Human Geosciences (H)
Session Sub-category Technology & Techniques(TT)
Session ID H-TT18
Title New Developments in Shallow Geophysics
Short Title Shallow Geophysics
Main Convener Name Kyosuke Onishi
Affiliation Public Works Research Institute
Co-Convener 1 Name Toshiyuki Yokota
Affiliation National Institute of Advanced Industrial Science and Technology
Co-Convener 2 Name Shinichiro Iso
Affiliation Fukada Geological Institute
Co-Convener 3 Name Hiroshi Kisanuki
Affiliation OYO corporation
Session Language
J
Scope
The session of shallow geophysics calls various research topics to contribute on geophysical exploration techniques for the near surface. The shallow geophysics uses many types of methods to survey various targets. This session does not restrict any survey methods and targets of your research but restrict the target depth in the zones from 5 cm to 30 m (or from 2 in to 100 ft) below the surface of the ground. The shallow part under the ground may be the closest and unknown territory for human society, and advanced societies cannot have controlled it yet to avoid disasters caused by dynamics in the near surface. Peoples require techniques to manage levee, landslide and earth constructions and knowledge to control groundwater, liquefaction and soil pollution. The near surface faces many geotechnical, environmental and hydrogeologic problems. Major survey techniques are surface wave method, electric exploration, ground-penetrating radar and microtremor survey, but any methods can be discussed if your target is located in the shallow depths. Recently, 3D survey and machine learning have been also hot topics in this research field. Additionally, this session welcomes to discuss laboratory tests and rock physics for unconsolidated porous media in the vadose zone. Finally, we will welcome not only cutting-edge technologies but also usual works, if the knowledge and skills is useful for human living.
Presentation Format Oral and Poster presentation
Time Presentation No Title Presenter
Oral Presentation May 28 PM1
13:45 - 14:00 HTT18-01 Improving the efficiency of under-road cavity investigation using on-vehicle Ground-Penetrating Radar Yoshihiro Naito
14:00 - 14:15 HTT18-02 Investigation of ground structure with leak areas using electrical resistivity method and ground penetrating radar Yusuke Oishi
14:15 - 14:30 HTT18-03 Repeated experiments of towing electromagnetic method using an uncrewed ground vehicle on a river embankment Ryosuke Umezawa
14:30 - 14:45 HTT18-04 Repeated Measurements of Self-potential in Rokugo alluvial fan in Akita Prefecture, Japan Kazuhiro Amita
14:45 - 15:00 HTT18-05 Time-lapse change of the self-potential distribution in at Goshogake geothermal area in Hachimantai, northeast of Japan Shin'ya Sakanaka
Presentation No Title Presenter
Poster Presentation May 28 PM3
HTT18-P01 3D interpretation support tool for quality control of automatic interpretation results of underground radar data using deep learning Shinichiro Iso
HTT18-P02 Repeated measurements of electrical resistivity of shallow part in leaky sections of tunnel ground Kenji OKAZAKI
HTT18-P03 An analysis of resistivity structure and electrode displacement by time-lapse resistivity survey Hiroshi Kisanuki
HTT18-P04 Measurement of S-wave velocity distribution in road embankment by geophysical exploration Kyosuke Onishi
HTT18-P05 Shallow subseafloor geophysical surveys: applicability and importance of Acoustic mapping Miho Asada
HTT18-P06 Multi-channel surface wave survey at seafloor Tsubasa Sekiguchi