佐野晋一業績リスト（2021 年４月 1 日現在）

◎論文
◯厚歯二枚貝関連
1. Sano, S. 1991. Discovery of a coral-rudist buildup in the Miyako Group, Northeast Japan.
Transaction and Proceedings, Palaeontological Society of Japan, New Series (162): 794–800.
3. Sano, S. 1995. Litho- and biofacies of Early Cretaceous rudist-bearing carbonate
sediments in northeastern Japan. Sedimentary Geology 99: 179–189.
8. 佐野晋一．2003．白亜紀海洋無酸素事変と炭酸塩プラットフォームの“溺死”．化石 (74):
20–26.
14. 佐野晋一･ピーター W. スケルトン・武井雅彦･松岡 篤．2007．愛媛県城川地域の上部ジュラ系今井谷層群下相層中の鳥巣式石灰岩岩塊より厚歯二枚貝の発見．地質学雑誌
113(9): 500–503．
17. 佐野晋一・森野善広・P. W. Skelton・三本健二・野瀬一雄・廣田隆吉．2008．鳥巣式
石灰岩に産する後期ジュラ紀～白亜紀最初期の厚歯二枚貝について(概報)．福井県立恐竜博物館紀要 7: 67–81.
20. Iba, Y., S. Sano, P. W. Skelton, H. Kagi and K. Tanabe. 2009. First Record of Late Albian
canaliculate rudist from northern California and re-assessment of Durania? californica
Anderson, 1958. Cretaceous Research 30 (3): 540–546.
23. Sano, S., and P. W. Skelton. 2010. Epidiceras (Bivalvia, Hippuritoidea) from theTithonian–Berriasian Torinosu-type limestones of the Sakawa area, Southwest Japan.
Turkish Journal of Earth Sciences 19 (6): 733–743.
29. 柿崎喜宏・佐野晋一・狩野彰宏．2011．愛媛県城川地域中津川の鳥巣式石灰岩に見出された現地性厚歯二枚貝と石灰質マイクローブの産状．福井県立恐竜博物館紀要 10:113–120.
30. Sano, S., P. W. Skelton, M. Watarai, Y. Iba, Y. Kondo and Y. Sato. 2012. First record ofan early Barremian caprinid rudist from Japan – implications for the palaeobiogeographyof the Caprinidae (Bivalvia). Palaeontology 55: 843–851.
34. 佐野晋一・伊庭靖弘・佐藤裕一郎・田中 均．2012．大分県東部に分布する下部白亜系小坂層の地質年代の再検討．福井県立恐竜博物館紀要 (11): 19–25.
35. Sano, S., Y. Iba, P. W. Skelton, J. Aguilar-Pérez and K. Tanabe. 2013. First record ofImmanitas (Bivalvia, Hippuritida) from northern California, U.S.A. Caribbean Journal ofEarth Science 45: 77-84.
36. Skelton, P. W., S. Sano and J.-P. Masse. 2013. Rudist bivalves and the Pacific in the Late
Jurassic and early Cretaceous. Journal of Geological Society (London) 170 (3): 513–526.
37. Sano, S., and J.-P. Masse. 2013. First record of a primitive radiolitid rudist from Japan.

Paleontological Research 17 (4): 317–324.
42. Sano, S., Y. Iba, P. W. Skelton, J.-P. Masse, Y. M. Aguilar and T. Kase. 2014. The
evolution of canaliculate rudists in the light of a new canaliculate polyconitid rudist fromthe Albian of the Central Pacific. Palaeontology 57(5): 951–962.
48. Rao, Xin, Peter W. Skelton, Shin-ichi Sano, Cai Li, Yanhong Pan, Hui Luo, Huawei Cai,Bo Peng, Jingeng Sha. 2017. Evolution and palaeogeographical dispersion of the radiolitid
rudist genus Auroradiolites (Bivalvia: Hippuritida), with descriptions of new material from
Tibet and archived specimens from Afghanistan. Papers in Palaeontology 3(2): 297–315.
55. Rao, X., P. W. Skelton, S. Sano, J. Sha and B. Wan, 2019. Mid-Cretaceous Rudist
Assemblage from the Lhasa Block, Tibet (China) In M. Boughdiri et al. (eds.),
Paleobiodiversity and Tectono-Sedimentary Records in the Mediterranean Tethys andRelated Eastern Areas. pp. 91-94, Advances in Science, Technology & Innovation,Springer.
56. Rao, X., P. W. Skelton, S. Sano, Y.-Q. Zhang, Y.-C. Zhang, Y.-H. Pan, H.-W. Cai, B.
Peng, T. Zhang and Z.-Q. Ma, 2020. Shajia, a new genus of polyconitid rudist from theLangshan Formation of the Lhasa Block, Tibet, and its palaeogeographical implications.
Cretaceous Research 105: 104151.
59. Yamanaka, M., S. Sano, Hamad Bu Alrougha Al Zaabi, H. Fujioka and Y. Iryu. 2020.
Visualization of the morphology and mode of occurrence of Cenomanian rudists within adrillcore by X-ray CT scanning and 3D modeling. Progress in Earth and Planetary Science7, Article number: 49◯メガロドン
18. 佐野晋一・杉沢典孝・島口 天．2009．青森県下北半島尻屋地域のメガロドン石灰岩．
地質学雑誌 115(2): iii–iv.
21. 佐野晋一・杉沢典孝・島口天．2009．青森県下北半島尻屋地域からのメガロドン上科二枚貝の発見とその地質学的意義．福井県立恐竜博物館紀要 8: 51–57.
◯ジュラ紀・白亜紀の他の熱帯性二枚貝
16. Iba, Y., and S. Sano. 2008. Paleobiogeography of the pectinid bivalve Neithea, and itspattern of step-wise demise in the Albian Northwest Pacific. Palaeogeography,Palaeoclimatology, Palaeoecology 267(1/2): 138–146.
19. Kondo, Y., and S. Sano. 2009. Origination of extant Heteroconch families: Ecologicaland environmental patterns in post-Paleozoic Bivalve diversification. PaleontologicalResearch 13(1): 39–44.
22. 佐野晋一・竹谷陽二郎・平宗雄・八巻安夫・荒好・森野善広・近藤康生．2010．

上部ジュラ系相馬中村層群中ノ沢層からハボウキガイ科二枚貝 Trichites の発見．福島県立博物館紀要(24): 31–40．
28. Iba, Y., S. Sano and K. Tanabe. 2011c. A Tethyan bivalve, Neithea (Cretaceous pectinid)
from northern California, and its biogeographic implications. Paleontological Research
15(2): 79–84.
◯オルビトリナ
10. Iba, Y., and S. Sano. 2006. Mesorbitolina (larger foraminifera) from the Yezo Group(Hokkaido, Japan) and its stratigraphic and paleobiogeographic significance. Proceedingsof the Japan Academy, Series B. 82(7): 216–223.
26. Iba, Y., S. Sano and T. Miura. 2011b. Orbitolinid foraminifers in the Northwest Pacific:
Their taxonomy and stratigraphy. Micropaleontology 57(2): 163–171.
◯ベレムナイト24. Sano, S., M. Goto, O. S. Dzyuba and Y. Iba. 2010. A late Middle Jurassic boreal belemnite

Cylindroteuthis from Japan, and its paleobiogeographic implication. Memoir of the Fukui
Prefectural Dinosaur Museum (9): 1–7.
25. Iba, Y., J. Mutterlose, K. Tanabe, S. Sano, K. Terabe and A. Misaki. 2011a. Belemnite
extinction and the origin of modern cephalopods 35 my prior to the K/P event. Geology
39(5): 483–486.
31. Iba, Y., S. Sano, J. Mutterlose and Y. Kondo. 2012. Belemnites originated in theTriassic—a new look at an old group. Geology 40: 911–914.
41. Iba, Y., Sano, S. and J. Mutterlose. 2014. The early evolutionary history of belemnites:
new data from Japan. PLoS ONE 9(5): e95632.
43. Iba, Y., S. Sano and M. Goto. 2015. Large belemnites were already common in the Early
Jurassic—new evidence from Central Japan. Paleontological Research 19(1): 21–25.
44. 佐野晋一・伊庭靖弘・伊佐治鎮司・浅井秀彦・Oksana S. Dzyuba．2015．日本における白亜紀最初期のベレムナイトとその古生物地理学的意義．地質学雑誌 121(2): 71–79．
45. Iba, Y., S. Sano, X. Rao, D. Fuchs, T. Chen, R. Weis and J. Sha. 2015. Early Jurassic
belemnites from the Gondwana margin of the Southern Hemisphere – the Sinemurian
record from the South Tibet. Gondwana Research 28 (2): 882–887.
58. Sano, S., 2020: Boreal molluscan records around the Jurassic–Cretaceous boundary inEast Asia provide clues for the paleobiogeographical reconstruction in the mid-latitudes of
the Northwest Pacific . Paleontological Research 24: 147-160.
◯蝦夷層群下部の礁性石灰岩

2. 佐野晋一．1995．北海道中央部下部蝦夷層群の“Orbitolina 石灰岩”の堆積モデル．月刊
地球 17: 602–607.
3. Sano, S. 1995. Litho- and biofacies of Early Cretaceous rudist-bearing carbonate
sediments in northeastern Japan. Sedimentary Geology 99: 179–189.
4. 加納 学・佐野晋一．1998．北海道惣芦別地域に分布する“Orbitolina 石灰岩”からべレ
ムナイト類の発見．三笠市立博物館紀要 (2): 47–50.
5. 佐野晋一・高嶋礼詩．1999. 調査研究報告 崕山の石灰岩が教えてくれること．星の降る里百年記念館 平成 10 年度版年報 6: 15–22.
6. 佐野晋一．2000．見えない“礁”を推定する―北海道中央部下部白亜系石灰岩を例として―．月刊地球 号外 No. 29「21 世紀の古生物学の展望－復元の科学－」: 45–59.
11. Iba, Y., and S. Sano. 2007a. Mid-Cretaceous step-wise demise of the carbonate platform
biota in the Northwest Pacific and establishment of the North Pacific biotic province.
Palaeogeography, Palaeoclimatology Palaeoecology 245(3/4): 462–482.
13. Takashima, R., S. Sano, Y. Iba and H. Nishi. 2007. The first Pacific record of the Late
Aptian warming event. Journal of the Geological Society (London) 164(2): 333–340.
52. 高嶋礼詩・佐野晋一・林 圭一．2018．蝦夷層群下部～中部に記録された白亜紀中頃の温暖化と古環境変動．地質学雑誌 124 (6): 381–398．
◯白亜紀中頃の北西太平洋域での古生物地理学的イベント
11. Iba, Y., and S. Sano. 2007a. Mid-Cretaceous step-wise demise of the carbonate platform
biota in the Northwest Pacific and establishment of the North Pacific biotic province.
Palaeogeography, Palaeoclimatology Palaeoecology 245(3/4): 462–482.
16. Iba, Y., and S. Sano. 2008. Paleobiogeography of the pectinid bivalve Neithea, and its
pattern of step-wise demise in the Albian Northwest Pacific. Palaeogeography,
Palaeoclimatology, Palaeoecology 267(1/2): 138–146.
25. Iba, Y., J. Mutterlose, K. Tanabe, S. Sano, K. Terabe and A. Misaki. 2011a. Belemnite
extinction and the origin of modern cephalopods 35 my prior to the K/P event. Geology
39(5): 483–486.
26. Iba, Y., S. Sano and T. Miura. 2011b. Orbitolinid foraminifers in the Northwest Pacific:
Their taxonomy and stratigraphy. Micropaleontology 57(2): 163–171.
28. Iba, Y., S. Sano and K. Tanabe. 2011c. A Tethyan bivalve, Neithea (Cretaceous pectinid)
from northern California, and its biogeographic implications. Paleontological Research
15(2): 79–84.
◯手取層群
E1. Hirano, H., T. Hasegawa, S. Sano and Y. Azuma. 2003 (eds.). Special Issue: Fauna andFlora of the Tetori Group and correlation with the Cretaceous sequences in Far-East Asia.
Memoir of the Fukui Prefectural Dinosaur Museum 2: 1–152.
15. Sano, S., K. Kubota and A. Yabe. 2008. The Cretaceous Tetori biota in Japan and its
evolutionary significance for terrestrial ecosystems in Asia” [Cretaceous Research 26(2006) 199–225]—Discussion. Cretaceous Research 29(1): 168–173.
24. Sano, S., M. Goto, O. S. Dzyuba and Y. Iba. 2010. A late Middle Jurassic boreal belemnite

Cylindroteuthis from Japan, and its paleobiogeographic implication. Memoir of the Fukui
Prefectural Dinosaur Museum (9): 1–7.
33. Kawagoe, Y., S. Sano, Y. Orihashi, H. Obara, Y. Kouchi and S. Otoh. 2012. New detrital
zircon age data from the Tetori Group in the Mana and Itoshiro areas of Fukui Prefecture,
central Japan. Memoir of the Fukui Prefectural Dinosaur Museum (11): 1–18.
38. 佐野晋一・後藤道治・成田貴人・脇本晃美・大藤 茂．2013．福井県大野市大納地域からの後期ジュラ紀アンモノイドの産出と九頭竜地域の手取層群の対比再検討．福井県立恐竜博物館紀要(12):1–16.
44. 佐野晋一・伊庭靖弘・伊佐治鎮司・浅井秀彦・Oksana S. Dzyuba．2015．日本における白亜紀最初期のベレムナイトとその古生物地理学的意義．地質学雑誌 121(2): 71–79．
46. Sano, S. 2015. New view of the stratigraphy of the Tetori Group in Central Japan.
Memoir of the Fukui Prefectural Dinosaur Museum (14): 25–61.
47 柏木健司・伊左治鎭司・佐野晋一．2016．石川県白山市瀬戸野地域における手取層群の三番目の海進相の認定―石徹白亜層群上部における放散虫化石の初産出―．福井県立恐竜博物館紀要 (15): 7–26.
49. Sano, S., and A. Yabe. 2017. Fauna and flora of Early Cretaceous Tetori Group in Central
Japan: the clues to revealing the evolution of Cretaceous terrestrial ecosystem in East Asia.
Palaeoworld 26(2): 253–267.
50. Sano, S. 2017. Vertebrate diversity of the Early Cretaceous Tetori Biota from Japan, thestate of the art. Memoir of the Fukui Prefectural Dinosaur Museum (16): 1–15.
53. 佐野晋一．2018．手取層群の層序学的研究の最近の進展．化石研究会会誌 51(1) 5–14.
54. Yamada, T., and S. Sano. 2018. Designation of the type section of the Tetori Group andredefinition of the Kuzuryu Group. Memoir of the Fukui Prefectural Dinosaur Museum(17): 89–94.
58. Sano, S., 2020: Boreal molluscan records around the Jurassic–Cretaceous boundary inEast Asia provide clues for the paleobiogeographical reconstruction in the mid-latitudes ofthe Northwest Pacific . Paleontological Research 24: 147-160.
◯飛騨外縁帯・南部北上帯
31. Iba, Y., S. Sano, J. Mutterlose and Y. Kondo. 2012. Belemnites originated in theTriassic—a new look at an old group. Geology 40: 911–914.
39. Kawagoe, Y., N. Mori, S. Sano, Y. Orihashi, K. Yamamoto, Y. Ishizaki, Y. Kouchi and S.
Otoh.2013.

Evidence for Late Permian–Triassic volcanism in the Hida Gaien Belt,

Southwest Japan: New U-Pb ages from the Motodo, Ashidani, and Otani formations.
Memoir of the Fukui Prefectural Dinosaur Museum (12) : 17–33.
40. Okawa, H., M. Shimojo, Y. Orihashi, K. Yamamoto, T. Hirata, S. Sano, Y. Ishizaki, Y.
Kouchi, S. Yanai and S. Otoh. 2013. Detrital zircon geochronology of the Silurian–EarlyCretaceous continuous succession of the South Kitakami Belt, Northeast Japan. Memoirof the Fukui Prefectural Dinosaur Museum (12): 35–78.
41. Iba, Y., Sano, S. and J. Mutterlose. 2014. The early evolutionary history of belemnites:
new data from Japan. PLoS ONE 9(5): e95632.
◯IODP exp. 330
32. Koppers, A.A.P., T. Yamazaki, J. Geldmacher et al. 2012. Limited latitudinal mantle
plume motion for the Louisville hotspot. Nature Geoscience 5: 911–917.
51. Buchs, David M., Rebecca Williams, Shin-ichi Sano, and V. Paul Wright. 2018. NonHawaiian lithostratigraphy of Louisville seamounts and the formation of oceanic islands
and guyots. Journal of Volcanology and Geothermal Research 356: 1–23.
◯地学教育・地学史
7. 佐野晋一・萩谷宏．2002．ハンディサイズの偏光板を利用した鉱物観察実習の展開

例．福井県立恐竜博物館紀要 (1): 134-139.
57. 佐野晋一．2020．楢ノ木大学士はどうして白亜紀の海岸で雷竜と出会ったのか―明治期後期～昭和期前半の日本における地史学的新情報受容の一事例―．化石 (106): 21-26.
◯その他
9. Mol, D., J. Shoshani, A. Tikhonov, B. Van Geel, S. Sano, P. Lazarev, G. Boeskorov and L.
D. Agenbroad, 2006. The Yukagir Mammoth: Brief history, 14C dates, individual age,gender, size, physical and environmental conditions and storage. Scientific Annals, Schoolof Geology, Aristotle University of Thessaloniki (AUTH) Special volume 98: 299–314.
◎書籍

1. 狩野彰宏（編）．2004．炭酸塩アトラス（「生物遺骸粒子・厚歯二枚貝」ほかの項目を担当）
2. 日本古生物学会（編）．2010．古生物学事典 第 2 版．朝倉書店．
（「厚歯二枚貝」，「鳥巣型生物群」，「メガロドン」の 3 項目を担当）

3. Expedition 330 Scientists. 2011. Louisville Seamount Trail: implications forgeodynamic mantle flow models and the geochemical evolution of primary hotspots.
IODP Preliminary Report 330. doi:10.2204/iodp.pr.330.2011
4. Koppers, A.A.P., Yamazaki, T., Geldmacher, J., and the Expedition 330 Scientists,
2012. Proc. IODP, 330: Tokyo (Integrated Ocean Drilling Program ManagementInternational, Inc.). doi:10.2204/iodp.proc.330.2012
5. 大野市教育委員会（編）．2019. 福井県大野市長野産後期ジュラ紀アンモナ
イト．大野市教育委員会．
（「長野地域産イノセラムス化石研究の現状と課題（p.45-47）」を執筆）

------------------------------------------------------------------------研究室業績リスト（2021 年４月 1 日現在）

◯出版物 （佐野が単独で参加した論文は業績リスト参照）
2020 年度
海野 奏．2020．カブトガニの生痕化石の種類とその判別方法．かぶとがに（日本カブトガニを守る会会誌）, 40 号, 26–31.
◯研究発表2018 年度
佐野晋一．手取層群の脊椎動物相はどのぐらい多様なのか．日本古生物学会 2018 年年会（於東北大学）．
（ポスター発表）
Sano, S., Y. Iba, Tin Tin Latt, A. Kubota, Saw Mu Tha Lay Pa, Thura Oo. 2018. First recordof rudist bivalves from Cretaceous limestone in the northern part of Myanmar (a preliminaryreport). 日本古生物学会 2018 年年会（於東北大学）．（口頭発表）
佐野晋一・脇本晃美・後藤道治．2018．福井県大野市の長野地域に分布する“手取層群”より新たに産出した後期ジュラ紀イノセラムス類（予報）．日本地質学会第 125 年学術大会（於北海道大学）．
（口頭発表）
2019 年度
海野 奏・大塚健斗・中島保寿．2019．
「生きている生痕化石」の形成実験：カブトガニ類生痕に関する堆積学的・行動学的検討．日本古生物学会 2019 年年会（於静岡大学）．
（優秀ポスター賞受賞）
中田健太郎・酒井佑輔・脇本晃美・蜂矢喜一郎・久保田 豪・後藤道治・佐野晋一．2019．
新たなアンモノイド化石に基づく九頭竜層群山原坂層の時代論．日本古生物学会 2019 年年会（於静岡大学）．
（ポスター発表）
佐野晋一・山田敏弘・長田充弘・大藤 茂・中田健太郎．2019．手取層群と九頭竜層群—模式地指定・再定義・時代論—．日本古生物学会 2019 年年会（於静岡大学）．
（ポスター発表）久保見 幸・佐野晋一・山本鋼志・大藤 茂．2019．砕屑性ジルコン U Pb 年代を用いた白亜系篠山層群の後背地解析．日本地質学会第 126 年学術大会（於山口大学）．（ポスター発表）
佐野晋一・山田敏弘・長田充弘・大藤 茂・中田健太郎．2019．
「手取層群」の大区分と時代論について．日本地質学会第 126 年学術大会（於山口大学）．
（ポスター発表）
Sano, S., and K. Nakada. 2019. Boreal molluscan records in the Late Mesozoic strata in East
Asia provide clues for the paleobiogeographical reconstruction in the mid-latitudes of theNorthwest Pacific. The 1st Asian Palaeontological Congress (Beijing, China). (invited)2020 年度
久保見 幸・佐野晋一・村上みなみ・大田敬豊・長田 充弘・山本鋼志・大藤 茂．2020．砕
屑性ジルコン年代分布からみる東北日本蝦夷堆積盆の後背地．JpGU-AGU Joint Meeting
2020: Virtual．
（ポスター発表）
Aftabuzzaman, Md., K. Yomogida, S. Suzuki, H. Takayanagi, A. Ishigaki, S. Machida, Y.
Asahara, K. Yamamoto, N. Hirano, S. Sano, S. Chiyonobu, D. Bassi and Y. Iryu. Shallowwater carbonates off Minamitorishima and their depositional settings/history. 2020 年 日本
サンゴ礁学会第 23 回大会．
（口頭発表）
2021 年度
古生物学会 2021 年年会…