source regions oflarge earthquakes from felt reports
of JMA seismic intensity database- Evaluation of applicability tohistorical large earthquakes Takeo Ishibe, Ritsuko S. Matsu'ura, Koji
Iwasa, Ryoichi Nakamura, Kenji SatakeS04-4-03

17:30

Historical Earthquake of Georgia
Nino Tsereteli, Otar Varazanashvili

S04-4-04

17:45

How to Cope with Earthquakes in
Himalaya?
Harsh K Gupta

S04-4-05

Program No.

109

Session:
Type:
Date:
Time:
Room:

S04-P
PosterThursday, August 3/ Friday, August 4, 201715:30 - 16:30 / 15:00 - 16:00
Event Hall

Title

110

Program No.

Development of historicalearthquake and volcanic activity
database using historical diaries
Akihito Nishiyama, Masaharu Ebara,
Akihiko Katagiri, Yusuke Oishi, Kenji
SatakeS04-P-01

Source area and magnitude of anaftershock following the 1854 AnseiNankai earthquake
Haruo Horikawa, Ichiro Nakanishi

S04-P-02

What age distributions of stonelanterns tell about historicalearthquakes?: case studies at threesites in Japan
Mamoru Kato, Jun Hioka

S04-P-03

The Japan GIS Database of theHistorical Disaster using researchdata of Archeological excavation,
Geological survey and Historical
documents
Taisuke Murata, Nobuhiko Koike

S04-P-04

Numerical reconstruction of thesource rupture and strong groundmotions of the 1935 HsinchuTaichung Earthquake, Taiwan from
historical triangulation data
Ming-Hsuan Yen, Shiann-Jong Lee,
Kuo-Fong Ma

S04-P-05

The large Hyuga-nada earthquake
on June 30th, 1498 is a fakeearthquake −Examination of thedamage descriptions in Kyushu in
the war chronicle "Kyusyu-gunki"−
Tomoya Harada, Akihito Nishiyama,
Kenji Satake, Takashi Furumura

S04-P-06

Revisiting source parameters of the1906 Meishan, Taiwan earthquake
from full-waveform measurementsof historical records
Yiwun Liao, Ming-Che Hsieh, KuoFong Ma

S04-P-07

S05.
Preservation andusage of analog
seismogram archives
Session: S05-1
Session title: Preservation and usage of analog seismogramarchives I
Type:
Oral
Date:
Friday, August 4, 2017
Time:
08:30 - 10:00
Room:
Room 403
Chairs:Emile Okal (Northwestern University)
Paul Richards (Columbia University, New York)
Time

Title

08:30

On guidelines for preservation
and usage of analog seismogramarchives
Paul Richards

Program No.
S05-1-01
invited

08:45

Twenty-five years of activity of the
ESC Working groups devoted tothe preservation of the tangible
and intangible heritage of EuroMediterranean seismology
Graziano Ferrari

S05-1-02
invited

09:00

The contribution of the Sismos
project to the preservation,dissemination and scientificusage of the material heritage of
instrumental seismology of EuroMediterranean area
Graziano Ferrari

S05-1-03
invited

09:15

A brief introduction to the analog
seismograms storage in China
Ruifeng Liu, Leiyu Mou

S05-1-04
invited

09:30

Analog Seismogram Archives at
Earthquake Research Institute, theUniversity of Tokyo
Kenji Satake, Hiroshi Tsuruoka, Satoko
Murotani

S05-1-05
invited

09:45

The current status of archivesof the old analog seismogramsin Japan, and some examples of
their preliminary contribution toseismology
Ritsuko S. Matsu'ura, Norihito Umino,
Yoshiaki Tamura, Yoshihisa Iio, Minoru
Kasahara

S05-1-06
invitedSession: S05-2
Session title: Preservation and usage of analog seismogramarchives II
Type:
Oral
Date:
Friday, August 4, 2017
Time:
10:30 - 12:00
Room:
Room 403
Chairs:Paul Richards (Columbia University, New York)
Graziano Ferrari (National Institute of Geophysics
and Volcanology)
Time

Title

10:30

Historical seismograms:
Preservation efforts for an
endangered species
Emile Okal

S05-2-01
invited

10:45

Modern methods applied tohistorical seismograms: Perspective
and examples
Emile Okal

S05-2-02
invitedInstrumental polarities of the mostimportant historical seismographsof the Euro-Mediterranean area
Graziano Ferrari, Barbara Palombo,
Rodolfo Console, Paola Vannoli

S05-2-03

11:15

PRESERVING ANALOGUESEISMOGRAMS OF REGIONAL
NETWORKS AND OTHER
DOCUMENTS. EXPERIENCE AT
THE INSTITUT CARTOGRAFIC IGEOLOGIC DE CATALUNYA (ICGC)
Josep Batllo, Jose Antonio Jara, Judith
Unamuno, Maria Teresa Merino

S05-2-04

11:30

Observations of large earthquakes
in the Mexican subduction zone over
110 years
Vala Hjorleifsdottir, Shri Krishna Singh,
Bjorn Lund, Chen Ji

S05-2-05

11:45

ANALYSIS OF THE ANALOG
SEISMOGRAMS RECORDED
DURING THE NOVEMBER 19, 1912
(M~7.0) ACAMBAY, CENTRALMEXICO EARTHQUAKE: TOWARDSA FINITE SOURCE INVERSION
Raul Daniel Corona, Miguel Angel
SantoyoS05-2-06

11:00

Program No.

Session: S05-3
Session title: Preservation and usage of analog seismogramarchives --- Panel Discussion
Type:
Oral
Date:
Friday, August 4, 2017
Time:
13:30 - 15:00
Room:
Room 403
Chairs:Paul Richards (Columbia University, New York)
Graziano Ferrari (National Institute of Geophysics
and Volcanology)
Panelists: Paul Richards, Graziano Ferrari, Emile Okal,
Ruifeng Liu, Kenji Satake, Ritsuko S. Matsu'ura,
Vala Hjorleifson

Session:
Type:
Date:
Time:
Room:

S05-P
PosterThursday, August 3/ Friday, August 4, 201715:30 - 16:30 / 15:00 - 16:00
Event Hall

Title

Program No.

Database of digitized data of analog
seismic and tsunami records forhistorical earthquakes in Japan
Satoko Murotani, Kenji Satake, Hiroshi
Tsuruoka, Hiroe Miyake, Toshiaki Sato,
Tetsuo Hashimoto, Hiroo Kanamori,
Masahiro Osako

S05-P-01

HERP data retrieval system of JMA
analog seismograms
Mitsuko Furumura, Koji Iwasa, Yasunori
Suzuki, Tomotsugu Demachi, Takeo
Ishibe, Ritsuko S. Matsu'ura

S05-P-02

A trial application of analog
seismograms of the Kanto-Tokaiobservation network for crustal
observation to the detection of deep
low frequency tremor
Takanori Matsuzawa, Tetsuya Takeda

S05-P-03

Source parameters of the 1952
Pyeongyang, North Korea,
earthquake
Tae-Seob Kang, Myung-Soon Jun

S05-P-04

STUDY OF THE 7TH JULY, 1923,
CANAL DE BERDUN EARTHQUAKE,
IN THE PYRENEES FROMCONTEMPORARY SEISMOGRAMSAND BULLETINS
Rosa Martin, Daniel Stich, Josep
Batllo, Ramon Macia, Jose Morales

S05-P-05

ROMANIAN NETWORK OF ANALOG
SEISMOGRAMS: CONTRIBUTION TO
IMPROVE GLOBAL EARTHQUAKECATALOGS
Daniel Nistor Paulescu, Eugen Oros,
Mircea Radulian, Elena Manea

S05-P-06

111

S06.
Advancement inmethodologies for
CTBT monitoring
Session: S06-1
Session title: Advancement in methodologies for CTBT
monitoring
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
16:30 - 18:00
Room:
Room 401
Chairs:Tormod Kvaerna (NORSAR)
Michelle Grobbelaar (Council for Geoscience)
Time

Title

16:30

Trends in ground-based nuclear
explosion monitoring research anddevelopment
Michael Pasyanos, Monica Maceira,
Dale Anderson, Stephen Arrowsmith,Michael Begnaud, Philip Blom, Leslie
Casey, Garrett Euler, Sean Ford,
Michael Foxe, Jonathan MacCarthy

S06-1-01

16:45

The ISC datasets for monitoring
research
Dmitry Storchak, James Harris,
Konstantinos Lentas

S06-1-02

17:00

Synthetic seismograms of explosive
sources calculated by the Earth
Simulator
Seiji Tsuboi, Hiroyuki Matsumoto,
Mikhail Rozhkov, Josh Stachnik

S06-1-03

17:15

Model ensembles for estimationof seismic travel time and event
location uncertainty
Stephen Myers, Nathan Simmons

S06-1-04

17:30

On similarities and differences ofsignals measured by IMS stations
from five DPRK underground tests
Dmitry Bobrov, Ivan Kitov, Mikhail
Rozhkov, Pierrick Mialle, Peter Nielsen

S06-1-05
invitedSource array analysis for accurate
relative event location at the North
Korea nuclear test site
Steven Gibbons, Tormod Kvaerna,
Sven Peter Naesholm, Svein
Mykkeltveit

S06-1-06

17:45

Session:
Type:
Date:
Time:
Room:

S06-P
PosterTuesday, August 1/ Wednesday, August 2, 201715:30 - 16:30
Event Hall

Title
Seismic wave analysis of North
Korean nuclear tests using
seismographic networks in Japan
Kazunori Yoshizawa, Ryo Narita

112

Program No.

Program No.
S06-P-01

Long-range underwater acoustic
propagation from controlled
underwater sources received at IMS
hydroacoustic stations
Tomoaki Yamada, Georgios Haralabus,
Mario Zampolli, Kevin Heaney

S06-P-02

The CTBTO Link to the ISC Database
Konstantinos Lentas, Dmitry Storchak,James Harris

S06-P-03

Similarities and differences ofa hydrogeological response tounderground nuclear explosions
and earthquakes
Evgeny Vinogradov, Ella Gorbunova,
Alina Besedina

S06-P-04

IASPEI Earthquake Hazard, Risk andStrong Ground Motion

S07.
Strong ground motions
and Earthquake
hazard and risk
Session: S07-1
Session title: Amplification of ground motions and GMPEs
Type:
Oral
Date:
Monday, July 31, 2017
Time:
08:30 - 10:00
Room:
Main Hall
Chairs:John Clinton (ETH Zurich)
Masumi Yamada (Kyoto University)
Time

Title

08:30

Source parameters, pathattenuation, and site effects fromstrong-motion recordings of the
Wenchuan aftershocks (2008-2013)using nonparametric generalized
inversion technique
Yefei Ren, Ruizhi Wen, Hongwei Wang,
Dongwang Tao

Program No.
S07-1-01

08:45

Estimation of Source, Path and Site
Effects in Hangay region Mongoliausing a dense broadband seismic
array
Baigalimaa Ganbat, Toshiaki Yokoi,
Takumi HayashidaS07-1-02

09:00

Estimation of site amplification
using ground motion records atstrong motion stations in Turkey
Hiroaki Yamanaka, Ozgur Ozmen,
Ulubey Ceken, Mehmet Alkan

S07-1-03

09:15Preparation of 1D velocity structureusing records from moderate sizedearthquakes
Subeg Bijukchhen, Nobuo Takai,
Michiko Shigefuji, Masayoshi
Ichiyanagi, Tsutomu Sasatani

S07-1-04

09:30

Regional Difference of Ground
Motion for Shallow Crustal
Earthquake in Taiwan and California
Shu-Hsien Chao, Chiao-Chu Hsu

S07-1-05

Session: S07-2
Session title: Hazard and risk assessment I
Type:
Oral
Date:
Monday, July 31, 2017
Time:
10:30 - 12:00
Room:
Main Hall
Chairs:
Massimiliano Pittore (GFZ Potsdam)
Toshiaki Yokoi (BRI)
Time

Title

10:30

Seismic Hazard Assessment for
DAM Site Candidates in the East
Aceh, Indonesia
Yudhicara Hidayat, Terianto Hidayat,
Yopi Siswono, Hengky Pratama

Program No.
S07-2-01

10:45

Determination of Design Spectrawith considering different siteclassification, in Andisheh suburbof Bandar Abbas, South of IranMaryam Sedghi, Ramak Heidari, Abbas
Jazayeri, Mohamadreza Gheitanchi

S07-2-02

11:00

Joint project on seismic hazards
in the Indo-Gangetic Plain, India:
Results from Ground Motion Sensor
network
Rajender Chadha, Kazuki Koketsu,
Srinagesh Davuluri, Shri Krishna
Singh, Satoko Oki, Srinivas Dakuri

S07-2-03

11:30

Seismic Hazard Assessment of the
1995 Kobe Earthquake: Before and
After
Hiroe Miyake

S07-2-04

11:45

Recent Seismicity and Potential
Earthquake Risk in Major Ethiopian
CitiesAtalay Ayele

S07-2-05

Session: S07-3
Session title: Hazard and risk assessment II
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
08:30 - 10:00
Room:
Main Hall
Chairs:
Masumi Yamada (Kyoto University)
Massimiliano Pittore (GFZ Potsdam)
Time

Title

08:30

Reconciliation of Canada's 5thGeneration Seismic Hazard
Model results with those from the
OpenQuake-engine
John Adams, Trevor Allen, Stephen
Halchuk

08:45

A Novel Geodetic-based
Probabilistic Seismic Hazard Modelfor Iran
Alireza Lotfi, Hamid Zafarani, Alireza
Khodaverdian

S07-3-02

09:00

PERSIA, a novel time-dependent
seismic hazard model for Iran,preliminary results for the Greater
Tehran and surrounding areas
Hamid Zafarani, Seyed Mostafa
JalalalhosseiniS07-3-03

09:15

ANALYSIS OF RESPONSE SPECTRAOF CHARACTERISTIC GROUNDMOTIONS RECORDED IN NORTH
EAST INDIAN REGION
Babita Sharma

S07-3-04

09:30

TIME-DEPENDENT SEISMIC
HAZARD DUE TO MINING-INDUCEDEARTHQUAKES IN GAUTENG,
SOUTH AFRICA
Brian Zulu, Vunganai Midzi, Brassnavy
Manzunzu, Raymond Durrheim

S07-3-05

09:45

SEISMIC RISK FOR CITIES AROUND
THE LAKE KIVU BASIN, WESTERNBRANCH OF THE EAST-AFRICAN
RIFTS SYSTEM
Wafula Mifundu, Kongbo Tambala

S07-3-06

Session: S07-4
Session title: Hazard and risk assessment, and data processing
strategies
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
10:30 - 12:00
Room:
Main Hall
Chairs:
Massimiliano Pittore (GFZ Potsdam)
Toshiaki Yokoi (BRI)
Time

Title

10:30

Rapid estimation of ground-shaking
maps for seismic emergency
management in Turkey
Ulubey Ceken, Eren Tepeugur, Turgay
Kuru, Elcin Gok, Caglar Ozer, Orhan
Polat

S07-4-01

10:45

Development of a pilot seismic risk
assessment for British Columbia,
Canada, through the applicationof Global Earthquake Model's
OpenQuake
Alison L. Bird, J. Murray Journeay,
Trevor I. Allen, John F. Cassidy, Nicky
Hastings, Michelle M. Cote

S07-4-02

11:00

Ground motion predictions in the
backdrop of recent claims for megaearthquake in Bangladesh
Tahmeed Malik Al-Hussaini

S07-4-03

11:15

Automatic detection of earthquakes,
quarry blasts, rockfalls andavalanches on the Swiss permanent
broadband network
Conny Hammer, Donat Faeh

S07-4-04

11:30

Evaluation of the P-wave detection
method using higher order statistics
Masumi Yamada, Hirofumi IshidaS07-4-05

Program No.
S07-3-01

Program No.

113

Session: S07-5
Session title: Simulation for scenario earthquakes and strong
motion monitoring / processing
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
13:30 - 15:00
Room:
Main Hall
Chairs:
Masumi Yamada (Kyoto University)
John Clinton (ETH Zurich)
Time

Title

13:30

Simulation of Strong Ground
Motions in and around Iwaki City,
Fukushima Prefecture, using
Pseudo Point-source Model
Takumi Hayashida, Toshiaki Yokoi,
Hiroto Nakagawa, Toshihide Kashima,
Shin Koyama

S07-5-01

13:45

Inversion seismic parametersmodel for stochastic ground motion
simulation in Taiwan
Jyun-Yan Huang, Kuo-Liang Wen, CheMin Lin, Chiao-Chu Hsu

S07-5-02

14:00

Strong ground motion simulations
for potential earthquakes around
Taiyuan, China based on dynamic
rupture sources
Zhenguo Zhang, Wei Zhang, Xiaofei
Chen

S07-5-03

14:15

3D numerical modeling of seismic
wave propagation and amplificationin Qaidam basin
Yanyang Chen, Takashi Furumura,
Yanbin Wang

S07-5-04

14:30

Strong-Motion Observation Networkin the Philippines
Rhommel Grutas, Robert Tiglao,
Melchor Lasala, Janila Deocampo,
Ishmael Narag, Renato Solidum, Jr.

S07-5-05

Time

Title

16:30

Relationship between the Shear
Velocities from Microtremor
Observations and Seismic Cone
Penetration Test Results
Rusnardi Rahmat Putra, Junji Kiyono,
Sai Vanapalli

S07-6-01

HVSR site classification method
for Chinese seismic code based onJapanese strong motion data
Ruizhi Wen, Yefei Ren, Kun Ji, Haiying
Yu

S07-6-02

114

Nonlinear Site Response at KiKnet KMMH16 (Mashiki) and Heavily
Damaged Sites during the 2016
Kumamoto Earthquake, Japan
Hiroyuki Goto, Yoshiya Hata, Masayuki
Yoshimi, Nozomu YoshidaS07-6-03

17:15

Long-period later phases observedin the Echigo Plain, Japan during
the deep earthquake in the west off
Ogasawara Islands of May 30, 2015
Tomiichi Uetake, Kazuhito Hikima,
Masatoshi Fujioka, Yoshihiro Sawada,
Shutaro Sekine

S07-6-04

17:30

Revision of 3D Model of the Kanto
Basin based on Earthquake Recordsof MeSO-net
Haruo Yoshida, Yoshiyuki Sato, Kikuji
Kobayashi, Naoko Umeda, Shinichi
Sakai, Hirata Naoshi

S07-6-05

17:30

Direct evaluation of site
amplification factors based on
observed motions of earthquakes
and microtremors
Hiroshi Kawase, Fumiaki Nagashima,
Kenichi Nakano, Yuta Mori

S07-6-06

Program No.

Session: S07-6
Session title: Site effects I
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
16:30 - 18:00
Room:
Main Hall
Chairs:Jamison Steidl (University of California, Santa
Barbara)Massimiliano Pittore (GFZ Potsdam)

16:45

17:00

Program No.

Session: S07-7
Session title: Site effects II
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
08:30 - 10:00
Room:
Main Hall
Chairs:Toshiaki Yokoi (BRI)
Jamison Steidl (University of California, Santa
Barbara)
Time

Title

08:30

Shallow shear wave velocity modelof Taiwan constructed from Receiver
Function Analysis of strong motion
stations
Che-Min Lin, Kuo-Liang Wen, ChunHsiang Kuo, Jyun-Yan Huang, HungHao Hsieh

Program No.
S07-7-01

08:45

Liquefaction Monitoring and
Observations of Excess Pore
Pressure Generation During Strong
MotionJamison Steidl

S07-7-02

09:00

Temporal nonlinear site response
during Kumamoto Mw7.0 earthquake
inferred from borehole strong
motion data
Junju Xie

S07-7-03

09:15

DETERMINATION OF DEEPSUBSURFACE SHAREWAVEVELOCITY STRUCTURE IN
THE CENTRAL PART OF THE
KATHMANDU BASIN, NEPAL USING
BROAD BAND SEISMOGRAPHARRAYS FOR LONG PERIODMICROTREMOR
Mukunda Bhattarai, Dinesh Nepali,
Santosh Dhakal, Suresh Shrestha,
Toshiaki Yokoi, Takumi HayashidaS07-7-04

09:30The spatial variability of thedirectionally dependent microtremor
horizontal-to-vertical spectral ratios
at the boundary of the basin edge inUji, Japan
Shinichi Matsushima, Keita Sato, Yuri
Fukuoka

S07-7-05

Session: S07-8
Session title: Strong motion and seismic sources I
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
10:30 - 12:00
Room:
Main Hall
Chairs:Jamison Steidl (University of California, Santa
Barbara)John Clinton (ETH Zurich)
Time

Title

10:30

Ground motion pattern generated by
the undercrustal seismic source of
the Vrancea region, Romania
Luminita Angela Ardeleanu, Cristian
Neagoe, Bogdan Grecu, Bogdan
Zaharia, Andreea Craiu

S07-8-01

Strong ground motions due tothe 2016 mid Tottori prefectureearthquake, Japan
Takao Kagawa, Tatsuya Noguchi,
Shohei Yoshida, Hiroshi Ueno, Sho
Nakai, Kazu Yoshimi, Shoya Arimura,
Shinji Yamamoto

S07-8-02

Peculiar strong ground motions
from the very deep (h=680 km) Mw
7.9 Ogasawara Islands earthquakeof 2015 May 30
Takashi Furumura, Brian LN Kennett

S07-8-03

Slip Rates Inversion of 3-D Faults
around Ordos Constrained by GPS
and Leveling Observation
Yilei Huang, Shiyong Zhou, Shimin
Wang

S07-8-04

Near-field long-period strong
ground motion during the 2016 Mw
7.0 Kumamoto earthquake
Kojiro Irikura, Susumu Kurahashi

S07-8-05

10:45

11:00

11:15

11:30

Program No.

Title

13:30

Influence of vertical accelerationin seismic hazard. Observations ofearthquakes in Ecuador
Juan-Carlos Singaucho

Validating a source model for the2011 Tohoku Earthquake using a
dense strong-motion array
Atsushi Nozu

S07-9-02

14:00

Features of long-period spectrumof SMART-1 array strong motion
records
Haiying Yu, Baofeng Zhou, Xuan Xu,
Ruizhi Wen, Dongwang Tao

S07-9-03

14:15

Processing Strategy On Strong
Motion Records Of Bizarre
Waveforms
Baofeng Zhou, Haiying Yu, Ruizhi Wen,
Dongwang Tao

S07-9-04

14:30

Site-specific investigations in
the ongoing renewal project of
the Swiss strong motion network(SSMNet)Manuel Hobiger, Donat Faeh, Clotaire
Michel, Paolo Bergamo, Walter
Imperatori, John Clinton, Carlo Cauzzi,
Eric Zimmermann, Franz Weber, Blaise
Duvernay

S07-9-05

Session:
Type:
Date:
Time:
Room:

S07-P
PosterTuesday, August 1/ Wednesday, August 2, 201715:30 - 16:30
Event Hall

Title

Session: S07-9
Session title: Strong motion and seismic sources II
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
13:30 - 15:00
Room:
Main Hall
Chairs:Toshiaki Yokoi (BRI)
Jamison Steidl (University of California, Santa
Barbara)
Time

13:45

Program No.
S07-9-01

Program No.

Seismic Microzonation and Site
Effect Response of Al Auja District
Hatem Alwahsh

S07-P-01

Source effects of intraslab andinterplate earthquakes off Miyagi
Prefecture in Northeastern Japanand their relation to source depths
Yasumaro Kakehi

S07-P-02

Strong Ground Motion Simulation
by Combining Stochastic Green's
Function Method with Hybrid Slip
Model for February 6, 2016 Meinong,
Taiwan Earthquake
Cheng-Feng Wu, Huey-Chu Huang

S07-P-03

Nonlinear Site Response During the2016 Meinong, Taiwan Earthquake
Kuo-Liang Wen, Chun-Te Chen, ShunChiang Chang

S07-P-04

Evaluation of site effect byaftershock observation data dueto the 2016 mid Tottori prefectureearthquake and microtremor
observation in the mid area of
Tottori Prefecture, Japan
Tatsuya Noguchi, Takao Kagawa,
Shohei Yoshida, Sho Nakai, Hiroshi
Ueno, Kazu Yoshimi, Shoya Arimura,
Shinji Yamamoto, Hayato Nishikawa

S07-P-05

The Probabilistic Seismic Hazard
Assessment of South Africa
Vunganai Midzi, Brassnavy Manzunzu,
Thifhelimbilu Mulabisana, Brian Zulu,
Tebogo Pule, Sinovuyo Myendeki,
Ganesh Rathod

S07-P-06

115

116

Generation conditions of longperiod ground motions in the Kanto
Basin
Yurie Mukai, Takashi Furumura

S07-P-07

Shallow to deep velocity structure
modeling of Oita Plain, Japan, using
microtoremor and borehole data
Masayuki Yoshimi, Takumi Hayashida,
Shinichi Matsushima, Hiroshi Kawase,
Hiroshi Takenaka, Nobuyuki Yamada,Hiroe Miyake, Takeshi Sugiyama,
Tetsuyoshi Tokumaru, Haruhiko Suzuki,
Atsushi Yatagai, Hisanori Matsuyama

S07-P-08

Strong Ground-Motion Simulationof 2016 Meinong Earthquake Using
Empirical Green's Function Method
Ying-Chi Chen, Huey-Chu Huang

S07-P-09

Segmentation of slow slip eventsin south central Alaska possibly
controlled by a subducted oceanic
plateau
Haotian Li, Meng Wei, Shiyong Zhou,
Duo Li, Yajing Liu, Younghee Kim

S07-P-10

Difference in Ground Motion andSeismic Source Characteristics
Between the Surface and Buried
Rupture Crustal Earthquake inJapanShohei Yoshida, Takao Kagawa,
Tatsuya Noguchi

S07-P-11

Combining deterministic simulationof ground motions and probabilistic
approach: Large scale simulation
for heterogeneous source models
by FDM reciprocity method
Anatoly Petukhin, Haruko Sekiguchi,
Hiroshi Kawase, Katsuhiro Kamae,
Masato Tsurugi

S07-P-12

Maps of Volcanic and Seismic
Hazards on the Web
Jayvie Nadua, Analyn Aquino, Kervin
Macaranas, Enrico Santos, Mabelline
Cahulogan, Renato Solidum, Jr.

S07-P-13

Characteristics of Seismic
Response of the Taipei Basin
Kou-Cheng Chen, Jeen-Hwa Wang

S07-P-14

Surface deformations caused byunderground nuclear explosions
Ella Gorbunova, Evgeny Vinogradov,
Alina Besedina

S07-P-15

Broadband Ground Motion along the
Joetsu Shinkansen during the 2004
Chuetsu Earthquake and Aftershock
Sequence
Yifei Chen, Hiroe Miyake

S07-P-16

Multi-use seismic stations forearthquake early warning
Bruce Townsend, Stephen Kilty,
Geoffrey Bainbridge, David Easton,
Tim Parker

S07-P-17

Studies on Qs of Kyushu district inJapan
Kenichi Nakano, Shigeki Sakai

S07-P-18

Estimation of Empirical Green's
Tensor Spatial Derivative Elements:
A Preliminary Study using Strong
Motion Records in Southern Fukui
Prefecture, Japan
Michihiro Ohori

S07-P-19

S-wave structure in the Nansei
Islands, Japan, inferred frommicrotremor array explorations
Nobuyuki Yamada, Hiroshi Takenaka,
Masanao Komatsu

S07-P-20

Effect of shallow S-wave velocity
structure on ground motion
characteristics at temporary
aftershock observation stations of
the 2016 Kumamoto earthquake
Kosuke Chimoto, Hiroaki Yamanaka,
Seiji Tsuno, Hiroe Miyake, Nobuyuki
Yamada

S07-P-21

SATREPS MarDiM Project on
Earthquake and Tsunami Disaster
Mitigation in the Marmara Region
and Disaster Education in Turkey
Seckin Ozgur Citak, Yoshiyuki Kaneda,
Haluk Ozener, Nurcan Meral Ozel,
Dogan Kalafat, Narumi Takahashi,
Takane Hori, Muneo Hori, Mayumi
Sakamoto, Ali Pinar, Asim Oguz
Ozel, Ahmet Cevdet Yalciner, Gulum
Tanircan, Ahmet Demirtas

S07-P-22

The ground motion signature ofsupershear rupture in BurrdgeAndrews and free-surface-induced
mechanisms
Jiankuan Xu, Xiaofei Chen

S07-P-23

Observed Near-Fault Ground Motion
Characteristics during the 2016
Kumamoto, Japan, Mainshock
Tomotaka Iwata, Kimiyuki Asano

S07-P-24

Different spectra in the verticalseismic observation array
Osamu Murakami, Yasuhiro Asai,
Hiroshi Ishii, Takahiro Kunitomo

S07-P-25

Surface wave propagation andmagnitude (Mj) overestimates inwestern Japan
Hiroki Kawamoto, Takashi Furumura

S07-P-26

S08.
Paleoseismology andpaleotsunami studies:
Their potential andlimitation
Session: S08-1
Session title: Paleoseismology and paleotsunami studies: Theirpotential and limitation I
Type:
Oral
Date:
Friday, August 4, 2017
Time:
08:30 - 10:00
Room:
Room 402
Chairs:Koji Okumura (Hiroshima University)
Shinji Toda (Tohoku University)
Time

Title

08:30

Paleoseismological evaluation andsurface faults of the 2016 Kumamoto
earthquake along Futagawa fault
zone, central Kyushu, Japan
Takashi Azuma

S08-1-01
invited

09:00

Paleoseismic history of the Hinagu
fault zone, Kumamoto, Japan;
Preliminary results of a trench
excavation survey on the TakanoShirahata segment
Yoshiki Shirahama, Yukari Miyashita,
Takashi Azuma, Tetsuhiro Togo, Masao
Kametaka, Yuji Suzuki

S08-1-02
invited

09:15

Recent indications to improve
evaluation of short active faults
provided by the 2016 Kumamotoand Ibarakiken-hokubu, Japan,
earthquakes
Shinji Toda, Daisuke Ishimura

S08-1-03
invited

09:30

Late Quaternary Faulting Alongthe Different Segments of thePhilippine Fault in Mindanao Island,
Philippines
Jeffrey Perez, Hiroyuki Tsutsumi

S08-1-04
invited

Paleoseismology of the Himalayan
Frontal Zones
Koji Okumura, Javed Malik

S08-1-05
invited

09:45

Session: S08-2
Session title: Paleoseismology and paleotsunami studies: Theirpotential and limitation II
Type:
Oral
Date:
Friday, August 4, 2017
Time:
10:30 - 12:00
Room:
Room 402
Chairs:Maria Teresa Ramirez Herrera (Universidad
Nacional Autónoma de México)
Osamu Fujiwara (Geological Survey of Japan)
Time

Title

10:30

Large earthquakes in historical andpre-historical times in Switzerland:
An overview of earthquake induced
effects
Donat Faeh, Gabriela Gassner-Stamm,Michael Strasser, Remo Grolimund,
Stephanie Wirth, Katrina Kremer

S08-2-01
invited

10:45

Application of the paleoseismic
record of great Cascadia
earthquakes for use in the 2015
and 2020 National Building Code of
Canada seismic hazard maps
John Adams, Stephen Halchuk, Garry
Rogers, Trevor Allen

S08-2-02
invited

11:15

The Great 1787 Earthquake (M 8.6)
and Tsunami along the Mexican
Subduction Zone – history, geology
and tsunami hazard assessment
Maria Teresa Ramirez Herrera,
Marcelo Lagos, Avto Goguitchaichvili,
Maria Luisa Machain, Ana-Carolina
Ruiz-Fernandez, Gerardo Suarez,
Maria Ortuno, Margarita Caballero

S08-2-03
invited

11:30

Has the unusual “mega-tsunami"
ever occurred along the Nankai
Trough?
Osamu Fujiwara

S08-2-04
invited

11:45

A large slip area of the 2011
Tohoku-oki earthquake has been
already ruptured by the 1611 Keicho
Tsunami earthquake (Mw9.0)
Yuichiro Tanioka, Genta Fukuhara

S08-2-05
invited

Program No.

Session:
Type:
Date:
Time:
Room:

Program No.

S08-P
PosterThursday, August 3/ Friday, August 4, 201715:30 - 16:30 / 15:00 - 16:00
Event Hall

Title

Program No.

Description and interpretation of
the surface ruptures in northwestof the outer rim of the Aso caldera
triggered by Kumamoto Earthquake
Hiroshi Une, Takayuki Nakano, Satoshi
Fujiwara, Tomokazu Kobayashi, Yu
Morishita, Kazumi Iwata, Hiroshi, P.
Sato, Hiroshi Yagi

S08-P-01

Temporal clustering and occurrence
probability of large earthquakes on
active faults in Japan
Hisao Kondo, Kazuhiro Iwakiri, HirotaTani, Kenji Satake

S08-P-02

117

REFINEMENT OF PHILIPPINETSUNAMI HAZARD MAPS: The
TsuHaMEI Project
Analyn D. Aquino, Jayvie H. Nadua,
Joan C. Salcedo, Maria Leonila P.
Bautista, Ishmael C. Narag, Bartolome
C. Bautista, Renato U. Solidum, Jr.

S08-P-03

IASPEI Earthquake Generation Process

S09.
Open session:
Earthquake
generation process- physics, modelingand monitoring forforecast
Session: S09-1
Session title: Open session: Earthquake generation process –physics, modeling and monitoring for forecast I
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
08:30 - 10:00
Room:
Room 503
Chairs:Naoshi Hirata (ERI)David Rhoades (GNS)
Time

Title

08:30

Round-the-world seismic echo
effect in aftershock sequences ofstrong earthquakes: a statisticalanalysis
Alexey Zavyalov, Oleg Zotov, Anatol
Guglielmi, Ivan Lavrov

S09-1-01
invited

08:45

Synchronization of Stick-Slip
Oscillator by Periodic External
Forces –Implications for
Earthquake Activity RhythmsKazuro Hirahara

S09-1-02

09:00

Synchronization and chaotic
behavior of earthquake cycles in amodel with interacting fault patches
Naoyuki Kato

S09-1-03

09:30

Observations and modelingof short-term phenomena in
the preparatory stage of large
earthquakes
Kiyoshi Suyehiro, Selwyn Sacks,
Paul Rydelek, Deborah Smith, Tetsuo
Takanami

S09-1-04

118

Program No.

Session: S09-2
Session title: Open session: Earthquake generation process –physics, modeling and monitoring for forecast II
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
10:30 - 12:00
Room:
Room 503
Chairs:Alexey Zavyalov (Institute of Physics of the EarthRAS)
Naoshi Hirata (ERI)
Time

Title

Program No.

10:30

Remote triggering of earthquakes
as a possible stress-meter: the caseof the 2016 M7.3 Kumamoto (Japan)
mainshockBogdan Enescu, Kengo Shimojo, Anca
Opris, Yuji Yagi

S09-2-01

10:45

Withdrawn

S09-2-02

11:00

Coulomb Stress Transfer andAccumulation on the Sagaing Fault,
Myanmar over the Past 110 years
and Its Implications for Seismic
HazardXiong Xiong, Bin Shan, Yuming Zhou,
Shengji Wei, Yongdong Li, Rongjiang
Wang

S09-2-03

11:15

Testing the Coulomb stresstriggering hypothesis for threerecent megathrust earthquakes
Takeo Ishibe, Yosihiko Ogata, Hiroshi
Tsuruoka, Kenji SatakeS09-2-04

11:30

Fluid injection effects on induced
seismic activity in multi-degree-offreedom rate-and-state model
Sergey Turuntaev, Vasily Riga

S09-2-05

Session: S09-3
Session title: Open session: Earthquake generation process –physics, modeling and monitoring for forecast III
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
13:30 - 15:00
Room:
Room 503
Chairs:David Rhoades (GNS)
Alexey Zavyalov (Inst. of Physics of the Earth RAS)
Time

Title

Program No.

13:30

Seismic valve as a driving
mechanism of the 2014 aftershock
sequences in West Bohemia
Tomas Fischer, Ctirad Matyska, Jens
Heinicke, Sebastian Hainzl

S09-3-01

13:45

A NEW APPROACH TO FAULT ZONESEISMIC MONITORING
Svetlana Kishkina, Gevorg Kocharyan,
Dmitriy Pavlov

S09-3-02

14:00

Seismic sources under tensional
regime - TRM and DEM approaches
Wojciech Debski, Piotr Klejment, Alicja
Kosmala, Natalia Foltyn

S09-3-03

14:15

Estimating the Locations of Past
and Future Large Earthquake
Ruptures in California using Recent
M4 and Greater EventsJohn Ebel

S09-3-04

14:30

CSEP-Japan earthquake
predictability experiment forphysics-based modeling and testing
Naoshi Hirata, Hiroshi Tsuruoka,
Danijel Schorlemmer

S09-3-05

Session:
Type:
Date:
Time:
Room:

S09-P
PosterTuesday, August 1/ Wednesday, August 2, 201715:30 - 16:30
Event Hall

Title

Program No.

The relation between the deep
lithospheric structure and observed
seismicity in the European Arctic
Galina Antonovskaya, Irina Basakina,
Irina Fedorenko, Natalia Kapustian,Evgeniy Rogozhin, Alexey Zavyalov

S09-P-01

Postseismic Process of Moderateand Large Interplate Earthquakes
within the Source Area of the
Megathrust Earthquakes Along the
Nankai Trough
Mamoru Hyodo, Ryoichiro Agata,
Tsuyoshi Ichimura, Takane Hori

S09-P-02

Time to instability of the seismic
event triggered by SSE
Makiko Ohtani, Nobuki Kame, Masao
Nakatani

S09-P-03

S10.
Development, testing
and applicationof earthquake
forecasting models
Session: S10-1
Session title: Development, testing and application of earthquake
forecasting models
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
16:30 - 18:00
Room:
Room 503
Chairs:David Rhoades (GNS Science)John Ebel (Boston College)
Time

Title

Program No.

16:30

Prospective evaluation of the
CSEP-Japan earthquake forecasts
experiments
Hiroshi Tsuruoka, Naoshi Hirata

S10-1-01

16:45

Using GNSS data to analysis theearthquake potential of SichuanYunnan region, western China
Fan Wang, Peng Zhang, Zhanyi Sun

S10-1-02

17:00

Seismological and geodetic
tools can jointly contribute to theunderstanding and prediction ofearthquakes
Giuliano F. Panza, Antonella Peresan,
Fernando Sanso', Mattia Crespi,
Augusto Mazzoni, Andrea Nascetti

S10-1-03

17:15

On what time scales can strain rates
contribute to earthquake likelihood
models?
David Rhoades, Bill Fry, Annemarie
Christophersen

S10-1-04

17:30

Reducing false alarms of annual
forecast in the central China northsouth seismic belt by reverse
tracing of precursors (RTP)
Zhongliang Wu, Changsheng Jiang,
Shengfeng Zhang

S10-1-05

17:45

Break of slope in earthquake
size distribution and aseismic
deformation ratePeter Shebalin, Inessa Vorovieva,
Clement Narteau, Sergey Baranov

S10-1-06

119

Session:
Type:
Date:
Time:
Room:

S10-P
PosterTuesday, August 1/ Wednesday, August 2, 201715:30 - 16:30
Event Hall

Title

Characteristics of IonosphericElectron Distribution for large
Earthquakes around Japan
Katsumi Hattori, Mustafa Yagmur,
Shinji Hirooka, Jann-Yenq Liu

S11-1-03
invited

Program No.

The technology for automatic
probabilistic prediction ofearthquakes
Valeri Gitis, Alexander Derendyaev

S10-P-01

Application of earthquake
forecasting models in central New
Zealand following the November
2016 Kaikoura earthquake
David Rhoades, Annemarie
Christophersen, Matthew
Gerstenberger, David Harte

S10-P-02

Time-dependent neo-deterministic
seismic hazard scenarios for the
Italian territory: recent advances
and testing issues
Antonella Peresan, Vladimir
Kossobokov, Giuliano F. Panza, Mattia
Crespi

S10-P-03

S11.
Geo & spacetechnologies tostudy pre-earthquake
processes:
Observation,modeling, forecasting
Session: S11-1
Session title: Geo & space technologies to study pre–earthquake
processes: Observation, modeling, forecasting I
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
08:30 - 10:00
Room:
Room 503
Chairs:
Dimitar Ouzounov (Chapman University)
Katsumi Hattori (Chiba University)
Time

Title

08:30

TEC anomalies immediately before
large earthquakes: Review andperspective
Kosuke Heki, Liming He

S11-1-01
invited

08:45

Modification of ionosphere before
March 11 2011 Tohoku earthquake
Koichiro Oyama, C.H Chen, L Bankov,
M Devi, K Ryu, J.Y Liu, H Liu, T Uozumi

S11-1-02
invited

120

09:00

Program No.

Session: S11-2
Session title: Geo & space technologies to study pre–earthquake
processes: Observation, modeling, forecasting II
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
10:30 - 12:00
Room:
Room 503
Chairs:
Dimitar Ouzounov (Chapman University)
Tiger Liu (National Central University)
Time

Title

10:30

Estimates of Seismic Danger inJapan by Coherence Properties of
GPS Noise
Alexey Lyubushin

S11-2-01
invited

10:45

Correlation between earthquake
occurrence and the anomalous
propagation of VHF radio waves
indicated by the gain and thep-value of prediction maps
produced by a simple objective
algorithm in the Shimabara area,
Kyushu, Japan
Sho Morita, Masao Nakatani, Toru
Mogi

S11-2-02
invited

11:00

Testing Geospace Technologies
for Alerting Large Earthquakes: An
Integrated Approach of Space and
Ground Observations
Dimitar Ouzounov, Sergey Puienets,
Tiger Liu, Katsumi Hattori, ManuelHernández-Pajares, Alberto GarcíaRigo, Menas Kafatos

S11-2-03
invitedSession:
Type:
Date:
Time:
Room:

Program No.

S11-P
PosterTuesday, August 1/ Wednesday, August 2, 201715:30 - 16:30
Event Hall

Title

Program No.

Quantification of Seismic Hazards
with Detrended Fluctuation Analysis
of Time Series: Case Studies of theJapanese Islands and California
Denis Filatov, Alexey Lyubushin

S11-P-01

Possible conjugated TEC anomalies
preceding large earthquakes
Liming He, Kosuke Heki

S11-P-02

Variations of statistical parametersof the background seismic noise
before strong earthquakes in
Kamchatka
Victoria Kasimova, Alexey Lyubushin,
Galina Kopylova

S11-P-03

Clarification of the mechanism of
VLF radiation intensity reduction
before earthquakes observed by
DEMETER and WWLLN data
Shoho Togo, Hidetoshi Nitta, JeanJacques Berthelier, Tatsuo Onishi,
Masashi Kamogawa, Tetsuya Kodama,Toshiyasu Nagao

S11-P-04

S12.
An interdisciplinary
approach towards
earthquake prediction
studies
Session: S12-1
Session title: An interdisciplinary approach towards earthquake
prediction studies I
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
13:30 - 15:00
Room:
Room 503
Chairs:
Dimitar Ouzounov (Chapman University)
Toshiyasu Nagao (Tokai University)
Time

Title

Program No.

13:30

Combining probabilistic seismicity
models with precursory information:
application to long-delayed
aftershocks
Peter Shebalin

S12-1-01
invited13:45

Nowcasting Global Earthquakes
John Rundle

S12-1-02
invited14:00

integrated Study and Test for
Earthquake Precursors (iSTEP-4)
Jann-Yenq Tiger Liu

S12-1-03
invitedSession: S12-2
Session title: An interdisciplinary approach towards earthquake
prediction studies II
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
16:30 - 18:00
Room:
Room 503
Chairs:
Dimitar Ouzounov (Chapman University)
Katsumi Hattori (Chiba University)
Time

Title

16:30

Coupled interaction of deep Earthgases with quasi-static rupture ofearthquake nuclei; possible source
mechanism for seismo-EMs
Yuji Enomoto

16:45

Multi-parameter assessments ofpre-earthquake atmospheric signals
Dimitar Ouzouniv, Sergey Pulinets,
Tiger Liu, Katsumi Hattori, Peng Han

S12-2-02
invited

17:00

Probability tomography and wavelet
analysis of self-potential data andpossible application in landslide
monitoring
Qinghua Huang, Kaiyan Hu, Katsumi
Hattori

S12-2-03
invitedSession:
Type:
Date:
Time:
Room:

S12-P
PosterTuesday, August 1/ Wednesday, August 2, 201715:30 - 16:30
Event Hall

Title

Program No.

Characterizing the nature of spatial
heterogeneities based on multifractal and seismic b-value analysisof the 2015 Nepal earthquake
sequence
Vijay Prasad Dimri, Nampally
Subhadra, Simanchal Padhy

S12-P-01

Precursory signature of amegathrust earthquake andpostseismic effects on regional
earthquake induction
Tae-Kyung Hong, Junhyung Lee,
Seongjun Park

S12-P-02

Resistivity changes during the 2015
seismic swarm detected by real-timemagnetotelluric monitoring system
in Taal volcano (Philippines)
Paul Karson Alanis, Paolo Reniva,
Juan Cordon, Allan Loza, Lawrence
Aaron Banes, Yoichi Sasai, Akihiro
Takeuchi, Toshiyasu Nagao

S12-P-03

Characteristics of b-value and TECchanges in Space and Time before
the Large Earthquakes in Japan
Takaaki Kobari, Peng Han, Katsumi
Hattori

S12-P-04

Anomalies of astronomical timelatitude observations before strong
earthquake and discussions on the
problems of its application
Bo Wang, Zhiqiang Yin, Lili Tian,
Hongqi Wang, Yanben Han

S12-P-05

Abnormal seismicity of slow
earthquakes on land prior to 2011
Tohoku earthquake
Tomoki Tokuda, Hirohiko Shimada

S12-P-06

Program No.
S12-2-01
invited121

IASPEI Earthquake Source Mechanics

S13.
Earthquake source
mechanics
Session: S13-1
Session title: Earthquake source mechanics I
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
08:30 - 10:00
Room:
Main Hall
Chairs:Torsten Dahm (Deutsches GeoForschungsZentrum
GFZ)
Simone Cesca (Deutsches GeoForschungsZentrum
GFZ)
Time

Title

08:30

Challenges in moment tensor
resolution: collapses, explosions
and shallow earthquakes
Simone Cesca, Sebastian Heimann

S13-1-01

08:45

Uncertainties in moment tensor
estimation for induced earthquakes
illustrated at the example of
the Groningen gas field, The
Netherlands
Daniela Kuehn, Sebastian Heimann,
Sven Peter Naesholm, Ben Dando,
Hom Nath Gharti, Elmer Ruigrok

S13-1-02

09:00

Moment tensor inversion based on
the principal component analysis:
Method and application to the2014 earthquake sequence in West
Bohemia, Czech Republic
Vaclav Vavrycuk, Petra Adamova, Jana
Doubravova, Hana Jakoubkova

S13-1-03

09:15

Non double couple componentsof Mw>4.5 events in The Geysers
geothermal field, California revealed
by a hierarchical Beyesian inversion
Marija Mustac, Hrvoje Tkalcic

S13-1-04

09:30

Determination of high precision
microseismic source mechanism
by iterative relative moment tensor
inversion
Kazutoshi Imanishi, Takahiko Uchide

S13-1-05

09:45

Microseismic Event Relocation and
Focal Mechanism Estimation Basedon PageRank Linkage
Ana C. Aguiar, Stephen C. Myers

S13-1-06

122

Session: S13-2
Session title: Earthquake source mechanics II
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
10:30 - 12:00
Room:
Main Hall
Chairs:Simone Cesca (Deutsches GeoForschungsZentrum
GFZ)
Yuji Yagi (Graduate School of Life andEnvironmental Sciences)
Time

Title

10:30

Demonstration of improved seismic
source inversion method of teleseismic body wave
Yuji Yagi, Ryo Okuwaki

S13-2-01

10:45

A Bayesian hierarchical model for aseismic source inversion
Amato Kasahara, Yuji Yagi

S13-2-02

11:00

Seismicity of the Nordland area,
NorwayJan Michalek, Lars Ottemoeller, Jens
Havskov, Marte Louise Stromme, Berit
Marie Storheim

S13-2-03

11:15

earthquake statistics,
spatiotemporal distribution of fociand source mechanisms as a key
to understanding of causes leading
to the West Bohemia/Vogtland
earthquake swarms
Josef Horalek, Hana Jakoubkova

S13-2-04

11:30

Induced seismicity of Kuzbass(Russia). Bachatskoe earthquake of2013, ML=6.1
Aleksey Emanov, Aleksandr Emanov,Ekaterina Leskova, Aleksandr Fateev

S13-2-05

11:45

Crustal stress field in Taiwan
inferred from regional-scale damped
inversion of a newly derived
homogeneous earthquake focal
mechanism dataset
Wen-Tzong Liang, Ping-Han Huang,
Yi-Ling Huang, Pei-Ru Jiang, Tai-Lin
Tseng

S13-2-06

Program No.

Program No.

Session: S13-3
Session title: Earthquake source mechanics III
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
13:30 - 15:00
Room:
Main Hall
Chairs:Yuji Yagi (Graduate School of Life andEnvironmental Sciences)
Satoshi Ide (University of Tokyo)
Time

Title

Program No.

13:30

Tidal controls on earthquake sizefrequency statistics
Satoshi Ide, Suguru Yabe, Yoshiyuki
Tanaka

S13-3-01

13:45

A statistical characterizationof earthquake initiation and its
implication
Shunta Noda, William Ellsworth

S13-3-02

14:00Effective stress drop of earthquake
clusters
Tomas Fischer, Sebastian Hainzl

S13-3-03

14:15

Radiated Energy Enhancement
and Rupture Complexity of Large
Subduction-Zone Earthquakes
Lingling Ye, Hiroo Kanamori, Thorne
Lay

S13-3-04

14:30

Seismic energy release at theseismogenic zone of Guerrero,
MexicoRaymundo Plata-Martinez, Xyoli PerezCampos, Shri Krishna Singh

S13-3-05

Seismic source spectra and therelation between corner frequency
and source properties derived fromspontaneous rupture of a circular
fault
Jian Wen, Xiaofei Chen, Jianxuan Xu

S13-3-06

14:45

Session: S13-4
Session title: Earthquake source mechanics IV
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
16:30 - 18:00
Room:
Main Hall
Chairs:Takahiko Uchide (National Institute of Advanced
Industrial Science and Technology (AIST))
Masaru Nakano (JAMSTEC)
Time

Title

16:30

Earthquake Source Spectral Studies
beyond the Standard Omega-Square
Model
Takahiko Uchide, Kazutoshi Imanishi

S13-4-01

16:45

Eccentric by-players of the 2011 Mw
9.1 Tohoku earthquake
Ichiro Kawasaki, Hiroshi Ishii, Yasuhiro
Asai, Takuya Nishimura

S13-4-02

17:00

Bayesian inference of centroid
moment tensors of the April 2016,
Kumamoto (Kyushu, Japan),earthquake sequence
Miroslav Hallo, Kimiyuki Asano,Frantisek Gallovic

S13-4-03

17:15

Intraplate events off Sumatra – 3-D
evolution
Brian Kennett, Alexei Gorbatov,
Stewart Fishwick

S13-4-04

17:30

Rupture evolution during the Mw
8.3 2015 Illapel Chile earthquake inrelation to swarms
Ryo Okuwaki, Yuji Yagi

S13-4-05

Rupture on the megasplay fault
along the Nankai trough during theoff-Mie earthquake (Mw=6.0) on 1
April 2016
Masaru Nakano, Ayako Nakanishi,
Mikiya Yamashita, Takashi Tonegawa,
Takane Hori, Shin'ichiro Kamiya,Kensuke Suzuki, Koichiro Obana,Shuichi Kodaira, Eiichiro Araki, Narumi
Takahashi

S13-4-06

17:45

Session: S13-5
Session title: Earthquake source mechanics V
Type:
Oral
Date:
Friday, August 4, 2017
Time:
08:30 - 10:00
Room:
Main Hall
Chairs:
Hideo Aochi (BRGM - French Geological Survey)
Yoshihiro Kaneko (GNS Science)
Time

Title

08:30

Asperity imaging of the ML6.0 2016
Amatrice, Italy, earthquake fromdynamic rupture simulation
Hideo Aochi

S13-5-01

08:45

Dynamic Rupture Simulations
Constrained by Experimental Data
to Investigate the Fault Behavior of
Mega-Thrust Earthquakes
Kenichi Tsuda, Jun'ichi Miyakoshi,
Jean-Paul Ampuero, Yoshiyuki Imato,
Daisuke Sugiyama, Seiji Tsuboi

S13-5-02

09:00

Super-shear fault rupture
propagation during the 2016
Kumamoto earthquake (Mw7.1);
Possible implication for fault
strength
Nelson Pulido

S13-5-03

09:15

Why did the moderate size 2010
Yushun, China earthquake (Mw=6.8)
produce supershear rupture?
Shoubiao Zhu, Jie Yuan

S13-5-04

09:30

Dynamic Source Inversion ofIntermediate Depth Earthquakes in
MexicoAron Yuto Sho Mirwald, Victor ManuelCruz Atienza, Shri Krishna Singh Singh

S13-5-05

09:45

Slip-weakening distance andstrength drop inferred from nearfault deformation during the 2016
M7.8 Kaikoura earthquake
Yoshihiro Kaneko, Eiichi Fukuyama, Ian
Hamling

S13-5-06

Program No.

Program No.

Session: S13-6
Session title: Earthquake source mechanics VI
Type:
Oral
Date:
Friday, August 4, 2017
Time:
10:30 - 12:00
Room:
Main Hall
Chairs:
Hideo Aochi (BRGM - French Geological Survey)
Seok Goo Song (KIGAM)
Time

Title

10:30

Photoelastic Study of Dynamic
Stress Transfers in Granular Media
Koji Uenishi, Tsukasa Goji, Wojciech
Debski

Program No.
S13-6-01

10:45

Near-fault Tilt Motion and Conjugate
Faulting
Eiichi Fukuyama

S13-6-02

11:00

Supershear rupture induced by stepover geometry and its effect on nearfield ground motion
Feng Hu, Xiaofei Chen

S13-6-03123

11:15Modeling dynamic earthquake
rupture with coseismic off-fault
damageKurama Okubo, Harsha S. Bhat, Yann
Klinger, Esteban Rougier

S13-6-04

Rupture process of the Ms 7.4
November 15, 2004 Colombia
earthquake
Sandra Patricia Molina Garcia, Luis
Quintatar

S13-P-08

11:30

Investigating the variability ofnear-source ground motions using
pseudo-dynamic source models at
the SCEC Broadband Platform
Seok Goo SongS13-6-05

Source inversion and stochastic
ground motion modelling of theAugust Mw 6.8 Myanmar earthquake
Hasbi Ash Shiddiqi, Pa Pa Tun, Tun Lin
Kyaw, Lars Ottemoller

S13-P-09

11:45

Variation of Earthquake Source
Scenarios along the Nankai Troughfor Hazard and Risk Assessment
Hiroe Miyake, Takashi Furumura,
Takuya Nishimura, Kimihiro Mochizuki,
Kazushige Obara, Tomoya Harada,
Naoya Sekiya

S13-6-06

Early rupture process of the 2016
Kumamoto earthquake inferred fromsource imaging
Takamasa Usami, Masanao Komatsu,
Hiroshi Takenaka

S13-P-10

Source imaging of the 2016
Kumamoto earthquake by backprojection of near-filed P wave
records
Mitsutaka Oshima

S13-P-11

S13-P-12

Session:
Type:
Date:
Time:
Room:

S13-P
PosterThursday, August 3/ Friday, August 4, 201715:30 - 16:30 / 15:00 - 16:00
Event Hall

A web-platform benchmark for
moment tensor inversion
Torsten Dahm, Sebastian Heimann,
Simone Cesca

S13-P-01

The intraplate Maranhao earthquakeof 2017 Jan 03, northern Brazil:
evidence of uniform regional
stresses along the Brazilian
equatorial margin
Fabio Dias, Marcelo Assumpcao,
Marcelo Bianchi, Lucas Barros, Juraci
Carvalho

S13-P-13

Centroid moment tensor solution
using 3D heterogeneous anisotropic
Earth: application to Papua New
Guinea and Solomon Islands
Babak Hejrani, Hrvoje Tkalcic, Andreas
Fichtner

S13-P-02

Radiation Efficiency of Intraslab
Earthquakes beneath Kyushu
Yumenari Adachi, Junichi Nakajima,
Toru Matsuzawa
Source time function archive ofdeep earthquake: re-examination ofhierarchy source model
Yasushi Ishihara

S13-P-14

Single Layer Recurrent Neural
Network for detection of swarm-likeearthquakes in West Bohemia andSouth-west Iceland
Jana Doubravova, Jan Wiszniowski,
Josef Horalek

S13-P-03

A model of dynamic earthquake
triggering based on rate- and statedependent friction law
Shingo Yoshida

S13-P-15

S13-P-16

An evolutive quasi-real-time source
inversion based on a linear inverse
formulation
Hugo Sanchez Reyes, Josue Tago
Pacheco, Victor Cruz Atienza, Ludovic
Metivier, Marcial Contreras Zazueta,
Jean Virieux

S13-P-04

Estimation of the dynamic rupture
parameters for the 2016 Tottorikenchubu earthquake
Keisuke Sato, Shoichi Yoshioka, Hideo
Aochi
Dynamic rupture model of the 2014
northern Nagano, central Japan,
earthquake
Yuko Kase

S13-P-17

Source properties of large
earthquakes in subduction zones
using 3D heterogeneous Earth:application to the AustralasianregionBabak Hejrani, Hrvoje Tkalcic

S13-P-05

A Possible Dynamic Rupture
Scenario of the Nankai-troughEarthquakes, southwest Japan
Yumi Urata, Eiichi Fukuyama, Chihiro
Hashimoto

S13-P-18

Complete synthetic seismograms
based on a spherical self-gravitating
Earth model with an atmosphereocean-mantle-core structure
Rongjiang Wang, Sebastian Heimann,
Yong Zhang, Hansheng Wang, Torsten
Dahm

S13-P-06

Detecting the Temporal Variation in
Seismic Velocity Accompanied by2011 Tohoku-Oki Earthquake andthe Slow Slip Event, Using SeismicInterferometry of Ambient Noise
Miyuu Uemura, Yoshihiro Ito, Kazuaki
Ohta, Ryota Hino, Masanao Shinohara

S13-P-07

Title

124

Program No.

IASPEI Earth Structure and Geodynamics

S14.
Upper mantle andtransition zone
dynamics andstructure
Session: S14-1
Session title: Upper mantle and transition zone dynamics andstructure I
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
08:30 - 10:00
Room:
Room 402
Chairs:Christine Houser (Tokyo Institute of Technology)
George Helffrich (Tokyo Institute of Technology)
Time

Title

08:30

Observations of Upper Mantle
Discontinuity Structure
Nicholas Schmerr

S14-1-01
invited

09:00

Cold, hot mantle transition zone
beneath Hawaii mapped fromteleseismic Ps receiver functions
Matthew Agius, Catherine Rychert,
Nicholas Harmon, Gabi Laske

S14-1-02

09:15

Slow velocities and thin transitionzone indicate upwelling lower
mantle beneath eastern Eurasia
Christine Houser, Alex Webb

S14-1-03

09:30

A three-dimensional electricalconductivity image of the mantle
plume of the Society hotspot in
French Polynesia
Noriko Tada, Pascal Tarits, Kiyoshi
Baba, Hisashi Utada, Takafumi Kasaya,
Daisuke Suetsugu

S14-1-04

Seismic evidence for broad
attenuation anomalies in theasthenosphere beneath the Pacific
ocean
Alice Adenis, Eric Debayle, Yanick
Ricard

S14-1-05

09:45

Session: S14-2
Session title: Upper mantle and transition zone dynamics andstructure II
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
10:30 - 12:00
Room:
Room 402
Chairs:Christine Houser (Tokyo Institute of Technology)
George Helffrich (Tokyo Institute of Technology)
Time

Title

10:30

Mantle transition zone, stagnant
slab and intraplate volcanism inNortheast Asia
Dapeng Zhao, Chuanxu Chen, You
Tian, Shiguo Wu, Akira Hasegawa,Jianshe Lei, Jung-Ho Park, Ik-Bum
Kang

S14-2-01

10:45

Transition-zone imaging below
Japan with ScS reverberations
Elmer Ruigrok, Kiwamu Nishida,
Katsuhiko Shiomi

S14-2-02

11:00

Mantle transition zone beneath anormal seafloor in the northwestern
Pacific: Electrical conductivity,
seismic thickness, and watercontent
Tetsuo Matsuno, Daisuke Suetsugu,
Kiyoshi Baba, Noriko Tada, Hisayoshi
Shimizu, Hajime Shiobara, Takehi
Isse, Hiroko Sugioka, Aki Ito, Masayuki
Obayashi, Hisashi Utada

S14-2-03

11:15

Upper-Mantle Discontinuities
Across Stable South American
Continent
Marcelo Bianchi, Marcelo Assumpcao,
Jordi Julia

S14-2-04

11:30

Towards 3D Kirchhoff Migration of
Receiver Functions at Continental
Scale
Florian Millet, Thomas Bodin, Stephane
Rondenay

S14-2-05

11:45

Phase speed measurements ofmulti-mode surface waves using abroad-band array: Application to
USArray
Hitoshi Matsuzawa, Kazunori
YoshizawaS14-2-06

Program No.

Session:
Type:
Date:
Time:
Room:

Program No.

S14-P
PosterThursday, August 3/ Friday, August 4, 201715:30 - 16:30 / 15:00 - 16:00
Event Hall

Title

Program No.

Unusually deep Bonin earthquake of
30 May 2015: A precursory signal toslab penetration
Masayuki Obayashi, Yoshio Fukao,
Junko Yoshimitsu

S14-P-01

Structure of Crust and Upper Mantle
beneath South China Sea revealedby Surface Wave Tomography
Thi Giang Ha, Tien Hung Nguyen,
Satoru Tanaka, Le Minh Nguyen,
Yasushi Ishihara, Vinh Long Ha, Quang
Khoi Le

S14-P-02125

Differences in the lithosphere
seismic structure along theBrazilian continental margin in
the South Atlantic from travel time
seismic tomography
Marcelo Rocha, Paulo Azevedo,
Marcelo Assumpcao, George Franca,
Giuliano Marotta

S14-P-03

Slow recycling of cold slab
remnants in vigorous mantle
convection
Gary Jarvis

S14-P-04

Detecting Seismic Anisotropy in
the Mantle Transition Zone with SS
Precursors
Quancheng Huang, Nicholas Schmerr,
Lauren Waszek, Caroline Beghein, Erik
Weidner

S14-P-05

Seismic attenuation of multiple ScS
phases beneath South China Sea
Le Minh Nguyen, Satoru Tanaka,
Yashushi Ishihara, Tien Hung Nguyen,Vinh Long Ha, Thi Giang Ha, Daisuke
Suetsugu

S14-P-06

Lithospheric Shear-wave Structure
beneath North America
Risheng Chu, Justin Ko, Shengji Wei,
Zhongwen Zhan, Don Helmberger

S14-P-07

Shear-wave velocity model of
Palawan, Philippines from receiver
function analysis
Arianne Gail Rivera, Takuo Shibutani

S14-P-08

Seismic discontinuities in the upper
mantle around Vietnam inferredfrom receiver functions
Takashi Tonegawa, Minh Nguyen,
Satoru Tanaka, Yasushi Ishihara, Giang
Ha, Ryuta Arai, Hung Nguyen, BorShouh Huang, Win-Gee Huang

S14-P-09

S15.
Mid-mantle structure
Session: S15-1
Session title: Structure and dynamics of the mid mantle
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
13:30 - 15:00
Room:
Room 402
Chairs:Christine Houser (Tokyo Institute of Technology)
Nicholas Schmerr (University of Maryland)
Time

Title

13:30

First principles investigation of
the high-pressure behavior of the
FeOOH-AlOOH-phase H (MgSiO4H2)
system
Jun Tsuchiya, Elizabeth C. Thompson,
Taku Tsuchiya, Masayuki Nishi,
Yasuhiro Kuwayama

126

Program No.
S15-1-01
invited

14:00

Large-scale compositional
heterogeneity in the Earth's mantle
Maxim Ballmer

S15-1-02
invited

14:15

Mineralogical model of the lower
mantle inferred from high-pressure
sound velocity data
Izumi Mashino, Motohiko Murakami,
Nobuyoshi Miyajima, Sylvain
Petitgirard, Daniel Frost

S15-1-03
invited

S16.
Large low shear
velocity provinces anddeep mantle structure
Session: S16-1
Session title: Large low shear velocity provinces and deep mantle
structure
Type:
Oral
Date:
Wednesday, August 2, 2017
Time:
16:30 - 18:00
Room:
Room 402
Chairs:Allen McNamara (Michigan State University)
Takashi Nakagawa (Japan Agency for Marine-Earth
Science and Technology)
Time

Title

Program No.

16:30

Shear Wave Velocity Structure andAnisotropy atop the Core Mantle
Boundary Beneath the Indian Ocean
Geoid Low
Padma Rao Bommoju, Ravi Kumar
Mangalampally

S16-1-01

16:45

ON THE NATURE OF LARGEULTRA-LOW VELOCITY ZONES AT
THE ROOT OF MAJOR HOTSPOTPLUMES
Barbara Romanowicz, Kaiqing Yuan

S16-1-02
invited

17:00

Waveform inversion for localized
three-dimensional shear wave
velocity structure within thelowermost mantle
Kenji Kawai, Anselme Borgeaud, Yuki
Suzuki, Kensuke Konishi, Robert Geller

S16-1-03

17:15

Deep mantle heterogeneity and its
relationship with deep mantle heatflow inferred from 3D sphericalmantle convection with plate
reconstruction system in 200 Myrs
Takashi Nakagawa

S16-1-04
invited

17:30

Constraining Mantle Viscosity and
Thermochemical Structure Using
the Geoid in 3-D Mantle Convection
Models with Plate Motion History
Wei Mao, Shijie Zhong, Mingming Li

S16-1-05

17:45

Effect of cation substitution on
bridgmanite elasticity
Hiroshi Fukui, Akira Yoneda, Akihiko
Nakatsuka, Seiji Kamada, Takashi
Yoshino, Alfred Baron

S16-1-06

S17.
Outer core structureand dynamics
Session: S17-1
Session title: Outer core structure and dynamics (Oralcontributions)
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
08:30 - 10:00
Room:
Room 402
Chairs:George Helffrich (Tokyo Institute of Technology)
Hrvoje Tkalčić (Australian National University)
Time

Title

08:30

Seismic structure of the Earth's
outermost core
Satoshi Kaneshima

S17-1-01
invited

09:00

Erosion of a thermally induced
stably stratified layer bycompositional convection in the
Earth's outer core
Shi-ichi Takehiro, Youhei Sasaki

S17-1-02

09:15

Neutrino oscillations and electron
density distribution of the Earth's
core
Akimichi Taketa, Carsten RottS17-1-03

Session:
Type:
Date:
Time:
Room:

Session: S18-1
Session title: Inner core structure and dynamics
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
10:30 - 12:00
Room:
Room 402
Chairs:Hrvoje Tkalčić (The Australian National University)
George Helffrich (Tokyo Institute of Technology)
Time

Title

10:30

Geodynamical modeling andseismic observations: a step
towards mapping regional
structures of Earth's inner core
Lauren Waszek

S18-1-01
invited

10:45

Complex inner core of the Earthconstrained by differential
travel times and differential ray
parameters
Tae-Gyu Yee, Junkee Rhee, Hrvoje
Tkalcic

S18-1-02

11:00

Temporal change of seismic dataassociated with the Earth's innercore: inner core super-rotationor temporal change of inner coresurface?
Lianxing Wen, Jiaoyuan Yao

S18-1-03

11:15

Comparison of frequency dependent
reflection coefficients at the innercore boundary beneath the central
America and western Pacific
Satoru Tanaka, Hrvoje Tkalcic

S18-1-04

11:30

Complex Iron Lattice Preferred
Orientation Pattern at the Earth's
Inner
Maurizio Mattesini, Anatoly
Belonoshko, Hrvoje Tkalcic

S18-1-05

11:45

Studies of inner core anisotropy
from noise interferometry
Xiaodong Song, Tao Wang, Han Xia

S18-1-06

Program No.

S17-P
PosterThursday, August 3/ Friday, August 4, 201715:30 - 16:30 / 15:00 - 16:00
Event Hall

Title

S18.
Inner core structure

Program No.

Seismological evidence forheterogeneous lowermost outer
core (F-layer) of the Earth
Toshiki Ohtaki, Satoshi Kaneshima,
Hiroki Ichikawa, Taku Tsuchiya

S17-P-01

Outer core stratification by
crystallization of SiO2
George Helffrich, Kei Hirose, Guillaume
Morard, Ryosuke Sinmyo

S17-P-02

Session:
Type:
Date:
Time:
Room:

Program No.

S18-P
PosterThursday, August 3/ Friday, August 4, 201715:30 - 16:30 / 15:00 - 16:00
Event Hall

Title

Program No.

GrowYourIC: a step towards
reconciling geodynamical models
to seismic observations of the innercore
Marine Lasbleis, Lauren Waszek,
Elizabeth Day

S18-P-01

Full parameter space search fora layered, anisotropic inner coreusing the Neighbourhood Algorithm
Joanne Stephenson, Hrvoje Tkalcic

S18-P-02

127

Toward probing the deep Earth's
interior using spiral-arm arrays andprinciples of seismic interferometry
Thanh-Son Pham, Hrvoje Tkalcic,
Malcolm Sambridge

S18-P-03

S19.
Planetary seismology
Session: S19-1
Session title: Giant planet and remote sensing seismology,
Europa and ocean-world seismology
Type:
Oral
Date:
Monday, July 31, 2017
Time:
08:30 - 10:00
Room:
Room 402
Chairs:Patrick Gaulme (New Mexico State University)
Philippe Lognonné (Institut de Physique du Globede Paris-Sorbonne Paris Cité)
Time

Title

08:30

A Window into Giant Planet
Structure using Saturn's Natural
Seismograph
Christopher Mankovich, Mark Marley,
Jonathan Fortney, Neil Murphy

S19-1-01

Probing the interior of Jupitertoward unveiling its formation: A
new attempt with Jovian seismology
Masahiro Ikoma, Bun'ei Sato, Takashi
Sekii, Hidekazu Hanayama, Shigeru
Ida

S19-1-02

09:00

Study of the Seismic Response ofDayside Non-LTE CO2 Emissions ofPlanets
Raphael F. Garcia, Miguel Angel
Lopez Valverde, Sébastien Lebonnois,
Quentin Brissaud, Attila Komjathy,
James Cutts, Philippe Lognonné

S19-1-03

09:15

Planetary Seismology Using
Infrasound and Airglow Signatures
on Venus
Attila Komjathy, James Cutts, Michael
Pauken, Sharon Kedar, Suzanne
Smrekar, Jeff Hall, Alan Didion,
Balthasar Kenda, Jennifer Jackson,
David Mimoun, Raphael Garcia,
Philippe Lognonne

S19-1-04

09:30

Seismic Exploration of Europa andOther Ocean Worlds
Steven Vance, Sharon Kedar, Sridhar
Anandakrishnan, Bruce Banderdt,
Bruce Bills, Fabio Cammarano, Julie
Castillo, Hsin-Hua Huang, Jennifer
Jackson, Philippe Lognonne, Ralph
Lorenz, Mark Panning, William Pike,
Simon Staehler, Victor Tsai

S19-1-05
invited

08:45

128

09:45

Investigating the Interior of Icy
Worlds with Short Aperture Seismic
ArraysNicholas Schmerr

S19-1-06
invitedSession: S19-2
Session title: Apollo seismic data re-processing and future lunar
seismology project
Type:
Oral
Date:
Monday, July 31, 2017
Time:
10:30 - 12:00
Room:
Room 402
Chairs:Taichi Kawamura (National Astronomical
Observatory of Japan)
Nicholas Schmerr (University of Maryland)
Time

Title

10:30

Seismic velocity and crustal
thickness inversions: Moon andMars
Melanie Drilleau, Jean-Francois
Blanchette-Guertin, Taichi Kawamura,Philippe Lognonne, Mark Wieczorek

S19-2-01

10:45

Effects of lateral variations of Moon
crustal thickness on lunar seismic
wave propagation: numerical study
and comparing with the Apolloseismic data
Yanbin Wang, Fei Chen, Xianghua
Jiang

S19-2-02

11:00

Scattering attenuation profile ofthe Moon : implications for shallow
moonquakes and the structure of
the megaregolith
Kevin Gillet, Ludovic Margerin, Marie
Calvet, Marc Monnereau

S19-2-03

11:15

Source Time Function and Source
Parameters of Lunar Quakes andImpacts
Taichi Kawamura, Philippe Lognonne

S19-2-04

11:30

Updated travel time analysis of
Apollo artificial impacts' seismic
data with the precise source
locations identified by LRO
Keisuke Onodera, Satoshi Tanaka,
Taichi Kawamura, Yoshiaki Ishihara

S19-2-05

11:45

Technical Readiness of Japanese
lunar penetrator and its application
to small-class space program:
APPROACH
Hiroaki Shiraishi, Satoshi Tanaka,
Masahiko Hayakawa, Masanobu
Ozaki, Takahide Mizuno, Ken Goto,
Kosei Ishimura, Ryuhei Yamada, Taichi
Kawamura, Yoshiaki Ishihara, Kei
Shirai, Hideki Murakami

S19-2-06
invited

Program No.

Program No.

Session: S19-3
Session title: Seismic missions and instruments: from insight tofuture projects on small bodies and planets withatmosphere
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
08:30 - 10:00
Room:
Room 402
Chairs:
Bruce Banerdt (Jet Propulsion Laboratory)
Philippe Lognonné (Institut de Physique du Globede Paris-Sorbonne Paris Cité)
Time

Title

08:30

The Seismic Exploration of Mars by
the InSight Mission
W. Bruce Banerdt, Philippe Lognonne,
Domenico Giardini, W. Tom Pike, SEISTeam

S19-3-01
invitedThe InSight VBB seismometer:
status and perspective for future
missions
Tanguy Nebut, Sebastien Deraucourt,
Philippe Lognonne, William Banerdt,
Glenn Aveni, Rob Calvet, Pierre-Alain
Dandonneau, Melanie Drilleau, Taoufik
Gabsi, Kenneth Hurst, Benoit Lecomte,
Michel Parise, Olivier Robert, Sylvain
Tillier, Gabriel Pont, Nicolas Verdier,
Philippe Laudet, Lucile Fayon, Hubert
Halloin, SEIS/VBB Team

S19-3-02
invited

09:15

The SP Microseismometer for the
InSight Mission to Mars
W. T. Pike, I. M. Standley, S. B. Calcutt

S19-3-03
invited

09:30

Conceptual Study of Small Active
Seismic Exploration Package on
Moons and Small Bodies
Kazunori Ogawa, Taichi Kawamura,
Yoshiaki Ishihara, Takeshi Tsuji, Taizo
Kobayashi, Ryuhei Yamada, Akito
Araya, Satoshi Tanaka, Nozomu
TakeuchiS19-3-04
invited

09:00

Title

10:30

SEIS/INSIGHT: One year prior the
Seismic Discovery of Mars
Philippe Lognonne, William. B. Banerdt,
Domenico Giardini, William Tom Pike,
Sebastien De Raucourt, Jeff Umland,
Ken Hurst, Peter Zweifel, Simon Calcut,
Marco Bierwirth, David Mimoun,
Gabriel Pont, Nicolas Verdier, Tom
Hofmann, Don Banfield, John Clinton,
Veronique Dehant, Matt Golombek,
Raphael Garcia, Catherine Johnson,
SEIS Team

Mars' core and what its
seismological structure could reveal
about the planet's evolution
George Helffrich

S19-4-02

11:00

Preparing for InSight: a Blind Test
for Detection and Location ofMartian Seismicity
Domenico Giardini, John Clinton,
Philippe Lognonne, Bruce Banerdt,
Savas Ceylan, Martin Van Driel, Amir
Khan, Mark Panning, Maren Boese,Raphael Garcia, Melanie Drilleau,Davide Mimoun, Naomi Mudoch, B
Kenda, A Spiga, Antoine Mocquet,
A Rivoldini, O Verhoeven, The SEISTeam

S19-4-03

11:15

Modeling the seismic signals
generated by dust devils on Mars
Balthasar Kenda, Philippe Lognonne,
Aymeric Spiga, Taichi Kawamura,
Sharon Kedar, Bruce Banerdt, Ralph
Lorenz, Don Banfield, Matt Golombek

S19-4-04

11:30

Planned Products of the Mars
Structure Service for the InSight
Mission to Mars
Mark P. Panning, Melanie Drilleau,Philippe Lognonne, W. Bruce Banerdt,
Raphael Garcia, Matthew Golombek,
Sharon Kedar, Brigitte KnapmeyerEndrun, Antoine Mocquet, Nick
A. Teanby, Jeroen Tromp, Renee
Weber, Eric Beucler, Jean-Francois
Blanchette-Guertin, Ebru Bozdag,
Tamara Gudkova, Stefanie Hempel,
Amir Khan, Vedran Lekic, Naomi
Murdoch, The Mars Structure Service
Team

S19-4-05

11:45

The Marsquake Service: generatinga seismicity catalogue for MarsJohn Clinton, Savas Ceylan, Maren
Boese, Fabian Euchner, Domenico
Giardini, Amir Khan, Martin Van Driel,Raphael Garcia, Philippe Lognonne,
Melanie Drilleau, Mark Panning,
Bruce Banerdt, Eric Beucler, Antoine
Mocquet, Taichi Kawamura, J-F
Blanchette-Guertin, The SEIS Team

S19-4-06

Program No.

Session: S19-4
Session title: Science goals and modeling of the Insight/SEIS
experiment
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
10:30 - 12:00
Room:
Room 402
Chairs:Philippe Lognonné (Institut de Physique du Globede Paris-Sorbonne Paris Cité)
Bruce Banerdt (Jet Propulsion Laboratory)
Time

10:45

Program No.
S19-4-01

Session:
Type:
Date:
Time:
Room:

S19-P
PosterTuesday, August 1/ Wednesday, August 2, 201715:30 - 16:30
Event Hall

Title
Seismic Wave Simulations on Mars
: Comparisons between 1D interior
models and effect of 3D structures
Ebru Bozdag, Melanie Drilleau,Philippe Lognonne, Domenico Giardini,Mark Panning, John Clinton, Antoine
Mocquet, Raphael Garcia, Rene
Weber, Jeroen Tromp, Mark Wieczorek,
Bruce Banerdt, Youyi Ruan, Nathan
Metthez, Amir Khan, Kuangdai Leng,
Martin van Driel, Carene Larmat, Savas
Caylan, Eric Beucler, SEIS Science
Team

Program No.
S19-P-01

129

Estimation and detection of Mars'
background free oscillations for
InSIGHT mission
Yasuhiro Nishiakwa, Philippe
Lognonne, Taichi Kawamura, Aymeric
Spiga, Tanguy Bertrand, Kei Kurita

S19-P-02

S20.
Earth and planetary
space and remotesensing seismology;i.e., seismology
without seismometers
Session: S20-1
Session title: Earth and planetary space and remote sensing
seismology; i.e., seismology without seismometers
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
13:30 - 15:00
Room:
Room 402
Chairs:Lucie Rolland (Observatoire de la Côte d'Azur)
Kosuke Heki (Hokkaido University)
Time

Title

13:30

Surface waves magnitude
estimation from ionosphericsignature of Rayleigh waves
measured by Doppler sounder and
OTH radar
Giovanni Occhipinti, Florent AdenAntoniow, Virgile Rakoto, Aurelien
Bablet, Jean-Philippe Molinie, Thomas
Farges, Philippe Lognonné

S20-1-01

13:45

Ionospheric volcanology: GNSSTEC observation & modeling of the2015 Kuchinoerabujima eruption
Yuki Nakashima, Kiwamu Nishida,
Yosuke Aoki, Giovanni Occhipinti,
Kosuke Heki

S20-1-02

14:00

Traveling Ionospheric Disturbance
Triggered by Tsunami Observed by
GPS and Geostationary Satellites of
BeiDouJann-Yenq Tiger Liu, Pei-Hsuan Lin,
Tso-Ren Wu, Yu-Lin Tsai, Ho-Fang
Tsai, Chien-Hung Lin, Chia-Hung Chen

S20-1-03

14:15

Inversion of the GPS -TEC inducedby tsunami in order to estimate
the sea level anomaly using a thenormal mode modeling
Virgile Rakoto, Philippe Lognonne,
Lucie Rolland

S20-1-04130

Program No.

14:30

Modeling Earthquake-Induced
Travelling Ionospheric Disturbances
Xing Meng, Attila Komjathy, Olga
Verkhoglyadova, Anthony Mannucci

S20-1-05

14:45

Exploring the Use of Airglow
Measurements for Detecting
Seismicity on Venus
Balthasar Kenda, Philippe Lognonne,
Attila Komjathy, Bruce Banerdt, Jim
Cutts, Lauriane Soret, Jennifer Jackson

S20-1-06

Session:
Type:
Date:
Time:
Room:

S20-P
PosterTuesday, August 1/ Wednesday, August 2, 201715:30 - 16:30
Event Hall

Title

Program No.

Atmospheric interior resonances: theory and observation on Earthand comparative analysis forterrestrial planets with atmosphere
Philippe Lognonne, Virgile Rakoto,
Foivos Karakostas, Lucile Rolland,
Elvira Astafyeva, Balthasar Kenda,
Yasuhiro Nishikawa

S20-P-01

Recording TEC profiles fromaircrafts for tsunami early warning
Melanie Drilleau, Pierdavide Coisson,
Lucie Rolland, Philippe Lognonne,
Halflidi Jonsson, Virgile Rakoto, Khaled
Khelfi, Giovanni Occhipinti

S20-P-02

Signals in the ionospheregenerated by tsunami earthquakes:
observations and modeling support
Lucie Rolland, Carene Larmat, Anthony
Sladen, Marcel Rémillieux, Khaled
Khelfi, Elvira Astafyeva, Philippe
Lognonné

S20-P-03

IASPEI Tectonophysics and Crustal
Structure

S21.
Lithospheric structure
Session: S21-1
Session title: Lithospheric discontinuities I - LAB
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
13:30 - 15:00
Room:
Room 501
Chairs:Jaroslava Plomerova (Inst. Geophysics, Czech
Acad. Sci., Prague)
Ulrich Achauer (IPGS-EOST, University ofStrasbourg)
Time

Title

13:30

Imaging lithospheric seismic
discontinuities beneath Cascadia
using S-to-P receiver functions
Catherine Rychert, Nicholas Harmon,
Saikiran Tharimena, Saikiran
TharimenaS21-1-01
invitedThe depth of the LAB across
Cenozoic Europe fromseismological studies
Ulrich Achauer, Michel Granet

S21-1-02

14:15

Imaging the lithosphere - top tobottom - of the Hikurangi plateau as
it subducts beneath North Island,
New Zealand
Tim Stern, Stuart Henrys, Simon Lamb,David Okaya, Brook Tozer

S21-1-03

14:30

Imaging the Pacific lithospherediscontinuities near 60 km
depth using SS precursors andconstraints on defining mechanism
Nicholas Harmon, Catherine Rychert,
Saikiran Tharimena

S21-1-04

14:45

Lithospheric heat production:
calculating mantle heat flow from
asthenospheric shear velocity
variations
Scott Wipperfurth, Vedran Lekic,
William McdonoughS21-1-05

14:00

Session: S21-2
Session title: Seismic images of the upper mantle
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
16:30 - 18:00
Room:
Room 501
Chairs:Ulrich Achauer (IPGS-EOST, University ofStrasbourg)
Brian Kennett (Australian National University)
Time

Title

16:30

Continental growth in eastern
Australia: Insights from the mantle
lithosphere
Nicholas Rawlinson

S21-2-01
invited

17:00

Tearing of Indian mantle lithospherefrom high-resolution seismic
images: Implications for lithosphere
deformation coupling in southern
Tibet
Jiangtao Li, Xiaodong SongS21-2-02

17:15

Mantle lithosphere edges of Baltic
Shield and East European Craton
retrieved by seismic anisotropy
Jaroslava Plomerova, Helena
Munzarova, Vladislav Babuska, Ludek
VecseyS21-2-03

17:30

Shear Wave Splitting and Upper
Mantle Flow in Mexico
Raul W. Valenzuela, Gerardo Leon
Soto

S21-2-04

17:45

Numerical simulation of 3D mantle
flow in the Aegean (Hellenic) and
Cyprus subduction systems linking
to seismic anisotropy beneath theeastern Mediterranean and Anatolia
Judith Confal, Manuele Faccenda,
Tuna Eken, Tuncay Taymaz

S21-2-05

Program No.

Program No.

Session: S21-3
Session title: Seismic anisotropy tomography
Type:
Oral
Date:
Friday, August 4, 2017
Time:
08:30 - 10:00
Room:
Room 501
Chairs:Nicholas Harmon (University of Southampton)
Jaroslava Plomerova (Inst. Geophysics, Czech
Acad. Sci., Prague)
Time

Title

Program No.

08:30

Seismic anisotropy tomographyof the Western Pacific subduction
zones
Dapeng Zhao, Xin Liu, Wei Wei

S21-3-01
invited

09:00

Constraints on Anisotropic Velocity
Structure of the Lithosphereasthenosphere System in theCentral Pacific from the NoMelt OBS
ArrayPei-Ying Lin, James Gaherty, Joshua
Russell, Ge Jin, Shu-Huei Hung, John
Collins, Daniel Lizarralde, Rob. Evans,
Greg HirthS21-3-02131

09:15Upper mantle structure beneath the
Pacific Ocean revealed by land andseafloor broadband observations
Takehi Isse, Hajime Shiobara, Kazunori
Yoshizawa, Hitoshi Kawakatsu, Hiroko
Sugioka, Aki Ito, Daisuke Suetsugu,
Hisashi Utada

S21-3-03

09:30

Shear-wave Splitting in the Crustand its Tectonic Implications
Yuan Gao, Yutao Shi, Qiong Wang

S21-3-04

Session: S21-4
Session title: Lithospheric discontinuities II – Reflectivity
Type:
Oral
Date:
Friday, August 4, 2017
Time:
10:30 - 12:00
Room:
Room 501
Chairs:Catherine Rychert (National Oceanography Centre
Southampton, University of Southampton)
Nick Rawlinson (University of Cambridge)
Time

Title

10:30

Multi-scale Structure andLithospheric Discontinuities
Brian Kennett

S21-4-01
invited

11:00

On the feasibility and useof teleseismic P-wave coda
autocorrelation for mapping shallow
seismic discontinuities
Thanh-Son Pham, Hrvoje Tkalcic

S21-4-02

14:00

Lithospheric structure beneath
Thailand as revealed byseismological approach and its
future study with Thai Seismic
ARray (TSAR)
Sutthipong Noisagool, Kiwamu
Nishida, Hitoshi Kawakatsu,
Songkhun Boonchaisuk, Weerachai
Siripunvaraporn

S21-5-02

14:15

Crustal anisotropy in different
tectonic regimes inferred from thestacking of radial and transverse
receiver functions
Frederik Link, Georg Ruempker, Ayoub
Kaviani

S21-5-03

14:30

Active magmatic underplating in
an intraplate setting: combined
seismic, seismological, and isotope
study in the western Eger Rift,Central Europe
Pavla Hrubcova, Wolfram Geissler,
Karin Brauer, Horst Kampf, Vaclav
Vavrycuk, Cestmir Tomek

S21-5-04

Program No.
Session:
Type:
Date:
Time:
Room:

S21-P
PosterThursday, August 3/ Friday, August 4, 201715:30 - 16:30 / 15:00 - 16:00
Event Hall

Title

Program No.

11:15

Estimating geophysical model
uncertainties in testing procedures
versus geodetic data
Riccardo Barzaghi, Anna Maria
Marotta

S21-4-03

Formation of the Earth's lithosphere- asthenosphere surface initialheterogeneities
Yurii Khachai, Vsevolod Anfilogov,
Alexandr Antipin

11:30

The Mid-lithosphere discontinuity
beneath North China Craton
Weijia Sun, B. L. N. Kennett

S21-4-04

S21-P-02

11:45

Integrating seismological andsatellite gravity data for consistent
3D Earth models
Jorg Ebbing

S21-4-05

Oceanic LithosphereAsthenosphere Boundary Estimatedfrom Stress Dependent Deformation
after the 2012 Indian Ocean
Earthquake
Cecep Pratama, Takeo Ito, Takao
Tabei, Ryohei Sasajima, Putra Maulida,
Irwan Meilano, Joni Efendi
Seismic constraints on thinning ofcontinental lithosphere beneath
the Korean Peninsula: A possible
link to oceanic slab subductions
and mantle transition zone
heterogeneities
Seongryong Kim, Benoit Tauzin, Hrvoje
Tkalcic, Junkee Rhie

S21-P-03

Lithospheric Density Structure of
Northwest India
Niraj Kumar, Anand Prakash Singh,
Virendra Mani Tiwari

S21-P-04

Azimuthal anisotropy in the
Northwest Pacific oceanic
lithosphere inferred from Po/So
waves
Azusa Shito, Daisuke Suetsugu,
Takashi Furumura

S21-P-05

The shear-wave splitting in the crustand the upper mantle around theBohai Sea, North China
Yutao Shi

S21-P-06

Session: S21-5
Session title: Attenuation and lithosphere structure
Type:
Oral
Date:
Friday, August 4, 2017
Time:
13:30 - 15:00
Room:
Room 501
Chairs:Kevin Furlong (PennState College of Earth andMineral Siences)
Ulrich Achauer (IPGS-EOST, University ofStrasbourg)
Time

Title

13:30

Tectonic Implications of
Lithospheric Attenuation Models
Michael Pasyanos, Rengin Gok,
William Walter

132

Program No.
S21-5-01
invited

S21-P-01

Effects of random heterogeneity inthe upper mantle on apparent radialanisotropy
Kazunori Yoshizawa, Yunao Xu,
Takashi Furumura

S21-P-07

Crustal structure across thecentral Ganga foreland basin bymagnetotellurics
A Manglik, L Adilakshmi, S Thiagarajan,
M Suresh

S21-P-18

Constraints on lithospheric mantle
and crustal anisotropy in the NoMelt
area from an analysis of long-period
seafloor magnetotelluric data
Tetsuo Matsuno, Rob. Evans

S21-P-08

S21-P-19

Upper Mantle and Crustal Structureof Sino-Korean and Yangtze Blockfrom Onshore-Offshore Wide-angle
seismic surveys
Lihua Liu, Tianyao Hao, Chuanchuan
Lyu, Qingyu You, Ya Xu

S21-P-09

Three-Dimensional resistivity
structure beneath Payao Fault zone:
biggest earthquake in Thailand (5may 2014)
Songkhun Boonchaisuk, Puwis
Amatyakul, Tawat Rung-Arunwan,
Sutthipong Noisagool, Weerachai
Siripunvaraporn

S21-P-20

Shallow Moho along the failed rift
on the coast of Japan Sea beneath
Japanese Islands
Makoto Matsubara, Hiroshi Sato

S21-P-10

Estimation of electrical anisotropy
in the oceanic upper mantle fromseafloor magnetotelluric array data
Tetsuo Matsuno, Kiyoshi Baba, Hisashi
Utada

Spatial distribution of the CrustMantle boundary in colliding andsubducting Izu-Bonin-Mariana
Arc beneath Japan using Receiver
Function analysis
Sawako Kinoshita, Kiwamu Nishida,Toshihiro Igarashi, Yosuke Aoki, Minoru
Takeo

S21-P-11

Seismological evidence of slab
dehydration based on a highresolution receiver function imageof the subducting Philippine Sea
plate beneath western Shikoku,
southwest Japan
Katsuhiko Shiomi, Tetsuya Takeda,
Tomotake Ueno

S21-P-12

Estimation of global crustal model
uncertainty using geostatisticalanalysis
Wolfgang Szwillus, Walter D. Mooney,
Jorg Ebbing

S21-P-13

Three-Dimensional Seismic Velocity
Models of P and S Waves BeneathWestern Part of Java, Indonesia
from Double-difference Tomography
Shindy Rosalia, Sri Widiyantoro, Andri
Dian Nugraha

S21-P-14

Heterogeneous structure beneathfault zones of the 2016 Kumamoto
earthquake
Megumi Kamizono, Satoshi Matsumoto,
Yusuke Yamashita, Manami Nakamoto,
Masahiro Miyazaki, Shin-ichi Sakai,
Yoshihisa Iio, Group for urgent joint
seismic observation of the 2016
Kumamoto earthquake

S21-P-15

Tectonic Tremor in northern Central
Range, Taiwan
Wei-Fang Sun, Cheng-Horng Lin, YiHeng Li, Wen-Yen Chang

S21-P-16

Three dimensional resistivity
structure in the source reason ofSSEs in Boso peninsula, Central
Japan
Midori Hayakawa, Mao Okuda, Toru
Mogi, Kotaro Sugano, Naoki Koizimi,
Katsumi Hattori, Chie Yoshino, Han
Peng, Hao Chen

S21-P-17

S22.
Lithosphere structureand dynamics: Plateboundary deformation
at lithospheric scale
Session: S22-1
Session title: Lithosphere structure and dynamics
Type:
Oral
Date:
Tuesday, August 1, 2017
Time:
10:30 - 12:00
Room:
Room 401
Chairs:Rob Govers (Utrecht University)
Kevin Furlong (Penn State University)
Time

Title

10:30

GPS Space Geodesy in Colombia,
South America: Velocities andthe construction of the Eastern
Cordillera of the Colombian Andes
Hector Mora-Paez, Dave Mencin,
Peter Molnar, Hans Diederix, Leonardo
Cardona-Piedrahita, Yuli Corchuelo,
Juan-Ramon Pelaez-Gaviria

Program No.
S22-1-01

10:45

LITHOSPHERIC STRUCTURE IN
THE NORTHWEST SOUTH AMERICA
FROM RECEIVER FUNCTIONSANALYSIS
Carlos Alberto Vargas Jimenez,
Gaspar Monsalve, Faustino Blanco,
Esteban Poveda

S22-1-02

133

Arc-arc collision structure in thesouthernmost part of the Kuril
trench region -Results from
integrated reanalyse
Takaya Iwasaki, Noriko Tsumura,
Tanio Ito, Hiroshi Sato, Eiji Kurashimo,
Naoshi Hirata, Kazunori Arita, Katsumi
Noda, Akira Fujiwara, Susumu Abe,
Shinsuke Kikuchi, Kazuko Suzuki

S22-1-03

11:15

Bookshelf faulting in Iceland:
Characteristic of oblique rifts andunstable transforms
Pall Einarsson

S22-1-04

11:30

Potential for coincident megathrustand crustal earthquakes - anadditional component of seismic
hazardKevin Furlong, Matthew Herman

S22-1-05

11:00

Session:
Type:
Date:
Time:
Room:

134

S23.
Geoscience andsociety

S22-P
PosterTuesday, August 1/ Wednesday, August 2, 201715:30 - 16:30
Event Hall

Title

IASPEI Education and Outreach

Session: S23-1
Session title: Geoscience and society I
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
13:30 - 15:00
Room:
Room 402
Chairs:Fuhsing Lee (Kyoto University)
Satoko Oki (Keio University)
Time

Title

13:30

Education and Outreach to
Foreign Residents Living in Japanthe Importance and Roles ofMulticultural Society Coordinators
in Creating Systems for Disaster
Risk Management Education for
Foreign Residents
Akiyoshi Kikuchi

S23-1-01

13:45

Global Dynamic Exposure and the
OpenBuildingMap - Communicating
Risk and Involving Communities
Danijel Schorlemmer, Thomas Beutin,
Naoshi Hirata, Max Wyss, Fabrice
Cotton, Karsten Prehn

S23-1-02

14:00

The research of risk communication
using Probabilistic Seismic Hazard
Maps
Tosei Nagamatsu, Satoko Oki, Sumire
Hirota

S23-1-03

14:15"L'Aquila Trial" is a trial of science?
Kazuki Koketsu, Satoko Oki,
Alessandro Amato, Andrea Cerase

S23-1-04

14:30

InSight/SEIS@Mars Educational
program : Sharing the Seismic
Discovery of Mars with aInternational Network of classes
Philippe Lognonne, Jean Luc Berenger,
Anne Sauron, Paul Denton, Diane
Carrer, Fatima Moujdi, John Taber,
Tammy K Bravo, Jane Houston Jones,
Philippe Labrot, Domenico Giardini,
William. B. Banerdt, Jean Michel
Martinuzzi

S23-1-05

Program No.

Cenozoic rifting and crustal
dynamics controlled by Variscan
paleoplate boundaries in the mantle
lithosphere
Vladislav Babuska, Jaroslava
Plomerova, Helena Munzarova

S22-P-01

Thermomechanical modeling oftectonic inversion at the oceancontinent boundary of the North
African margin (Algeria): possible
initiation of subduction
Abdelkarim Yelles Chaouche, Carole
Petit, Laetitia Le Pourhiet, Lamine
Hamai, Abdesalam Abtout

S22-P-02

Program No.

Session: S23-2
Session title: Geoscience and society II
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
16:30 - 18:00
Room:
Room 402
Chairs:Satoko Oki (Keio University)
Fuhsing Lee (Kyoto University)
Time

Title

16:30

Action research towards effective
disaster risk communication
Katsuya Yamori

S23-2-01
invited

17:00

Extension of school education
for disaster prevention actions
over households –a case study ofMashima Elementary SchoolTakao Iinuma, Satoko Oki, Risa
Yamazaki, Shun Tagami

S23-2-02

An Analysis on The Effects of the
Implementation of Short Drills in
Taking an Educational Approach toDisaster Prevention - A Case Studyof Shirahata Elementary SchoolRisako Tokoro, Tosei Nagamatsu,
Mitsuhiro Matsumoto, Nobutomo
Obata, Satoko Oki

S23-2-03

17:30

Adapting the disaster knowledge
for the local context – Practicesof Tsunami disaster education in
Zihuatanejo city, Mexico
Genta Nakano, Katsuya Yamori

S23-2-04

17:45

Consideration of the challengesof residents with special needs
in tsunami prone area in Japanthrough implementing indoor
tsunami evacuation drills
Takashi Sugiyama, Katsuya Yamori

S23-2-05

17:15

Session:
Type:
Date:
Time:
Room:

Program No.

S23-P
PosterThursday, August 3/ Friday, August 4, 201715:30 - 16:30 / 15:00 - 16:00
Event Hall

Title

Program No.

Resilience Science for Resilient
Society-Real time monitoring,
Simulation research, Disastereducation -Real time monitoring,
Simulation research, Disastereducation -Real time monitoring,
Simulation research, Disastereducation on Resilience Science Yoshiyuki Kaneda, Kazuhito Fujisawa,
Chikako Isouchi

S23-P-01

Outreach Programs for school
children in India
Srinagesh D, Satoko Oki, Rajendar
Chadha

S23-P-02

How do disaster museums
communicate with the visitors?
Hideyuki Shiroshita, Yuto Oka

S23-P-03

The Educational Potential of an
Earthquake Museum in Taiwan- from the Viewpoint of Disaster
Preparedness Education Yiwen Tsao

S23-P-04

How to Facing Disasters? The
Meanings of Game-based Disaster
Education Tools
Fuhsing Lee, Katsuya Yamori

S23-P-05

Effects of Disaster Structural
Understanding on Residents'
Behavioral Intention against
Disaster -Case of Kanto Tohoku
Heavy Rainfall Disaster(2015)Hideyuki Kobayashi, Atsushi Tanaka

S23-P-06

Practices of the disaster prevention
education that incorporated thenecessity of the kindergarten andnursery school
Nobuyuki Yamada, Kaoru Choji

S23-P-07

The Nicoya, Costa Rica, Mw=7.6
Earthquake :A very successful
experience of Scientific andCommunity organization andPreparation
Shusuke Irabu, Marino Protti, Victor
Gonzalez, Douglas Salgado

S23-P-08

Minna de Honkoku: onlinetranscription project of historicalearthquake documents
Yasuyuki Kano, Yuta Hashimoto,
Ichiro Nakanishi, Junzo Ohmura,
Tama Amano, Tomoyo Kuba, Haruno
Sakai, Kazuyuki Ito, Yoko Odagi,
Makiko Nishikawa, Haruo Horikawa,Kazuya Mizushima, Ryoichi Yasukuni,
Munehisa Yamamoto

S23-P-09

ENGINEERING GEOLOGICALAPPROACHES TO DEAL WITH
GEOHAZARD ASSESSMENT IN
SEISMIC TERRITORIESMario Luigi Rainone, Giovanna Vessia,
Carla Weaver

S23-P-10Integrated Probabilistic Tsunami
Hazard Assessment against
possible tsunamis along Nankai
Trough, Sagami Trough, and Japan
TrenchKenji Hirata, Hiroyuki Fujiwara,
Hiromitsu Nakamura, Masaki Osada,
Tsuneo Ohsumi, Nobuyuki Morikawa,Shin'ichi Kawai, Takahiro Maeda,
Hisanori Matsuyama, Nobuhiko
Toyama, Tadashi Kito, Yo'ichi
Murashima, Yasuhiro Murata, Takuya
Inoue, Ryu Saito, Shin'ichi Akiyama,
Mariko Korenaga, Yuta Abe, Norihiko
Hashimoto, Tomoya Hakamata

S23-P-11

What was the difference of local
people between the 2016 Kumamoto
earthquake in Japan and the 2009
L'Aquila earthquake in Italy?
Megumi Sugimoto, Silvia Peppoloni,
Yandejia SongS23-P-12

135

IASPEI International Heat Flow Commission

S24.
Methods andinstruments ofexperimental
geothermics –application and recent
evolution
Session: S24-1
Session title: Methods and instruments of experimental
geothermics - application and recent evolution I
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
16:30 - 18:00
Room:
Room 503
Chairs:Andrea Foerster (Helmholtz Centre Potsdam GFZGerman Research Centre for Geosciences)
Yuri Popov (Skolkovo Institute of Science andTechnology)
Time

Title

16:30

Thermal properties of muddominant sediment from the Joetsu
Basin in the eastern margin of theJapan Sea
Shusaku Goto, Makoto Yamano,
Sumito Morita, Toshiya Kanamatsu,
Akihiro Hachikubo, Satsuki Kataoka,
Manabu Tanahashi, Ryo MatsumotoS24-1-01

16:45

Laboratory measurements of rockthermal conductivity and diffusivity
by transient divided bar and pulsed
needle probe methods
Thue S. Bording, Soeren B. Nielsen,
Niels Balling

S24-1-02

17:00

Thermal petrophysics in application
to hydrocarbon reservoir
investigations: Current state of art
Yuri Popov, Evgeny Popov, Evgeny
Chekhonin, Denis Gorobtsov

S24-1-03

17:15

A new probabilistic framework to
estimate the information content ofindustrial bottom-hole temperature
data: A case study using theAustralian OzTemp dataset
Marcus Haynes

S24-1-04

In-Situ Optical ScanningDavid Sauer, Moh'd Amro, Steffen
Wagner, Frederick Rose

S24-1-05

17:30

136

Program No.

Session: S24-2
Session title: Methods and instruments of experimental
geothermics - application and recent evolution II
Type:
Oral
Date:
Friday, August 4, 2017
Time:
08:30 - 10:00
Room:
Room 503
Chairs:Yuri Popov (Skolkovo Institute of Science andTechnology)
Andrea Foerster (Helmholtz Centre Potsdam GFZGerman Research Centre for Geosciences)
Time

Title

08:30

The structure of free thermal
convection flows in water filledborehole inferred from a laboratory
experiment
Dmitry Demezhko, Bogdan Hatskevich,
Mansur Mindubaev

S24-2-01

08:45

Geothermal field underdevelopment: monitoring using
unmanned aerial vehicle (UAV)
Sergey Cherkasov, Anvar Farkhutdinov,
Arbi Shaipov

S24-2-02

09:00

Determination of formation
equilibrium temperature andgeothermal gradient fromtemperature measurements in
production wells drilled in oil andgas fields
Rim Valiullin, Ayrat Ramazanov, Guzel
Vakhitova, Ruslan Akchurin, Yuri PopovS24-2-03

09:15

Long-term measurement of
1m-depth geo-temperature andits relationship with ambient
temperature change
Osamu Matsubayashi, Sachio Ehara

S24-2-04

09:30

Long-term observations ofpressure, temperature and flow rate
for deep-sea hydrothermal fluid at
the middle Okinawa TroughYuka Masaki, Tatsuo Nozaki, Masayuki
Watanabe, Tomokazu Saruhashi,
Masanori Kyo, Noriaki Sakurai,
Takahiro Yokoyama, Keita Akiyama,
Lena Maeda, Hidenori KumagaiS24-2-05

Session:
Type:
Date:
Time:
Room:

Program No.

S24-P
PosterThursday, August 3/ Friday, August 4, 201715:30 - 16:30 / 15:00 - 16:00
Event Hall

Title

Program No.

Thermal properties of sedimentaryrocks for the Tarim Basin, northwest
China
Shaowen Liu, Xianglan Li, Changge
Feng

S24-P-01

Repeated borehole temperaturelogs: climate or anthropogenic
impact?
Vladimir Cermak, Petr Dedecek, Jan
Safanda, Milan Kresl

S24-P-02

Determination of formation
equilibrium temperaturefrom unsteady temperature
measurements in wells underdrilling
Ruslan Akchurin, Ayrat Ramazanov,
Rim Valiullin, Yuri PopovS24-P-03

Temperature and heat-flow
calculations: about the benefit ofwell-log based thermal-conductivity
profilesSven Fuchs, Niels Balling, Andrea
Foerster

S24-P-04

Geotherms of the continental crust:ambiguity from experimental P–T
correction to thermal conductivity
Andrea Foerster, Sven Fuchs, Ben
Norden, Hans-Juergen Foerster

S24-P-05

Thermal conductivity variation of
granites at elevated temperatures
Labani Ray, N. Narshimha Naidu,
Varun Kumar, Nishu Chopra

S24-P-06

FEATURES OF THE TEMPERATURERECOVERY IN WELL AFTER STOPOF INJECTION/PRODUCTION
IN CASE OF RESERVOIR WITH
HUDRAULIC FRACTURING
Artyom Sharipov, Ramil Sharafutdinov,
Rim Valiullin, Ayrat Ramazanov

S24-P-07

ACQUISITION OF INTEGRATEDPETROPHYSICAL DATA FROMTHERMAL CORE LOGGINGAND THERMAL CORE PLUGINVESTIGATION FOR USINSKOYEHEAVY OIL FIELD
Evgeny Popov, Yuri Popov, Evgeny
Chekhonin, Egor Savelev, EkaterinaNozdryakova, Irina Gurbatova

S24-P-08

Effect of water saturation on theelectrical impedance and elastic
wave velocity of geothermal
reservoir rocks
Kazuki Sawayama, Keigo Kitamura,
Yasuhiro Fujimitsu

S24-P-09

S25.
Development andapplication ofgeothermal databases
Session: S25-1
Session title: Development and application of geothermal
databases
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
13:30 - 15:00
Room:
Room 503
Chairs:Shaopeng Huang (Xi'an Jiaotong University /University of Michigan)
Valiya Hamza (National Observatory)
Time

Title

13:30

Reference framework for crustal
geotherms, with constraints basedon seismic data for the lower crust
Valiya Hamza, Carlos Alexandrino

S25-1-01
invited

14:00

Thermal data beneath in and around
Japan: What we know and do not yet
know
Akiko Tanaka

S25-1-02

14:15

Mapping the continental surface
temperature of Australia: thesurface boundary condition for
conductive thermal models
Marcus Haynes, Frank Horowitz,
Malcolm Sambridge, Ed Gerner,
Graeme Beardsmore

S25-1-03

14:30

Energy Budget of the Global Landsin the Course of Recent Climate
ChangeShaopeng Huang

S25-1-04

14:45

Development of geothermal studies
in Uzbekistan
Irina Sidorova

S25-1-05

Session:
Type:
Date:
Time:
Room:

Program No.

S25-P
PosterThursday, August 3/ Friday, August 4, 201715:30 - 16:30 / 15:00 - 16:00
Event Hall

Title
Temperature and heat flux changes
at the base of Laurentide Ice Sheetinferred from geothermal data
(evidence from province of Alberta,
Canada)Dmitry Demezhko, Anastasia
Gornostaeva, Jacek Majorowicz, Jan
SafandaProgram No.
S25-P-01137

Evaluating methods anduncertainties in the inversion of
downhole temperature data forpalaeoclimate studies, AustralianexamplesSandra McLaren, Roger Powell

S25-P-02

A geothermal resource assessment
based on GIS analysis of multiple
parameters for the Guanzhong
Basin, NW China
Yilei Xu, Tingting Ke, Shaopeng Huang,
Ruyang Yu, Xiaoyin Tang

S25-P-03

Terrestrial Heat flow and 1D
Geoelectric Model of the
Baiyinchagan Sag, Erlian Basin,
Northern China
Jiong Zhang, Rao Fu, Yongshui Zhou,
Yi Wang, Di Hu, Yinhui Zuo, Shaopeng
Huang, Xiaoyin Tang, Ruyang Yu

S25-P-04

S26.
Exploring connections
between heat flow
and tectonics
Session: S26-1
Session title: Exploring connections between heat flow andtectonics I
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
08:30 - 10:00
Room:
Room 503
Chairs:Valiya Hamza (National Observatory - ON/MCTI)
Masataka Kinoshita (University of Tokyo)
Time

Title

08:30

Shallow crustal heat flow and heatproduction inversion
Marcus Haynes, Rhys Hawkins,
Malcolm Sambridge, Graeme
Beardsmore

S26-1-01

08:45

Magma underplating at crust
mantle interphase as the sourceof anomalous heat flow in passive
continental margins
Valiya Hamza, Fabio Vieira

S26-1-02

Two-dimensional thermal modelingassociated with subduction of
the Philippine Sea plate beneathsouthern Kyushu, Japan
Nobuaki Suenaga, Shoichi Yoshioka,
Takumi Matsumoto

S26-1-03

09:00

138

09:15

Reconstruction of recent 6Ma
thermal structure seaward of updip
limit of Nankai seismogenic zone
off Kumano inferred from IODP
NanTroSEIZE geothermal data andtime-dependent numerical model
Masataka Kinoshita, Eiichiro Araki,
Toshinori Kimura, Achim Kopf, Demian
Saffer, Sean Toczko

S26-1-04

09:30

Numerical Simulation of the
Geothermal Effect of the Millennium
Eruption of the Changbaishan
Tianchi (Mt. Paektu) Volcano at
Sino-North Korean Border
Wentao Duan, Ting Ke, Shaopeng
Huang, Xiaoyin Tang

S26-1-05

Session: S26-2
Session title: Exploring connections between heat flow andtectonics II
Type:
Oral
Date:
Thursday, August 3, 2017
Time:
10:30 - 12:00
Room:
Room 503
Chairs:Makoto Yamano (The University of Tokyo)
Yoshifumi Kawada (Tohoku University)
Time

Title

10:30

Heat flow distribution along the
Nankai Trough floor correlated withthe crustal structure of the incoming
oceanic plate
Makoto Yamano, Yoshifumi Kawada,
Mikiya Yamashita

S26-2-01

10:45

Modelling three-dimensionalhydrothermal heat transport aroundthe Nankai TroughYoshifumi Kawada, Makoto Yamano,
Xiang Gao

S26-2-02

11:00

Curie Depth Point of the
Iberian Microplate. A thermal,
compositional and tectonic
perspective of its evolution
Juvenal Andres, Ignacio Marzan, DavidMarti, Imma Palomeras, Puy Ayarza,
Ramon Carbonell

S26-2-03

11:15

An attempt to relate heat flow
density, gravity, magnetic, geoid,elevation and seismic data in the
SW of the Iberian Peninsula trying
to obtain lithosphere thickness andinformation related with African and
Iberian plate borders
Maria Rosa DuqueS26-2-04

11:30

Seismogenic Layer within the Crust
beneath Japanese Islands on theJapan Sea Side – application of
JUICE catalog
Tomoko E. Yano, Makoto Matsubara

S26-2-05

Program No.

Program No.

Session:
Type:
Date:
Time:
Room:

S26-P
PosterThursday, August 3/ Friday, August 4, 201715:30 - 16:30 / 15:00 - 16:00
Event Hall

Title

11:15

Subsurface temperature modellingwith inverse parameter optimisation
Niels Balling, Soeren E. Poulsen, Sven
Fuchs, Soeren B. Nielsen

S27-1-04
invited

11:30

Three-Dimensional (3-D)
Attenuation Tomography in “FF"
Geothermal Field, Indonesia
Fadli Faturrahman Rusli, Andri Dian
Nugraha, Mohammad Rachmat Sule

S27-1-05
invited

11:45

Magnetotelluric surveys to delineate
shallow reservoir of low-enthalpy
geothermal systems in Thailand
Puwis Amatyakul, Songkhun
Boonchaisuk, Chatchai Vachiratiencha,
Tawat Rung-Arungwan, Kriangsak
Pirarai, Aranya Fuangswasdi,
Weerachai Siripunvaraporn

S27-1-06
invited

Program No.

Heat flow map of the Czech
Republic, revisited
Petr Dedecek, Vladimir Cermak, Jan
Safanda, Milan Kresl

S26-P-01

Heat flow and tectono-thermal
histories in cratons of China
Lijuan He

S26-P-02

Indications of “hot belts" along
passive continental margin of Brazil
Fabio Vieira, Valiya Hamza

S26-P-03

S27.
Geothermal energy:
Ground source heatpump, hydrothermal
system, and hot dry
rocks

Session:
Type:
Date:
Time:
Room:

S27-P
PosterThursday, August 3/ Friday, August 4, 201715:30 - 16:30 / 15:00 - 16:00
Event Hall

Title

Program No.

Evaluation of geothermal energy
potential for heating/cooling of
the Xi'an Jiaotong University new
campus in Xixian, Shaanxi, China
Tingting Ke, Yilei Xu, Shaopeng Huang,
Xiaoyin Tang, Wentao Duan

S27-P-01

RINGEN - Research INfrastructurefor Geothermal ENergy
Petr Dedecek, Vladimir Cermak, Jan
Safanda, Tomas Fischer, Antonin Tym

S27-P-02

Session: S27-1
Session title: Geothermal energy: Ground source heat pump,hydrothermal system, and hot dry rocks
Type:
Oral
Date:
Friday, August 4, 2017
Time:
10:30 - 12:00
Room:
Room 503
Chairs:Makoto Taniguchi (Research Institute for Humanity
and Nature)
Hideki Hamamoto (Center for Environmental
Science in Saitama)
Time

Title

Program No.

10:30

The efficiency of Borehole heatexchanger system by regional
differences
Hideki Hamamoto, Yuji Miyashita,
Philipp Blum, Alexander Limberg,
Makoto Taniguchi

S27-1-01
invited

10:45

Assessment of efficiency andpotential of a ground source heatpump system under geologicalcomplexity in Japan
Yoshitaka Sakata, Takao Katsura,
Katsunori Nagano, Atsunao Marui

S27-1-02
invited

11:00

Alternative use of subsurface
energy as heat pump or
groundwater
Makoto Taniguchi, Hideki Hamamoto

S27-1-03
invited139

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