As of June 5, 2017
Kobe International Conference Center
Main HallSun July 30

Intl Conf Room (301)

401

402

10:30-12:00

501

502

504+505503

Shimin-Hiroba
SquareShinsho-Hall

Event HallRegistrationPM

8:30-10:00

403

The KOBE Chamber of Commerce and Industry

Ice Breaker

S07-1
Strong ground motions andearthquake hazard and risk

J06-1
The spectrum of fault-zone
deformation processes(from slow slip toearthquake)

J03-1
Deformation of thelithosphere: Integrating
seismology and geodesy
through modelling

S19-1
Planetary seismology

S02-1
Anthropogenic seismicity

S01-1
Open session

G02-1
Static gravity field

G04-1
Earth rotation andgeodynamics

S07-2
Strong ground motions andearthquake hazard and risk

J06-2
The spectrum of fault-zone
deformation processes(from slow slip toearthquake)

J03-2
Deformation of thelithosphere: Integrating
seismology and geodesy
through modelling

S19-2
Planetary seismology

S02-2
Anthropogenic seismicity

S01-2
Open session

G02-2
Static gravity field

G04-2
Earth rotation andgeodynamics

Lunch / Business Meetings

12:00-13:30
Mon July 31
13:30-16:00

Joint Opening Ceremony

Coffee Break

16:00-16:30

16:30-18:00

IASPEI Opening Plenary

IAG Opening Plenary

Business Meetings

18:00-20:00

8:30-10:00

10:30-12:00

S07-3
Strong ground motions andearthquake hazard and risk

J06-3
The spectrum of fault-zone
deformation processes(from slow slip toearthquake)

J03-3
Deformation of thelithosphere: Integrating
seismology and geodesy
through modelling

S07-4
Strong ground motions andearthquake hazard and risk

J06-4
The spectrum of fault-zone
deformation processes(from slow slip toearthquake)

S22
Lithosphere structure anddynamics: Plate boundary
deformation at lithosphericscale

S19-3
Planetary seismology

S19-4
Planetary seismology

13:30-15:00

S02-4
Anthropogenic seismicity

S01-4
Open session

S07-5
Strong ground motions andearthquake hazard and risk

J09-1
Geodesy and seismology
general contributions

S03-1
S20
Imaging of heterogeneities Earth and planetary spacein the Earth with seismic
and remote sensing
scattered waves andseismology; i.e., seismology
ambient noise
without seismometers

S02-5
Anthropogenic seismicity

J05-1
Crustal dynamics:
Multidisciplinary approach toseismogenesis

15:00-15:30

Coffee Break

15:30-16:30

Poster Session

16:30-18:00

S07-6
Strong ground motions andearthquake hazard and risk

J09-2
Geodesy and seismology
general contributions

S03-2
Imaging of heterogeneities
in the Earth with seismic
scattered waves andambient noise

S02-6
Anthropogenic seismicity

8:30-10:00

10:30-12:00

13:30-15:00

J05-2
Crustal dynamics:
Multidisciplinary approach toseismogenesis

S07-7
Strong ground motions andearthquake hazard and risk

S07-8
Strong ground motions andearthquake hazard and risk

J02-1
Recent large anddestructive earthquakes

S14 -1J05-3
Upper mantle and transition
J01-1
Crustal dynamics:
zone dynamics andMonitoring of the cryosphere Multidisciplinary approach tostructure
seismogenesis

J02-2
Recent large anddestructive earthquakes

S03-4
Imaging of heterogeneities
in the Earth with seismic
scattered waves andambient noise

S14-2
J05-4
Upper mantle and transition
J01-2
Crustal dynamics:
zone dynamics andMonitoring of the cryosphere Multidisciplinary approach tostructure
seismogenesis

S07-9
Strong ground motions andearthquake hazard and risk

J02-3
Recent large anddestructive earthquakes

S03-5
Imaging of heterogeneities
in the Earth with seismic
scattered waves andambient noise

S15
Mid-mantle structure

J05-5
J01-3
Crustal dynamics:
Monitoring of the cryosphere Multidisciplinary approach toseismogenesis
Coffee Break

15:30-16:30

Poster Session

J02-4
Recent large anddestructive earthquakes

16:30-18:00

S06
Advancement inmethodologies for CTBT
monitoring

13:30-15:00

S13-1
Earthquake source
mechanics

S13-2
Earthquake source
mechanics

J04-1
Geohazard early warning
systems

J04-2
Geohazard early warning
systems

J07-1
Tracking the sea floor inmotionJ07-2
Tracking the sea floor inmotion

S17
Outer core structure anddynamics

J08-2
S04-1
Imaging and interpreting
Historical and macroseismic lithospheric structures using
studies of earthquakes
seismic and geodetic
approaches

S18
Inner core structure

J08-3
S04-2
Imaging and interpreting
Historical and macroseismic lithospheric structures using
studies of earthquakes
seismic and geodetic
approaches

S13-3
Earthquake source
mechanics

J04-3
Geohazard early warning
systems

J07-3
Tracking the sea floor inmotion

S23-1
Geoscience and society

S04-3
Historical and macroseismic
studies of earthquakes

Coffee Break

15:30-16:30

Poster Session

S13-4
Earthquake source
mechanics

J04-4
Geohazard early warning
systems

J09-3
Geodesy and seismology
general contributions

10:30-12:00

S23-2
Geoscience and society

S04-4
Historical and macroseismic
studies of earthquakes

S13-5
Earthquake source
mechanics

S13-6
Earthquake source
mechanics

J04-5
Geohazard early warning
systems

J04-6
Geohazard early warning
systems

J09-4
Geodesy and seismology
general contributions

S08-1
S05-1
Paleoseismology andPreservation and usage of
paleotsunami studies: theiranalog seismogram archives
potential and limitation

J09-5
Geodesy and seismology
general contributions

S08-2
S05-2
Paleoseismology andPreservation and usage of
paleotsunami studies: theiranalog seismogram archives
potential and limitation

G02-6
Static gravity field

G01-1
Reference frames

G01-2
Reference frames

G06-3
Geodetic remote sensing

S11-1
Geo & space technologies
to study pre–earthquake
processes: Observation,modeling, forecastingG06-4
Geodetic remote sensing

S11-2
Geo & space technologies
to study pre–earthquake
processes: Observation,modeling, forecasting

G06-5
Geodetic remote sensing

S12-1
An interdisciplinary
approach towards
earthquake prediction
studiesG01-3
Reference frames

G03-1
Time variable gravity field

S12-2
An interdisciplinary
approach towards
earthquake prediction
studiesG01-4
Reference frames

G03-2
Time variable gravity field

S26-1
Exploring connections
between heat flow andtectonics

G01-5
Reference frames

G03-3
Time variable gravity field

S26-2
Exploring connections
between heat flow andtectonics

G01-6
Reference frames

G03-4
Time variable gravity field

S25
Development andapplication of geothermal
databases

G03-5
Time variable gravity field

S24-1
Methods and instruments ofexperimental geothermics Application and recent
evolution

G05-1
Multi-signal positioning:
Theory and applications

S24-2
Methods and instruments ofexperimental geothermics Application and recentevolution
S27
Geothermal energy: Groundsource heat pump,hydrothermal system, andhot dry rocks

S21-1
Lithospheric structure

G07-1
Global Geodetic Observing
System (GGOS) and Earthmonitoring services

S21-2
Lithospheric structure

G07-2
Global Geodetic Observing
System (GGOS) and Earthmonitoring services

S21-3
Lithospheric structure

G07-3
Global Geodetic Observing
System (GGOS) and Earthmonitoring services

S21-4
Lithospheric structure

G07-4
Global Geodetic Observing
System (GGOS) and Earthmonitoring services

G05-2
Multi-signal positioning:
Theory and applications

G07-5
Global Geodetic Observing
System (GGOS) and Earthmonitoring services

G05-3
Multi-signal positioning:
Theory and applications

Lunch / Business Meetings

12:00-13:30

J04-7
Geohazard early warning
systems

13:30-15:00

J09-6
Geodesy and seismology
general contributions

S05-3
Preservation and usage ofanalog seismogram archives

Poster Session

15:00-16:00

16:00-17:30

G06-2
Geodetic remote sensing

S10
Development, testing andapplication of earthquake
forecasting models

Business Meetings

18:00-20:00

8:30-10:00

G02-5
Static gravity fieldLunch / Business Meetings

15:00-15:30

16:30-18:00

G06-1
Geodetic remote sensing

S09-3
Open session: Earthquake
generation process physics, modeling andmonitoring for forecast

Business Meetings

12:00-13:30

Thu Aug 3

J08-1
Imaging and interpretinglithospheric structures using
seismic and geodetic
approaches

S16
Large low shear velocity
provinces and deep mantle
structure

18:00-20:00

10:30-12:00

G04-4
Earth rotation andgeodynamics

S09-2
Open session: Earthquake
generation process physics, modeling andmonitoring for forecast

Lunch / Business Meetings

15:00-15:30

8:30-10:00

G02-4
Static gravity field

G04-3
Earth rotation andgeodynamics

Poster II
Poster I(S01, S02, S06, S07, S09,
(G01, G02, G04, G06,S10, S11, S12,S19, S20,
J01, J03, J05, J06, S03)
S22)

S03-3
Imaging of heterogeneities
in the Earth with seismic
scattered waves andambient noise

12:00-13:30

Wed Aug 2

G02-3
Static gravity field

Business Meetings

18:00-20:00

Fri Aug 4

S01-3
Open session

Lunch / Business Meetings

12:00-13:30

Tue Aug 1

S02-3
Anthropogenic seismicity

S09-1
Open session: Earthquake
generation process physics, modeling andmonitoring for forecast

Joint and IASPEI Closing
Plenary

IAG Closing Plenary

S21-5
Lithospheric structure

Poster IV
Poster III(S04, S05, S08, S13,
(G03, G05, G07, J02, J04,S14, S17, S18, S21, S23,
J08, J09)
S24, S25, S26, S27)