[S-TT60] [JJ] Contribution of luminescence and ESR dating to earth and planetary sciences

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

Luminescence and ESR are phenomena caused by radiation dose to a range of materials, including quartz, feldspar, and carbonates, and have been utilized for geological dating methods. Recent progress has made these techniques reliable methods that can be applied universally to geological records from several decades to a million years old. Attempts have also been made to apply the methods to various problems of earth and planetary sciences, such as estimates of denudation rate of earth surface and activity of seismic faults, and provenance of sediments. For further development and dissemination of these techniques, this session invites presentations of original research and reviews on their basics and application. Participants who have relevant research interests are welcome to join the discussion to seek new research collaboration.

[STT60-P01] Quartz OSL dating of deep marine sediment: how accurate and how far back?
A case study from the Sea of Japan

*Saiko Sugisaki¹, Andrew Murray², Jan-Pieter Buylaert^2,3, Ryuji Tada⁴, Yasufumi Satoguchi⁶, Yoshitaka Nagahashi⁵, Ken Ikehara¹, Tomohisa Irino⁷, Richard W. Murray⁸, Carlos A. Alvarez-Zarikian⁹ (1.Geological Survey of Japan, AIST, 2.Aarhus University, 3.Technical University of Denmark, 4.The University of Tokyo, 5.Fukushima University, 6.Lake Biwa Museum, 7.Hokkaido University, 8.Boston University, 9.Texas A&M University)

[STT60-P02] Luminescence dating of marine terrace deposits in Noto Peninsula and inferred uplift rate

*Kazumi Ito¹, Toru Tamura¹ (1.Geological Survey of Japan, AIST)

[STT60-P03] Characteristics of luminescence signals from insoluble residue in raised coral reefs

*Masashi Takada¹, Aiko Shimada² (1.Department of History, Sociology and Geography, Faculty of Letters, Nara Women's University, 2.Application Support Team, JEOL RESONANCE Inc.,)

[STT60-P04] Quartz OSL properties from coastal sand in Eastern Japan

*Kayoko Tokuyasu¹, Toru Tamura², Kazumi Ito² (1.Geo-Research Institute, 2.National Institute of Advanced Industrial Science and Technology )

[STT60-P05] Importance of quartz thermoluminescence peak temperature

*Kazumasa Miura¹, Noriko Hasebe¹, Yoshihiro Ganzawa² (1.Kanazawa University, 2.Hokkaido University of Education)

[STT60-P06] Characteristics of calcite thermoluminescence: Radiation and luminescence efficiency

Manabu Ogata², *Noriko Hasebe¹, Keisuke Fukushi¹, Naoki Fujii³, Minoru Yamakawa³ (1.Institute of Nature and Environmental Technology, Kanazawa University, 2.Graduate School of Natural Science and Technology, Kanazawa University, 3.Radioactive Waste Management Funding and Research Center)

[STT60-P07] ESR and radioactive disequilibrium dating of sulfate minerals in sea-floor hydrothermal deposits at the Okinawa Trough

*Taisei Fujiwara¹, Shin Toyoda¹, Ai Uchida¹, Jun-ichiro Ishibashi², Shuhei Totsuka², Kazuhiko Shimada², Shun'ichi Nakai³ (1.Okayama University of Science, 2.Kyushu University, 3.University of Tokyo)

[STT60-P08] Estimation of the mixing ratios of quartz in the possible source rocks that make up the present river bed sediments by using ESR

*Aiko Shimada¹, Masashi Takada², Shin Toyoda³ (1.JEOL RESONANCE Inc., 2.Nara Women's University, 3.Okayama University of Science)

[STT60-P09] Cathodoluminescence and electron spin resonance characterization of synthetic quartz

*Syuhei Ohgo¹, Shin Toyoda¹, Hirotsugu Nishido¹ (1.Okayama University of Science)

[STT60-P10] Evaluation of relationship between fault displacement and ESR intensity using low-speed ring shear apparatus

*Kiriha Tanaka¹, Jun Muto¹, Yasuo Yabe², Toshitaka Oka³, Norihiro Nakamura³, Hiroyuki Nagahama¹ (1.Department of Geology, Graduate School of Science, Tohoku University, 2.Research Center for Prediction of Earthquakes and Volcanic Eruptions, Graduate School of Science, Tohoku University, 3. Institute for Excellence in Higher Education, Tohoku University)

Session information