Research field (2):
Environmental dynamics
, Geography
Research keywords (8):
沖積層
, 自然地理学
, 地形
, 環境動態研究
, 地層処分
, 第四紀
, Quaternary Research
, Geomorphology
Research theme for competitive and other funds (2):
2006 - 関東平野を中心としたボーリングコアの解析と地下地質の把握に関する研究
Kanto plain
Papers (17):
Yamaguchi Masaaki, Kato Tomoko, Suzuki Yuji*, Makino Hitoshi. Analytical tool of evolution of topography and repository depth to assess impacts of uplift and erosion for HLW disposal. Genshiryoku Bakkuendo Kenkyu (CD-ROM). 2020. 27. 2. 72-82
Wakasugi Keiichiro, Yamaguchi Masaaki, Koo Shigeru*, Nagao Fumiya, Kato Tomoko, Suzuki Yuji*, Ebashi Takeshi, Umeki Hiroyuki*, Niibori Yuichi*. Development of a method of safety assessment for geological disposal considering long-term evolution of geological and topographical environment by uplift and erosion. Nihon Genshiryoku Gakkai Wabun Rombunshi. 2017. 16. 1. 15-33
Yamada Susumu, Kitamura Akihiro, Kurikami Hiroshi, Yamaguchi Masaaki, Malins A., Machida Masahiko. Sediment and $^{137}$Cs transport and accumulation in the Ogaki Dam of eastern Fukushima. Environmental Research Letters. 2015. 10. 1. 014013\_1-014013\_9
Analysis of nuclide migration reflecting changes in topography, repository depth, and groundwater flow due to uplift and erosion
(令和5年度日本原子力学会北関東支部リモート若手研究者・技術者発表会)
An Evaluation of runoff point considering topography and repository depth changes due to uplift and erosion
(日本原子力学会2023年秋の大会)
Technical trend and issues of deep borehole disposal as an alternative disposal option
(日本原子力学会2023年秋の大会)
Study of the treatment of changes in topography and repository depth due to uplift and erosion in nuclide migration evaluation
(日本原子力学会2023年春の年会)
An Efficient analysis of uplift and erosion based on topography and repository depth change evaluation
(第7回三私大学合同研究発表会)