GSJ LD

Geological Literature

1274 results (201 - 250)

Literature
Water quality of shallow groundwater in the southern coast area of Lake Kawaguchi at the northern foot of Mt. Fuji, Yamanashi , Japan Shinya YAMAMOTO, Takashi NAKAMURA, Hiroshi KOISHIKAWA, Takashi UCHIYAMA (2017) Mount Fuji Research, 11, 1-9, Mount Fuji Research Institute, Yamanashi Prefectural Government.
ドローンで見る大地のいとなみ11 富士山から流れた溶岩小山真人 (2017) 科学, 87, 8, 717-721, 岩波書店.
ドローンで見る大地のいとなみ7 富士山の大沢崩れ小山真人 (2017) 科学, 87, 4, 323-327, 岩波書店.
Characteristics of lahar and avalanche from snowmelt in Mount Fuji (SVC49-P04)(poster session)(abs.) KOMORI Jiro (2017) Abstracts, Japan Geoscience Union Meeting, Program, JpGU-AGU Joint Meeting 2017 (DVD), 2017, SVC49-P04, Japan Geoscience Union.
Geographical Characteristics and Sources of Dissolved Ions in Groundwater at the Southern Part of Mt. Fuji KAMITANI Takafumi, WATANABE Masayuki, MURANAKA Yasuhide, SHIN Ki-cheol, NAKANO Takanori (2017) Journal of Geography, 126, 1, 43-71, Tokyo Geographical Society.
Tsunami deposit modeling of the Nankai-Trough Earthquake SUGAWARA Daisuke (2017) Environmental Archaeology and Mt.Fuji, 1, fr.3-fr.4, 85-95, Yuzankaku.
Causes of Debris Flow in Scoria Sedimented Area - Damage due to Typhoon Attack in Koyama Town near Mt. Fuji - NISHIOKA Takahisa, SHIBUYA Satoru, ONO Masahiro, SUNAYAMA Takehide (2017) Geotechnical Engineering Magazine, 65, 7, 26-29, Japanese Geotechnical Society.
Japanese Volcanic Eruptions as Shown by the Northwestern Pacific Seabed Sediment (abs.) AOKI Kaori (2017) Kokusai Shinpojiumu 2016 「Taisekibutsu kara Funka no Rekishi wo Yomitoru -- Kazan Sanroku no Mizuumi kara -- 」Hokokusho, 17-30, 102-103, Mount Fuji Research Institute, Yamanashi Prefectural Government.
The effects of pre-eruptive magmatic conditions on decompression-driven crystallization and eruption dynamics of basaltic magma: A case study of the 1707 basalt from Fuji volcano, Japan Hidemi ISHIBASHI, Yamato AMANO (2017) Geoscience Reports of Shizuoka University (online), 44, 17-29, Institute of Geosciences, Faculty of Science, Shizuoka University.
The effect of decompression-induced crystallization on viscosity of basaltic magma: A case study of Fuji 1707 basaltic magma (SCG74-P11)(poster session)(abs.) ISHIBASHI Hidemi, AMANO Yamato (2017) Abstracts, Japan Geoscience Union Meeting, Program, JpGU-AGU Joint Meeting 2017 (DVD), 2017, SCG74-P11, Japan Geoscience Union.
Bottom topography and condition of seabed between the mouth of Fuji River and Tagonoura in Suruga Bay Yasuhide MURANAKA, Takafumi KAMITANI, Akira ITO, Koichi OYAMA, Masayuki WATANABE, Masahiko ONO, Atsunao MARUI (2017) Mount Fuji Research, 11, 23-33, Mount Fuji Research Institute, Yamanashi Prefectural Government.
Sources of Water and Nitrate in Springs at the Northern Foot of Mt. Fuji and Nitrate Loading in the Katsuragawa River NAKAMURA Takashi, HASEGAWA Tatsuya, YAMAMOTO Shinya, UCHIYAMA Takashi, SEKO Yoshiyuki, SHIMIZU Genji, YONEYAMA Yuki, KAZAMA Futaba (2017) Journal of Geography, 126, 1, 73-88, Tokyo Geographical Society.
Advantage of Tephrology in Lake Sediments: Eruption Style Reconstruction and Eruption History Construction (abs.) NAGAHASHI Yoshitaka (2017) Kokusai Shinpojiumu 2016 「Taisekibutsu kara Funka no Rekishi wo Yomitoru -- Kazan Sanroku no Mizuumi kara -- 」Hokokusho, 4-16, 101-101, Mount Fuji Research Institute, Yamanashi Prefectural Government.
High–precision multipoint radiocarbon dating and reconstruction of the eruption history of the Mt. Fuji during the last 8,000 years using sediment cores obtained from the Fuji Five Lakes (SGC54-P04)(poster session)(abs.) NAGANO Gen, YOKOYAMA Yusuke, OBROCHTA Stephen, MIYAIRI Yosuke, YOSHIMOTO Mitsuhiro, YAMAMOTO Shinya (2017) Abstracts, Japan Geoscience Union Meeting, Program, JpGU-AGU Joint Meeting 2017 (DVD), 2017, SGC54-P04, Japan Geoscience Union.
Geology and Groundwater of Mt. Fuji, Japan TSUCHI Ryuichi (2017) Journal of Geography, 126, 1, 33-42, Tokyo Geographical Society.
Practice Report of the 25th GSJ Symposium “Science of Mt. Fuji area ranging 5,000 m in elevation – Researches on the nature of northern Suruga Bay region -” FUJIWARA Osamu, MIYACHI Yoshinori, SAKAGUCHI Keiichi, SATO Yoshiki (2017) GSJ Chishitsu News, 6, 12, 400-401, Geological Survey of Japan, AIST.
A Historical Record on the 1707 Hoei Earthquake and Hoei Eruption of Mt. Fuji: Discovery of the Missing Record on a Large Aftershock on the Next Morning of the Hoei Earthquake and a Collapse of Mt. Shiratori in the Northern Coastal Area of Suruga Bay and Consideration of the Published Reprints of the Record HATTORI Kentaro, NAKANISHI Ichiro (2017) Zisin; Journal of the Seismological Society of Japan, Second Series, 70, 41-55, The Seismological Society of Japan.
A Historical Record on the 1707 Hoei Earthquake and Hoei Eruption of Mt. Fuji (2): Source record of 'Large earthquake and eruption of Mt. Fuji' reprinted in "Collection of Sengen Documents" (S10-05)(abs.) HATTORI Kentaro, NAKANISHI Ichiro (2017) Programme and Abstracts, the Seismological Society of Japan, Fall Meeting (CD-ROM), 2017, S10-05, Seismological Society of Japan.
Investigation on Funatsu Tainai lava tree molds in Kenmarubi-I lava flow (SVC50-P02)(poster session)(abs.) HONDA Tsutomu, TACHIHARA Hiroshi, MAKITA Tadato (2017) Abstracts, Japan Geoscience Union Meeting, Program, JpGU-AGU Joint Meeting 2017 (DVD), 2017, SVC50-P02, Japan Geoscience Union.
Investigation on Suyama-Tainai lava flow of Mt. Fuji from the veiw point of lava tube cave and lava tree mould (abs.) HONDA Tsutomu, KATSUMATA Takayoshi, ITO Yutaka, HATANAKA Masaru (2017) Programme and Abstracts, the Volcanological Society of Japan, 2017, 96-96, Volcanological Society of Japan.
縄文人が目撃した富士山噴火--約五千～四千五百年前の火山災害と復興への歩み--(企画展図録) ふじさんミュージアム (2016) 16, ふじさんミュージアム(富士吉田市歴史民俗博物館).
Ash distribution of 1707 Hoei eruption, Fuji Volcano, reconstructed by historical documents (poster session)(abs.) ANDO K., TSUKUI M. (2016) Programme and Abstracts, the Volcanological Society of Japan, 2016, 187-187, Volcanological Society of Japan.
Hydrological research around Mt. Fuji Reo Ikawa, Masahiko Ono, Takafumi Kamitani, Masayuki Watanabe, Yasuhide Muranaka, Tomonori Hirano, Atsunao Marui (2016) Seamless Geological Map of Coastal Zone, Seamless Geoinformation of Coastal Zone “Northern Coastal Zone of Suruga Bay” (online), S-5, 8.1-8.25, Geological Survey of Japan, AIST.
Spectral structure of the deep low frequency earthquakes at Mt. Fuji by applying wavelet analysis (abs.) UKAWA Motoo (2016) Programme and Abstracts, the Volcanological Society of Japan, 2016, 8-8, Volcanological Society of Japan.
Preliminary Report of the Trenching Survey of Gannoana fissure vent, on the northern slope of Fuji volcano (abs.) YOSHIMOTO Mitsuhiro, BABA Akira, YAMAMOTO Shinya, UCHIYAMA Takashi, TSUNEMATSU Kae, FUJII Toshitsugu, ARAMAKI Shigeo (2016) Programme and Abstracts, the Volcanological Society of Japan, 2016, 4-4, Volcanological Society of Japan.
Mt. Fuji, why is there (S04-P06)(poster session)(abs.) HASHIBA Akira (2016) Programme and Abstracts, the Seismological Society of Japan, Fall Meeting, 2016, 225-225, Seismological Society of Japan.
富士山火山ガイドブック--御中道(小御岳～御庭・奥庭～大沢～スバルライン)-- 荒牧重雄, 高田亮, 石塚吉浩, 上野龍之 (2016) 富士山自然ガイドブック--吉田口五合目～御中道--(2016改訂版), 1-85, 山梨県富士山科学研究所.
講談社の動く図鑑MOVE特別号火山のふしぎ--富士山は本当に爆発するのか, ?-- 講談社, 藤井敏嗣 (2016) 80, 講談社,東京.
Crustal Deformations around Mt. Fuji Volcano Geospatial Information Authority of Japan (2016) Report of Coordinating Committee for Prediction of Volcanic Eruption, 118, 29-33, Japan Meteorological Agency.
Crustal Deformations around Mt. Fuji Volcano Geospatial Information Authority of Japan (2016) Report of Coordinating Committee for Prediction of Volcanic Eruption, 119, 122-126, Japan Meteorological Agency.
親子で噴火実験「ザ・富士山!～マグマ体験～」, 日本火山学会第23回公開講座テキスト三好雅也, 林信太郎, 常松佳恵, 吉本充宏, 萬年一剛 (2016) 10p., 日本火山学会.
Consider revising the volcanic disaster prevention: Field excursion guide to Fuji Volcano YAMAMOTO Takahiro, TAKADA Akira, YOSHIMOTO Mitsuhiro, CHIBA Tatsuro, ARAI Kenichi, HOSONE Seiji (2016) Journal of the Geological Society of Japan, Excursion Guidbook: 123rd Annual Meeting of the Geological Society of Japan: 2016 Tokyo, 122, 8, 433-444, Geological Society of Japan.
火山災害軽減のための方策に関する国際ワークショップ報告書(平成27年度) 山梨県富士山科学研究所, 防災科学技術研究所 (2016) Workshop Proceedings, International Workshop on Strategy of Volcanic Disaster Mitigation 2015, 303, Mount Fuji Research Institute, Yamanashi Prefectural Government, National Research Institute for Earth Sciences and Disaster Prevention.
ドローンで見る大地のいとなみ1 富士山の宝永火口と宝永山小山真人 (2016) 科学, 86, 10, 1015-1017, 岩波書店.
Volcanological interpretation of the scenery of Hoei craters, Fuji Volcano, Japan (abs.) KOYAMA Masato, ISHIBASHI Hidemi, SUZUKI Yusuke (2016) Programme and Abstracts, the Volcanological Society of Japan, 2016, 2-2, Volcanological Society of Japan.
Distribution of Radon Concentration in Groundwater at the Southwestern Foot of Mt. Fuji ONO Masahiko, IKAWA Reo, MACHIDA Isao, MARUI Atsunao (2016) Radioisotopes, 65, 11, 431-439, Japan Radioisotope Association.
Water Environment Map, Mt. Fuji Area ONO M., IKAWA R., MACHIDA I., MARUI A., MURANAKA Y., KAMITANI T., OYAMA K., ITO A. (2016) Water Environment Map, 9, 1 CD-ROM, Geological Survey of Japan, AIST.
Tephras Comparable to Fuji-Kawamura Castle Scoria (Fj-Kw), detected in the various remains in south Kanto - Fj-Kw:the new discovery tephra erupted from Mt. Fuji just after 1590 - UEMOTO Shinji, UESUGI Yo, URABE Atsushi (2016) Bulletin of the Association for Kanto Quaternary Research, 35, 37-55, Association for Kanto Quaternary Research.
The influence of topographic grid size on lava flow simulation - Using the example of the Kenmarubi lava flow of Mount Fuji - (SVC46-04)(abs.) TSUNEMATSU Kae, FUJITA Eisuke, YOSHIMOTO Mitsuhiro, UCHIYAMA Takashi (2016) Abstracts, Japan Geoscience Union Meeting (DVD), 2016, SVC46-04, Japan Geoscience Union.
Dependency of the lava flow simulation on the computation grid and the grid size of a topographic model ~ Using the example of the Kenmarubi lava flow of Mount Fuji ~ (abs.) TSUNEMATSU Kae, FUJITA Eisuke, YOSHIMOTO Mitsuhiro, UCHIYAMA Takashi (2016) Programme and Abstracts, the Volcanological Society of Japan, 2016, 9-9, Volcanological Society of Japan.
富士山とテクトニクス青木陽介 (2016) 火山防災シンポジウム-ザ・富士山を知る!!-, 日本火山学会2016年秋季大会(富士吉田), 2-6, 日本火山学会.
おもしろ富士山マグマ学石橋秀巳 (2016) 火山防災シンポジウム-ザ・富士山を知る!!-, 日本火山学会2016年秋季大会(富士吉田), 7-12, 日本火山学会.
Detection of slope failure using ALOS and ALOS-2 data – Application to Mt. Fuji - (STT54-10)(abs.) ISHITSUKA Kazuya, TAKAHASHI Toru, MATSUOKA Toshifumi, AIZAWA Takao (2016) Abstracts, Japan Geoscience Union Meeting (DVD), 2016, STT54-10, Japan Geoscience Union.
Slope failure monitoring of Mt. Fuji using InSAR analysis (abs.) ISHITSUKA Kazuya, TAKAHASHI Toru, MATSUOKA Toshifumi, AIZAWA Takao (2016) Japan National Conference on Geotechnical Engineering (DVD), 51, 2037-2038, Japanese Geotechnical Society.
Slush avalanche of Mount Fuji on February 14, 2016 (SVC46-P10)(poster session)(abs.) CHIBA Tatsuro, SASAKI Hisashi, ARAI Kenichi, FUJITA Koji, YOSHIMOTO Mitsuhiro, TSUNEMATSU Kae (2016) Abstracts, Japan Geoscience Union Meeting (DVD), 2016, SVC46-P10, Japan Geoscience Union.
富士山大噴火と阿蘇山大爆発巽好幸 (2016) 227, 幻冬舎,東京.
Isotopic and chemical characteristics of well waters around Mt. Fuji (AHW18-03)(abs.) YAGUCHI Muga, OHBA Takeshi, SANGO Kosuke (2016) Abstracts, Japan Geoscience Union Meeting (DVD), 2016, AHW18-03, Japan Geoscience Union.
Water quality and stable isotope ratio of hot spring waters around the foot of Mt. Fuji (abs.) YAGUCHI Muga, OHBA Takeshi, SANGO Kosuke (2016) Nihon Onsen Kagakukai Taikai Koen Yoshishu, 69, 93-93, Japanese Society of Hot Spring Sciences.
Characteristics of the Fujikawa-kakou Fault Zone with Special Reference to Taal Volcano (poster session)(abs.) NAKATA Takashi, GOTO Hideaki, WATANABE Mitsuhisa (2016) Proceedings of the General Meeting of the Association of Japanese Geographers, 89, 279-279, Association of Japanese Geographers.
地震波で見る富士山のマグマ溜まり中道治久 (2016) 火山防災シンポジウム-ザ・富士山を知る!!-, 日本火山学会2016年秋季大会(富士吉田), 13-17, 日本火山学会.