[S-TT58] [EJ] Airborne surveys and monitoring of the Earth

Wed. May 24, 2017 5:15 PM - 6:30 PM Poster Hall (International Exhibition Hall HALL7)

Airborne surveys are useful to better understand the whole and/or the detailed structures of the Earth and their variations. They can be implemented from a traditional manned and newly-developed unmanned aircraft to efficiently map very large or remote areas with difficult access. We invite studies on theory, instrumentation, processing, modeling or inversion and applications of airborne surveys.

[STT58-P01] An investigation of fault and structural boundary in the northern part of the Ibaraki Prefecture by Airborne Gravity Gradient survey

★Invited papers

*Hideyuki Satoh¹, Yamashita Ichiro², Craig Annison³, Atusi NINOMIYA⁴, Akihiko Chiba⁴, Shirota Atsushi⁴, Aibe Sho⁴ (1.Secretariat of Nuclear Regulation Authority, Nuclear Regulation Authority, 2.Fugro Japan Co., Ltd., 3.CGG Aviation (Australia) Pty Ltd., 4.Sumiko Resources Exploration & Development Co., Ltd.)

[STT58-P02] Fault dip estimation based on gravity gradient tensor on a profile

*Shigekazu Kusumoto¹ (1.Graduate School of Science and Engineering for Research, University of Toyama)

[STT58-P03] Development of a three dimensional information extraction method from an airborne sensor (ARTS-SE) multiple-view images

*Tetsuya Jitsufuchi¹ (1.NIED)

[STT58-P04] Basic study for application of inverse radiation problem to airborne radiation measurement

*Miyuki Sasaki¹, Azusa Ishizaki¹, Yukihisa Sanada¹ (1.Japan Atomic Energy Agency)

[STT58-P05] Improvement of analysis accuracy of radiation monitoring using unmanned helicopter

*Youichi Yuuki¹, masamichi maeshima¹, Eiji Nakayama¹ (1.Oyo corporation)

[STT58-P06] High-resolution Aeromagnetic Survey over the Eastern Sagami Bay Area, Kanto Region, Japan

*Mitsuyoshi Iwata¹, Shigeo Okuma¹, Tadashi Nakatsuka¹, Ayumu Miyakawa¹, Sawako Kinoshita¹ (1.Geological Survey of Japan, National Institute of Advanced Industrial Science and Technology (AIST))

[STT58-P07] Three-dimensional resistivity modeling
of GREATEM survey data from Ontake Volcano,
northwest Japan

*Sabry Abd Allah¹, Toru Mogi² (1.Institute of siesmology and volcanology-faculty of science, HOKKAIDO UNIVERSITY, 2.Division of Sustainable resources Engineering, Faculty of Engineering, Hokkaido University )

[STT58-P08] Geomagnetic change detected by repeated aeromagnetic survey in Miyakejima, Japan

*Takao Koyama¹, Takayuki Kaneko¹, Takao Ohminato¹, Atsushi Watanabe¹ (1.Earthquake Research Institute, University of Tokyo)

Session information