研究者学術情報データベース

オガサワラ　ヒロシ
小笠原　宏
OGASAWARA Hiroshi

所属総合科学技術研究機構

職名教授

論文
1.	2020/12/20	南アフリカ大深度金鉱山の地震リスク低減－2010～2015年度SATREPS研究成果の概要－ │ 地震ジャーナル │ (70),32-41頁 (単著)
2.	2020/01	地震発生帯の掘削調査に成功 │ 日本地震学会広報誌「なゐふる」 │ 120,2-3頁 (共著)
3.	2019/06	2019 status report: Drilling into seismogenic zones of M2.0–M5.5 earthquakes in South African gold mines (DSeis project) │ Proceedings of the 9th International Congress on Deep and High Stress Mining │ ,375-384頁 (共著)
4.	2019/01	Integration of underground mapping, petrology, and high-resolution microseismicity analysis to characterise weak geotechnical zones in deep South African gold mines │ International Journal of Rock Mechanics and Mining Sciences │ 114,79-91頁 (共著)
5.	2022/07	Physical property studies to elucidate the source of seismic reflectivity within the ICDP DSeis seismogenic zone: Klerksdorp goldfield, South Africa │ International Journal of Rock Mechanics and Mining Sciences │ 155 (共著)
6.	2022/07/08	Characteristics of fault rocks within the aftershock cloud of the 2014 Orkney earthquake (M5.5) beneath the Moab Khotsong gold mine, South Africa │ Geophysical Research Letters │ 49 (14),e2022GL098745 (共著)
7.	2023/01/01	Hydrogeochemical and isotopic signatures elucidate deep subsurface hypersaline brine formation through radiolysis driven water-rock interaction │ Geochimica et Cosmochimica Acta │ 340,65-84頁 (共著)
8.	2014/09	Observational studies of the rock mass response to mining in highly stressed gold mines in South Africa │ Proceedings of 7th International Congress on Deep and High Stress Mining, Sudbury, Canada, 16-18 September 2014 │ ,123-137頁 (共著)
9.	2009/07/31	南アフリカ金鉱山における半制御地震発生実験　－至近距離観測による地震発生の解明に向けて－ │ 地震2 │ 61 (日本地震学会60周年記念特集),S563-S573頁 (共著)
10.	2012	An attempt to constrain the stress and strength of a dyke that accommodated a ML2.1 seismic event. │ ,436-450頁 (共著)
11.	2002/03	Microseismicity Induced by Heavy Rainfall around Flooded Vertical Ore Veins │ Pure and Applied Geophysics │ 159,91-109頁 (共著)
12.	2002	Post-seismic effects of an M7.2 earthquake and microseismicity in an abandoned, flooded deep mine. │ Pure and Applied Geophysics │ 159,63-90頁 (共著)
13.	2023/01/11	[Keynote] ICDP drilling into the upper fringe of the aftershock zone of the 2014 Orkney M5.5 earthquake that ruptured an almost entire depth range of the West Rand Group │ Abstracts, GeoCongress │ (共著)
14.	2022/07/28	Life in a hypersaline subsurface ecosystem analogous to subsurface martian environments │ Abstracts, the 5th South Africa-Japan University Forum, 28-29 July 2022 │ ,87-92頁 (共著)
15.	2022/07/28	Studies of earthquakes and deep life in deep South African gold mines │ Abstracts, the 5th South Africa-Japan University Forum, 28-29 July 2022 │ ,83-86頁 (共著)
16.	2022/05/23	[招待講演] 南アフリカ金鉱山地下3 kmの非天水超塩水環境下の太古代珪長質変成堆積岩と苦鉄質・超苦鉄質の貫入変質岩 │ JpGU Abstracts │ ,BGM02-06 (共著)
17.	2022/04/05	Stress state in the source region of Mw2.2 earthquake in a deep gold mine in South Africa determined from borehole cores │ Pure and Applied Geophysics │ 179 (5),1679-1700頁 (共著)
18.	2022/04	Micro- and macro-structural investigations of faulting in deep South African gold mines │ Proc. 10th Int. Symp. Rockburst and Seismicity in Mines 2022 │ ,RASIM22-0307 (共著)
19.	2022/03/15	大深度高応力鉱山でのルーチン的な採掘ハザード定量化に資しうる岩盤コア絶対差応力DCDA 測定法の試評価 │ 材料 │ 71 (3),259-264頁 (共著)
20.	2021/12/01	[Keynote lecture] South African gold mines as invaluable laboratory deep underground for geoscience │ 15th AfricaArray Scientific Meeting Abstracts │ (単著)
21.	2021/11/04	ICDP DSEIS project (Drilling into seismogenic zones of M2.0-5.5 earthquakes in South African gold mines) │ DEEP 2021 - the 2021 International Symposium on Deep Earth Exploration and Practice │ (共著)
22.	2021/06/04	[Invited] ICDP DSeis project: an overview of the 2020 research activity │ JpGU abstracts │ (共著)
23.	2021/01	The effect of a gouge layer on rupture propagation along brittle shear fractures in deep and high-stress mines. │ International Journal of Rock Mechanics and Mining Sciences │ 137 (共著)
24.	2020/11/14	[Invited] The 2014 Orkney M5.5 sinistral earthquake below a deep South African gold mine and the post-earthquake drilling investigation from 2.9km depth │ 2020 International Forum on Bohang Earthquake │ (共著)
25.	2020/05/29	[招待講演] 地下3 km以深の太古代泥質堆積岩中のランプロファイアー上で発生したM5.5 地震の余震発生帯掘削調査 │ 日本材料学会第59期学術講演会要旨 │ (共著)
26.	2020/05/24	[Invited] The next step following the accomplished drilling into seismogenic zones of M2.0-5.5 earthquakes in South African gold mines (ICDP DSeis) │ JpGU 2020 Abstracts │ ,MIS11-13 (共著)
27.	2020/05/05	[Session Convener selected Highlight] The seismogenic zones of an M2.0-5.5 earthquakes successfully recovered in deep South African gold mines: the outcomes and the follow-up plan │ Europ. Geophys. Union 2020 │ (共著)
28.	2019/12/09	Abiotic (Prebiotic?) Organic Chemistry in a Potentially Ancient Hypersaline Brine: New Insights on the Limits of Microbial Life Inhabiting 3.1 km Deep Fracture Fluid in South Africa │ AGU 2019 fall meeting abstract │ ,B11K-2202 (共著)
29.	2019/11/05	Briny SLiMEs in the subsurface of Earth and Mars │ In Mars Extant Life: What’s Next? Conference Abstracts, Lunar and Planetary Institute, Houston │ (共著)
30.	2019/06	In-situ stress around source faults of seismic events in and beneath South African deep gold mines │ Proceedings of the 9th International Congress on Deep and High Stress Mining, Symposium Series S98, Southern African Institute of Mining and Metallurgy │ ,399-411頁 (共著)
31.	2019/05	[Keynote lecture] Spatial variation in stress in seismogenic zones in South African gold mines │ Proceedings of the 2019 Rock Dynamics Summit in Okinawa, A specialized conference of ISRM │ ,39-44頁 (共著)
32.	2018/10	Emergence and disappearance of very small repeating earthquakes on a geological fault in a gold mine in South Africa │ Tectonophysics │ 747–748,318-326頁 (共著)
33.	2018/05	ICDP DSeis Project 南アフリカ金鉱山マグニチュード2〜5.5の地震発生場の掘削に成功！？ │ J-DESCニュースレター │ 9,14 (共著)
34.	2017/10/03	Drilling into seismogenic zones of M2.0-M5.5 earthquakes from deep South African gold mines (DSeis): establishment of research sites │ ISRM AfriRock - Rock Mechanics for Africa │ ,237-248頁 (共著)
35.	2017/10/03	Observational Studies in South African Mines To Mitigate Seismic Risks: Challenges and Achievements │ Proc. Afrirock Symposium 2017 (ISRM) │ ,175-186頁 (共著)
36.	2017/09/15	Call for Models—A Test Case for the Source Inversion Validation: The 2014 ML 5.5 Orkney, South Africa, Earthquake │ 88 (4) (共著)
37.	2017/01	コア変形法による南アフリカ金鉱山誘発地震震源域の応力状態推定 │ 第14回岩の力学国内シンポジウム講演集 │ (講演番号107),1-6頁 (共著)
38.	2016/04	南アフリカ金鉱山M2-5.5地震発生場掘削ICDPワークショップ報告 │ J-DESCニュースレター │ (9),14 (共著)
39.	2015/11/18	Unexpectedly frequent occurrence of very small repeating earthquakes (–5.1 ≤ MW ≤ –3.6) in a South African gold mine: implications for monitoring intraplate faults │ Journal of Geophysical Research │ 120,8478-8493頁 (共著)
40.	2015/10	Delineation of large localized damage structures forming ahead of an active mining front by using advanced acoustic emission mapping techniques │ International Journal of Rock Mechanics and Mining Sciences │ 79,157-165頁 (共著)
41.	2015/07/14	Nucleation process of an M2 earthquake in a deep gold mine in South Africa inferred from on-fault foreshock activity │ Journal of Geophysical Research │ 120 (8),5574-4495頁 (共著)
42.	2015/04	南アフリカ金鉱山の大深度からマグニチュード２～５の震源を掘削し地震の謎に迫る │ J-DESCニュースレター │ (8),12 (単著)
43.	2015/03	Steady activity of microfractures on geological faults loaded by mining stress │ Tectonophysics │ 649,100-114頁 (共著)
44.	2015/02/13	Quasi-static slip patch growth to 20 m on a geological fault inferred from acoustic emissions in a South African gold mine │ Journal of Geophysical Research │ 120 (3),1692-1707頁 (共著)
45.	2015	Dynamic strain in a South African gold mine produced by the 2011 Tohoku Earthquake │ Proc. Int. Assoc. Geodesy Symp. │ (共著)
46.	2014/06	BX CCBO in-situ stress measurements at earthquake prone areas in South African gold mines – a summary of mini-workshop on 13 Feb 2014 │ Proceedings of ARMA2014 │ ,CD-ROM, paper no. 14-7438 (共著)
47.	2014/05	In situ stress measurement at earthquake prone areas in South African gold mines │ Proceedings of the Sixth South African Rock Engineering Symposium 2014 │ ,349-359頁 (共著)
48.	2014/05	In-situ monitoring of rock mass response to mining in South African gold mines using the Ishii strainmeters │ Proceedings of the Sixth South African Rock Engineering Symposium 2014 │ ,21-34頁 (共著)
49.	2014/05	Observational studies in South African mines to mitigate seismic risks: a mid-term review of the five-year SATREPS project │ Proceedings of the Sixth South African Rock Engineering Symposium 2014 │ ,241-250頁 (共著)
50.	2014/03	南アフリカ金鉱山大深度における震源近傍での現位置多点応力測定の可能性 │ 月刊地球 │ 36 (3) (共著)
51.	2013/09	In-situ monitoring and modelling of the rock mass response to mining: Japanese-South African collaborative research │ ,51-60頁
52.	2013/09	Mapping seismic vulnerability in stopes in deep South African gold mines │ Proc. 8th Int. Symp. Rockburst and Induced Seismicity in Mines │ ,387-393頁 (共著)
53.	2013/09	Relating tilt measurements recorded at Mponeng gold mine, South Africa, to the rupture of an M2.2 event │ Proc. 8th Int. Symp. Rockburst and Induced Seismicity in Mines │ ,67-73頁 (共著)
54.	2013/08	Estimation of the stress state around the fault source of a Mw 2.2 earthquake in a deep gold mine in South Africa based on borehole breakout and core discing. │ ,604-613頁
55.	2013/08	Loading conditions of geological faults in deep level tabular mines. │ ,558-580頁
56.	2013	Estimation of the stress state around the fault source of a Mw 2.2 earthquake in a deep gold mine in South Africa based on borehole breakout and core discing. │ ,604-613頁
57.	2013	Frequency–magnitude distribution of -3.7 < Mw < 1 mining-induced earthquakes around a mining front and b value invariance with post-blast time │ Pure and Applied Geophysics │ 171 (10),2665-2684頁 (共著)
58.	2013	Loading conditions of geological faults in deep level tabular mines. │ ,558-580頁
59.	2013	Non-invasive method of estimation of stiffness of near surface material using surface wave │ Geotechnical and Geophysical Site Characterization4 (Coutinho & Mayne, eds), Taylor & Francis Group, London │ ,1321-1325頁 (共著)
60.	2013	Relating high-resolution tilt measurements to the source displacement of an M2.2 event located at Mponeng gold mine │ J. Southern African Inst. Min. Metallurgy │ 113 (10),787-793頁 (共著)
61.	2012/05	Trial of the BX conical ended borehole overcoring stress measurement technique │ Proceedings of the second Southern Hemisphere International Rock Mechanics Symposium, South African Institute of Mining and Metallurgy │ ,169-179頁 (共著)
62.	2012/03	Establishment of SATREPS experimental sites in South African gold mines to monitor phenomena associated with earthquake nucleation and rupture │ Proceedings of the sixth International Seminar on Deep and High Stress Mining, 23-30 March 2012, Perth, Australia (ed. Yves Potvin) │ ,173-187頁 (共著)
63.	2012	Detection of mining-induced fractures around a stope in Ezulwini gold mine, South Africa, by using AE events with similar waveforms │ ,181-186頁
64.	2012	Temporal changes in attenuation of S waves through a fault zone in a South African gold mine │ Geophys. J. Int. │ 191 (3),1317-1324頁 (共著)
65.	2011	Multi-Channel Analysis of Surface Waves: Inversion Strategy │ Proceedings of the thirteenth International Conference on Civil, Structural and Environmental Engineering Computing │ (共著)
66.	2010	Observational study to mitigate seismic risks in mines: a new Japanese - South African collaborative project │ The proceedings of the fifth International Seminar on Deep and High Stress Mining, 6-8 October, Santiago, Chile, Australian Centre for Geomechanics │ ,215-226頁 (共著)
67.	2009/11	Observation of numerous aftershocks of an Mw 1.9 earthquake with an AE network installed in a deep gold mine in South Africa │ Earth Planets Space │ 61,e49-e52頁 (共著)
68.	2009/09	JST-JICA SA research group, a Japanese - South African collaboration to mitigate seismic risks in deep gold mines │ Proceedings of 1st Hard Rock Safe Safety Conference, South African Institute of Mining and Metallurgy │ ,115-134頁 (共著)
69.	2009/03	南アフリカ金鉱山でみえてきた地震発生の詳細像 │ (72),4-5頁 (共著)
70.	2009	Observational study to mitigate seismic risks in mines: a new Japanese and South African collaborative project │ Proceedings of South African Geophysical Associaion Biennial Technical Meeting and Exhibition │ ,73-79頁 (共著)
71.	2007	Monitoring of rock mass behavior at the closest proximity to hypocenters in South African gold mines │ Scientific Drilling │ Special Issue (1),88 (共著)
72.	2007	Stress drops and radiated seismic energies of microearthquakes in a South African gold mine │ 112 (B03305) (共著)
73.	2006/06	Small slow-strain steps and their forerunners observed in gold mine in South Africa │ Journal of Geophysical Research │ 33 (L12304),2006GL026507 (共著)
74.	2006/05	（南アフリカ金鉱山で発見された小さな遅い歪ステップ） │ 日本地震学会ニュースレター │ 18 (1),表紙 (共著)
75.	2006/03	Stress change prior to the major events in the 1989 earthquake swarm off the eastern Izu Peninsula │ Earth Planets Space │ 58 (3),305-314頁 (共著)
76.	2005/03	High-resolution Strain Monitoring During M~2 Events in a South African Deep Gold Mine in Close Proximity to Hypocentres, │ Proceedings of the 6th International Symposium on Rockburst and Seismicity in Mines (RaSim6) │ ,385-391頁 (共著)
77.	2005/03	Multidisciplinary Monitoring of the Entire Life Span of an Earthquake and its Practical Strategy in South African Gold Mines │ Proceedings of the 6th International Symposium on Rockburst and Seismicity in Mines (RaSim6) │ ,393-398頁 (共著)
78.	2005	Radiation efficiency and apparent stress of small earthquake in a South African gold mine │ Journal of Geophysical Research │ 101,2004JB003221 (共著)
79.	2004	2003年の南アフリカ金鉱山の地震発生・制御・防災と予知 │ 月刊地球 │ (号外46),68-74頁 (共著)
80.	2004	M2級地震の震源と応力集中（南アフリカTauTona金鉱山） │ 地質ニュース │ (597),3-4頁 (共著)
81.	2004	M4.6地震の震源（南アフリカMatjhabeng金鉱山) │ (597),1-2頁 (単著)
82.	2003/07	南アフリカ太古代クラトン地下２～３ｋｍの世界―金鉱山での半制御地震発生実験と断層ドリリング │ グローバル地震学における極域研究の現状と将来展望に関する研究小集会収録 │ ,85-87頁 (共著)
83.	2003/06	南ア金鉱山での震源過程直接観察 │ 地震ジャーナル │ (35),42-51頁 (共著)
84.	2003/02	南アフリカ鉱山における至近距離地震記録と震源観察の直接比較 │ 京都大学防災研究所　研究集会「地震の始まりと終り方」 │ (単著)
85.	2003/01	南アフリカ太古代クラトン地下２～３ｋｍの世界－金鉱山での半制御地震発生実験と断層ドリリング │ 国立極地研究所「グローバル地震学における極域研究の現状と将来展望に関する研究小集会」 │ (共著)
86.	2003	南ア金鉱山における半制御地震発生実験（2002-2006） │ 月刊地球、特集「地震予知のための科学情報の総合化」 │ 25 (10),815-817頁 (共著)
87.	2002/12	Microearthquake scaling relationship using near-source, redundant, wide-dynamic-range accelerograms in a South African deep gold mine │ Seismogenic Process Monitoring (Ogasawara et al. eds.), Balkema │ ,151-164頁 (共著)
88.	2002/12	Temporal variation of seismic parameters associated with an Mw~2 event monitored at a 100~200 m distance │ Seismogenic Process Monitoring (Ogasawara et al. eds), Balkema │ ,173-184頁 (共著)
89.	2002/11	南アMponeng金鉱山-Pretrius断層：地震・歪アレイ・断層変位観測計画 -南ア金鉱山における半制御地震発生実験（31-2） │ 日本地震学会講演予稿集 │ ,P159 (共著)
90.	2002/09	Location and temporal variation of shear wave splitting in a South African gold mine │ Seismogenic Process Monitoring (Ogasawara et al. eds), Balkema │ ,185-198頁 (共著)
91.	2002/09	Review of the Semi-Controlled Earthquake Generation Experiments in South African Deep Gold Mines (1992-2001) │ Seismogenic Process Monitoring (Ogasawara et al. eds.), Balkema │ ,119-150頁 (共著)
92.	2002/06	Semi-controlled seismogenic experiments in South African deep gold mines │ J. South African Inst. Mining Metallurgy │ 102 (4),243-250頁 (共著)
93.	2002/03	A simple analogue experiment for understanding a power-law and a exponential decay in earthquake rate. │ Pure and Applied Geophysics │ 159,309-343頁 (単著)
94.	2002	Near source observation of small initial phase generated by earthquakes in a deep gold mine in South Africa │ In Seismogenic Process Monitoring (Ogasawara et al. eds.), Balkema │ ,165-171頁 (共著)
95.	2001/09	Semi-controlled seismogenic experiments in South African deep gold mines │ Proceedings 5th International Symp. Rockburst Seismicity Mines │ ,293-300頁 (共著)
96.	2001/06	兵庫県旧生野鉱山中央竪坑の潮汐変化の定量的一解釈 │ 地震2 │ 53 (4),325-335頁 (共著)
97.	1999/03	An attempt of 10Hz continuous 3-dimensional strain monitoring on a source fault in a South African deep gold mine where M=2 event is promising │ Proceedings of the GSJ Workshop, Fault Rocks and Seismogenic Process - Deformation of Fault Materials: Field Observations, Laboratory Studies, and Modeling -, Geol. Surv. Japan Interim Report │ EQ (99/1),81-84頁 (共著)
98.	1999	The stress fluctuation monitored by seismic source parameters at about 200 m hypocenter distance prior to M2 event in a South African deep gold mine │ Proceedings of the GSJ Workshop, Fault Rocks and Seismogenic Process - Deformation of Fault Materials: Field Observations, Laboratory Studies, and Modeling -, Geol. Surv. Japan Interim Report │ EQ (99/1),77-80頁 (共著)
99.	1999	ポーランドの鉱山における半制御地震発生実験の可能性 │ 平成９・１０・１１年度日本学術振興会日欧科学協力事業共同研究、研究成果中間報告書 │ ,32-40頁 (単著)
100.	1998/07	金鉱山でのS波スプリッティング │ 月刊地球 │ (229),436-439頁 (共著)
101.	1998/07	至近距離地震波形とスケーリング則 │ 月刊地球 │ (229),428-431頁 (共著)
102.	1998/07	震源距離20ｍにおける地震に伴う電磁放射観測の試み │ Conductivity Anomaly研究会論文集 │ ,159-166頁 (共著)
103.	1998/07	南アフリカ金鉱山における鉱山地震の特徴 │ 月刊地球 │ (229),423-427頁 (共著)
104.	1998/07	南アフリカ金鉱山における歪観測と地震発生、－震源近傍における観測－ │ 月刊地球 │ (229),419-422頁 (共著)
105.	1998/07	南ア金鉱山における電磁気観測環境と地震に伴う電磁放射観測の試み │ 月刊地球 │ (229),440-444頁 (共著)
106.	1998/03	岩盤がウェットで小歪率の鉱山とドライで大歪率な鉱山における地下多項目観測 │ 東京大学地震研究所特定共同研究(B)「地下深部における地殻変動連続観測にむけて」研究会集録 │ ,3-7頁 (単著)
107.	1998	比良断層周辺のγ線強度分布と断層系形成パターンとの比較 │ 立命館大学理工学研究所紀要 │ (57),65-77頁 (共著)
108.	1997	震央距離67kmの旧生野鉱山において総合観測で捉えられた兵庫県南部地震前後の変化 │ Conductivity Anomaly研究会 │ ,29-36頁 (共著)
109.	1995/03	閉山した鉱山の廃坑を利用した自然電位変化の観測 │ 『防災科学技術研究所研究資料』 │ (166) (共著)
110.	1993	閉山した鉱山の廃坑を利用した自然電位差変化の観測 │ 『科学技術庁防災科学技術研究所研究資料』 │ (157) (共著)
111.	1992/04	旧生野鉱山における多項目総合観測システム │ 『京都大学防災研究所年報』京都大学 │ (35),1-12頁 (共著)
112.	1992/04	近畿地方北部における人工地震探査(続) │ 『京都大学防災研究所年報』京都大学 │ (35),347-358頁 (共著)
113.	1992	The flexure estimated from in-situ stress measurement and its relation to the tectonics │ Tectonophysics │ 201 (3) (単著)
114.	1991	近畿地方北部における人工地震探査 │ 京都大学防災研究所年報 │ (34B-1) (共著)
115.	1990/12	地学実験紹介-余震の実験- │ 『九十九地学』(京都大学教養部) │ 24 (単著)
116.	1990/10	Comprison of aftershocks of earthquake with AE that occurs after turning out gas stove and so on │ Proceedings of 10th International Acoustic Emission Symposium │ (単著)
117.	1990/10	地表付近の地殻応力測定結果から推定される地殻のたわみ │ 月刊地球 │ 12 (10) (単著)
118.	1990/08	Interpretation of in-situ depth gradient of horizontal stress: the flexure around plate boundaries │ EOS │ 71 (28) (単著)
119.	1990/07	地震の余震に関する予備実験的研究、-ストーブ消化後に発生する微小音の観察- │ 地震2 │ 2､43 (単著)
120.	1989/01	琵琶湖のたわみ │ 地震予知「きんき・けいはんしん」会報、京都大学地震予知研究会 │ (18) (単著)
121.	1989	A numerical procedure to estimate the flexure in the uppermost crust and the shear force at depth from in-situ stress measurements │ Journal of Physics of the Earth │ 37 (1) (単著)
122.	1989	The flexure in the uppermost crust and the shear force at depth estimated from in-situ stress measurements │ Journal of Physics of the Earth │ 37 (2) (単著)
123.	1988/11	A study on the flexure in the uppermost crust and the shear force at the depths │ 京都大学大学院理学研究科博士後期過程学位申請論文 │ (単著)
124.	1988/09	旧生野鉱山における自然電位差変化(序報) │ 『京都大学教養部地学報告(九十九地学)』京都大学教養部 │ 23,､1 (共著)
125.	1988/09	小口径3次元水圧破砕法による地殻応力測定とその繰り返し測定-六甲諏訪山実験坑- │ 地震2 │ 41 (2) (共著)
126.	1988/08	関東東海地域における地殻応力測定結果による応力源と地殻表層部の""たわみ""の推定 │ 『地震予知連絡会会報』地震予知連絡会 │ 40 (単著)
127.	1988/04	地殻応力測定結果から推定される地殻の""たわみ""とプレート間に働く力 │ 地震予知「きんき・けいはんしん」会報、京都大学地震予知研究会 │ (18) (単著)
128.	1987	生野地学観測室における自然極微小破壊の観測(1) │ 地震2 │ ,40 (共著)
129.	1984	8素子ゲージ法による地殻応力測定法とその改良 │ 地震2 │ 37 (3),357-367頁 (共著)