大 阪 微 化 石 研 究会 誌,特 別 号,第13号,p.233-244,2004年12月 News of Osaka Micropaleontologists (NOM), Spec. vol., No. 13, p.233-244, December 2004

LIST OF PAPERS (after Kuwahara, Yao and Mizutani, 2001) on Japanese radiolarians and radiolarian biostratigraphy

KUWAHARA Kiyoko*

This list includes 295 papers which were published after Kuwahara et al. (2001) or not listed in Kuwahara et al. (2001). A total of 1616 Japanese radiolarian literatures are listed in the 2004 CD Version by Kuwahara, Yao and Mizutani of this volume. The content, category and history of this database are shown in these text. I would like to thank YAO Akira and MIZUTANI Shinjiro for their encouragement. I wish to thank MATSUOKA Atsushi who kindly helped by checking the list. I wish to thank SUZUKI Noritoshi and the member of mailing-list "radshoptalk" who provided information of radiolarian literatures.

References Kuwahara, K., Yao, A. and Mizutani, S., 2001, LIST OF PAPERS on Japanese radiolarians and radiolarian biostratigraphy. News of Osaka Micropaleontologists, Special Volume, no. 12, 383-427.

AITA Yoshiaki, 1999, Radiolarian biostratigraphy. SCIas (Science EE, age: R, 340. Asahi), vol. 4, p. 11-13, pl. 1-5, fig. 1, J. CHANG Ki-Hong, SUZUKI Kazuhiro, PARK Sun-Ok, ISHIDA Keisuke AITCHISON Jonathan C., 1999, Upper Silurian-Middle Devonian and UNO Koji, 2003, Recent advances in the Cretaceous radiolarian zones of the Yokokurayama and Konomori areas in the stratigraphy of Korea. Journal of Asian Earth Sciences, vol. 21, p. Kurosegawa Belt, Southwest Japan: Comment. The Island Arc, vol. 937-948, fig. 1-7, table 1-3, EE, age: Pm,160, Tr, 210, J, 220, K, 8, p. 537-538, E, age: 5,130, D, 140. 230. ANDERSON 0. Roger, NIGRINI Catherine, BOLTOVSKOY Demetrio, CHENG Zhenbo and JU Xiaohua, 1998, Radiolaria from the surface TAKAHASHI Kozo and SWANBERG Neil R., 2002, Class sediments in the middle Okinawa Trough. Oceanologia et Polycystinea. LEE J.J., LEEDALE G.F. and BRADBURY P. (eds.): Limnologia Sinica, vol. 29, p. 656-662, fig. 1-3, table 1, CE, age: The Second Illustrated Guide to the Protozoa. Society of R, 340. Protozoologists, Lawrence, Kansas, p. 994-1022, fig. 1-12, E, age: CHENG Zhenbo, WANG Yongji and JU Xiaohua, 1998, Radiolaria and R, 340. chronostratigraphy and paleoclimatologic character in Cores 96 and ANMA Ryo, KAWAKAMI Shunsuke and YAMAMOTO Yuzuru, 2002, 155 from the Okinawa Trough. Acta Oceanologica Sinica, vol. 20, Structural profile of the Nankai accretionary prism and Calyptogena p. 74-80, fig. 1-5, table 1-3, CE, age: Q, 330. colonies along the Shionomisaki submarine canyon: results of EHIRO Masayuki, NOGI Daishi, MORI Kei, KAWASHIMA Goichi, "SHINKAI" 6K#522 and #579 dives . JAMSTEC Journal of Deep SUZUKI Noritoshi and YOSHIHARA Ken, 2001, Discovery of Sea Research., no. 20, p. 59-75, fig. 1-12, JE, age: N, 320. scleractinian corals from the limestone conglomerate in the ARITA Keiji, TAKEMURA Shizuo, TAKEMURA Atsushi and Kuzumaki-Kamaishi Belt, Northern Kitakami Massif, Northeast NISHIMURA Toshiharu, 2001, Permian radiolarians from the Japan and its significance. The Journal of the Geological Society Kozaki Formation (Kurosegawa Terrane) in the Yatsushiro area, of Japan, vol. 107, p. 531-534, fig. 1-3, JE, age: Tr, 210. Kumamoto Prefecture, Southwest Japan. The Journal of the FUJII Junko, 1991, Jurassic radiolarian fossils from western Mikata- Geological Society of Japan, vol. 107, p. 749-754, fig. 1-3, table 1, goko and southern Kaminaka-cho areas, Fukui Prefecture, Central JE, age: Pm,160. Japan. Bulletin of the Fukui Municipal Museum of Natural History, CHANG Fengming, ZHUANG Lihua, LI Tiegang and YAN Jun, 2002, no. 38, p. 23-39, pl. 1-4, fig. 1-3, table 1, J, age: J, 220. Radiolarian distribition in surface sediments of the northern FUNAKAWA Satoshi, 2003, Review of paleoceanographic studies Okinawa Trough and its relationship to environmental factors. around the Eocene/Oligocenecboundary in the Southern Ocean. Marine Geology and Quaternary Geology, vol. 22, p. 21-25, fig. 1- Fossils (Kaseki), no. 73, p. 20-37, fig. 1-14, table 1, JE, age: Pg, 4, CE, age: R, 340. 310. CHANG Fengming, ZHUANG Lihua, LI Tiegang, YAN Jun, CAO GAWLICK Hans-Juergen, SCHLAGINTWEIT F., EBLI 0. and SUZUKI Qiyuan and CANG Shuxi, 2003, Radiolarian fauna in surface Hisashi, 2004, The Plassen, Formation (Kimmeridgian) of mount sediments of the northeastern East China Sea. Marine Krahstein (Styrian Salzkammergut, Austria) and its basement: new Micropaleontology, vol. 48, p. 169-204, pl. 1-2, fig. 1-9, table 1-2, data on facies, biostratigraphy and sedimentology. Zbl. Geol. Palaeont. Teill, vol. 2003, p. 295-334, fig. 1-5, table 1, GEG, age:

*大 阪 市 立 大 学 大 学 院 理 学 研 究 科 地 球 学 教 室Department of Geo - J, 220, NSP. GAWLICK Hans-Juergen, SUZUKI Hisashi and MISSONI Sigrid, 2001, sciences,Graduate School of Science,Osaka City University,Osaka Lower Liassic pelagic sediments in Hallstatt facies (Duerrnberg 558-8585,JAPAN. Formation) from the Hallein - Berchtesgaden Hallstatt Zone and

233 234 KUWAHARA Kiyoko

the Lammer Basin (Hettangian - Sinemurian). Mitt. Ges. Geol. Town, Yazu County, Tottori Prefecture. Bull. Tottori Prefectural Bergbaustud. Oesterr., vol. 45, p. 39-55, fig. 1-8, GE, age: J, 220. Museum, no. 40, p. 1-19, p1. 1-5, fig. 1-6, table 1-3, J, age: Tr, GAWLICK Hans-Juergen, SUZUKI Hisashi, VORTISCH Walter and 210. WEGERER Eva, 1999, Stratigraphy of the Tauglboden Formation HISADA Ken-ichiro, KOIKE Toshio, YANASE Atsushi and of the type locality in the Osterhorn Group (Northern Calcareous NAKAYAMA Toshio, 2003, Geology of Okutama area, Tokyo Alps, Late Oxfordian - Early Tithonian). Mitt. Ges. Geol. Prefecture. Institute of Civil Engineering of Tokyo Metropolitan Bergbaustud. Oesterr., vol. 42, p. 1-20, fig. 10, GE, age: J, 220. Government, fig. 11, table 2, J, age: Pm,160, J, 220, K, 230. GONCUOGLU M. Cemal, KUWAHARA Kiyoko, TEKIN U. Kagan HOLLIS Christopher John and KIMURA Katsumi, 2001, A unified and TURHAN Necati, 2004, Upper Permian (Changxingian) radiolarian zonation for the Late Cretaceous and Paleocene of radiolarian cherts within the clastic successions of the "Karakaya Japan. Micropaleontology, vol. 47, p. 235-255, fig. 1-3, table 1-3, Complex" in NW Anatolia. Turkish Journal of Earth Sciences, A EE, age: K, 230, Pg, 310. Special Issue Commemorating Okan Tekeli, vol. 13, p. 201-213, HORI Nobuharu, 2004, Permian radiolarians from bedded cherts in Mt. pl. 1-2, fig. 1-4, EE, age: Pm,160. Zao, Tahara City, Aichi Prefecture, Japan. News of Osaka GOTO Hiroya and INOUE Yoshikazu, 1989, Discovery of Permian Micropaleontologists, Special Volume, no. 13, p. 1-11, fig. 1-6, radiolarians from Akamatsu, Kamigori Town, Hyogo Prefecture. table 1, JE, age: Pm,160. Hyogo Chigaku, no. 37, p. 7-9, pl. 1, fig.1-2, J, age: Pm,160. HORI Nobuharu, SAITO Makoto and TOSHIMITSU Seiichi, 2002, HADA Shigeki, 1981, Geologic structural research of the Cretacesous Late Jurassic radiolarian fauna from the Ikenohara Formation of in the Shimanto Belt, Shikoku. Newsletter of Co-operative the Kurosegawa Belt in the Toyo-Izumi area, Kumamoto Research (A) Formation process of the Shimanto Fold Belt, no. 2, Prefecture, Kyushu, Japan. Bulletin of the Geological Survey of p. 52-53, J, age: K, 230. Japan, vol. 53, p. 689-724, pl. 1-12, fig. 1-2, table 1(app.), EE, HADA Shigeki, ISHII Kenichi, MATSUOKA Atsushi and ISAWA age: J, 220. Naomi, 1985, Northern Subbelt of the Chichibu Belt in the Agawa- HORI Nobuharu and WAKITA Koji, 2002, Jurassic radiolarians from Niyodo area, Kochi Prefecture. MRT Newsletter, no. 1, p. 37-42, manganese carbonate nodules from the Northern Chichibu Belt in fig. 1-4, J, age: Tr, 210, J, 220. the Ino disctrict, Kochi Prefecture, Shikoku. The Journal of the HANAGATA Satoshi and MIWA Michiko, 2002, Miocene-Pliocene Geological Society ofJapan, vol. 108, p. 478-481, fig. 1-3, table microfossil biostratigraphy and paleoenvironment in the Fukaura 1, JE, age: J, 220. district, Aomori Prefecture, northern Japan. The Journal of the HORI Nobuharu and WAKITA Koji, 2004, Reconstructed oceanic plate Geological Society of Japan, vol. 108, p. 767-780, pl. 1, fig. 1-4, stratigraphy of the Ino Formation in the Ino district, Kochi table 1-2, JE, age: N, 320. Prefecture, central Shikoku, Japan. Journal of Asian Earth HARA Hidetoshi and KASHIWAGI Kenji, 2004, Jurassic accretionary Sciences, vol. 24, p. 185-197, fig. 1-8, table 1-2, EE, age: Tr, 210, complex of the Ashio Terrane in the Kuromatagawa region, Niigata J, 220. Prefecture, central Japan. The Journal of the Geological Society HORI S. Rie, CAMPBELL J. D. and GRANT-MACKIE Jack A., 2003, ofJapan, vol. 110, p. 348-362, fig. 1-8, JE, age: J, 220. Triassic Radiolaria from Kaka Point Structural Belt, Otago, New HARADA Naomi, AHAGON Naokazu, KIMOTO Katsunori, UCHIDA Zealand. Journal of the Royal Society of New Zealand, vol. 33, p. Masao, SAKAMOTO Tatsuhiko, ITAKI Takuya, NARITA 39-55, fig. 1-9, table 1-3, EE, age: Tr, 210, NSP. Hisashi and FUKUMA Koji, 2003, "Outline of results of HORI S. Rie, KURIMOTO Chikao, and GOTO Hiroya, 2004, observation on the cores during the Mirai cruise". Kaiyo (Ocean) Radiolarian fossils from the Ikuno district, Hyogo Prefecture, monthly extra, vol. 34, p. 149-161, fig. 1-14, J, age: Q, 330. Tamba Terrane, Southwest Japan. News of Osaka HASHIMOTO Hisao, MOTOYAMA Shigeki, ISHIDA Keisuke, Micropaleontologists, Special Volume, no. 13, p. 59-68, fig. 1-6, TERADO Tsuneo, MORINAGA Hiroshi, NAKAO Ken-ichi, table 1, JE, age: Tr, 210, J, 220. MORIE Takashi, KOZAI Takeshi, OZAWA Hiroaki, HOSHIBA Mayumi and ITAKI Takuya, 2003, Radiolarian assemblages FUKUSHIMA Kozo and KAWAMURA Norihito, 2003, Izumi in sediment cores from the western subarctic Pacific off eastern Group and Median Tectonic Line in the western Tokushima Hokkaido, Japan (Preliminary report). GSJ Interim Report, Marine Prefecture -Geology and Geomorphology of the Mino-cho area, Geological and Geophysical Studies On the Collision Zone of East Shikoku-. Jour. Tokushima Prefectural Library, no. 49, p. 1- Kurile and Northeast Japan Arcs -Off Tokachi area-Preliminary 12, p1. 1, fig. 1-7, table 1, J, age: K, 230. Reports on Researches in the 2002 Fiscal Year, Geological Survey HASHIMOTO Hisao and NAKAO Ken-ichi, 2003, Late Cretaceous of Japan/AIST, no. 26, p. 137-141, fig. 1-2, J, age: Q, 330. radiolarians from Ishima Island, easternmost Shikoku, Japan. HOSOYAMA Mitsuya, GOTO Masatoshi, MAEDA Mari, NAGAI Bulletin of the Tokushima Prefectural Museum, no. 13, p. 65-75, Shiho, SUZUKI Masaya and TOYAMA Hidehisa, 1994, Early pl. 1-2, fig. 1-4, table 1, J, age: K, 230. Miocene radiolarians from the upper part of Yamami Formation, HASHIMOTO Isamu, 1982, The Cretaceous of the Shimanto Belt in Morozaki Group, Aitch Prefecture, central Japan Nagoya Journal Hiburi and Yoko Islands, Ehime Prefecture. Report of Co-operative of Space and Earth Sciences (Nagoya Chigaku), no. 56, p. 15-20, Research (A) Formation process of the Shimanto Fold Belt, p. 72, fig. 1-3, table 1, J, age: N, 320. J, age: J, 220, K, 230. IIJIMA Azuma, KAKUWA Yoshitaka and MATSUDA Hiroki, 1989, HAYASAKA Shozo, 1988, Geology of Tane-ga-shima. Modern Silicified wood from the Adoyama chert, Kuzuh, central Honshu, Geology, vol. 12, p. 169-183, fig. 1-4, table 1-6, EE, age: Pg, 310. and its bearing on compaction and depositional environment of HEUSSER Linda E. and MORLEY Joseph J., 1985, Pollen and radiolarian bedded chert. HEIN James R. and OBRADOVIC radiolarian records from Deep-Sea Core RC14-103: Climatic Jelena (eds.): Siliceous Deposits of the Tethys and Pacific Regions, reconstructions of Northeast Japan and Northwest Pacific for the Springer-Verlag, p. 151-168, fig. 1-12, table 1-3, E, age: Tr, 210, last 90,000 years. Quaternary Research, vol. 24, p. 60-72, fig. 1- J, 220. 5, table 1, EE, age: Q, 330. IKEHARA Ken, KATAYAMA Hajime, TSUJINO Takumi, ARAI HIRAO Kazuyuki and HIROTA Masaaki, 2003, Conodonts and Kohsaku, ITAKI Takuya and HOYANAGI Koichi, 2004, radiolarians found from Sangun metamorphic rocks at Funaoka Significance of sedimentary processes of deep-sea turbidites on LIST OF PAPERS (after Kuwahara, Yao and Mizutani , 2001) on Japanese radiolarians and radiolarian biostratigraphy 235

estimation of recurrence intervals of large earthquakes -Example 1987, Permian, Triassic and Jurassic bedded radiolarian cherts in from Kaiyo Seamount, eastern margin of northern Japan Sea. North Palawan Block, Philippines: Evidence of Late Mesozoic Memoirs of the Geological Society of Japan, no. 58, p. 111-122, subduction-accretion. Jour. Geol. Soc. Philip., vol. 31, p. 79-93, fig. 1-8, JE, age: Q, 330. pl. 1, fig. 1-5, E, age: Pm,160, Tr, 210, J, 220. IMOTO Nobuhiro, 1990, Geology of the Formations before the Neogene ITAKI Takuya, 2002, Radiolarian assemblage in core GH01-1011 from in Kyoto Prefecture, with Special Reference to Paleozoic and the southwestern Okhotsk Sea. GSJ Interim Report, Marine Mesozoic Strata in the Tamba Belt. The Science and Engineering geological and geophysical study on the collision zone of Kurile Review of Doshisha University, vol. 31, p. 15-22, fig. 1-4, JE, and Northeast Japan Arcs -In the area of Okhotsk Sea-Preliminary age: Pm,160, Tr, 210, J, 220. reports on researches in the 2001 fiscal year, Geological Survey IMOTO Nobuhiro and SAIJO Yuichi, 1993, Constituents of Permian of Japan/AIST, no. 25, p. 253-259, fig. 1, table 1, J, age: Q, 330. and Triassic bedded cherts in the Tamba Belt. Bulletin of the ITAKI Takuya, 2003, Elutriation technique for the extraction of Geological Survey of Japan, p. 547-554, fig. 1-7, JE, age: Pm,160, radiolarian skeletons from sandy sediment. Fossils (Kaseki), no. Tr, 210. 73, p. 38-41, fig. 1-2, table 1, JE. ISHIDA Keisuke, 1981, Stratigraphy of the northern margin in the ITAKI Takuya, 2003, Depth-related radiolarian assemblage in the water- eastern Shikoku. Newsletter of Co-operative Research (A) column and surface sediments of the Japan Sea. Marine Formation process of the Shimanto Fold Belt, no. 2, p. 23-24, J, Micropaleontology, vol. 47, p. 253-270, pl. 1, fig. 1-9, table 1-4, age: J, 220, K, 230. EE, age: R, 340. ISHIDA Keisuke, 1982, Stratigraphy of the northern marginal Shimanto ITAKI Takuya and IKEHARA Ken, 2003, Radiolarian biozonation for Belt and the submarine slide deposits in the west part of Tokushima the upper Quaternary in the Japan Sea. The Journal of the Prefecture. Report of Co-operative Research (A) Formation Geological Society of Japan, vol. 109, p. 96-105, fig. 1-4, table 1- process of the Shimanto Fold Belt, p. 53-61, fig. 1-7, table 1-2, J, 3, EE, age: Q, 330. age: Tr, 210, J, 220, K, 230. ITAKI Takuya and IKEHARA Ken, 2004, Middle to late Holocene ISHIDA Keisuke, HASHIMOTO Hisao and KOZAI Takeshi, 2004, changes of the Okhotsk Sea Intermediate Water and their relation Provenance of radiolarian-bearing clasts in Late Cretaceous fore- to atmospheric circulation. Geophysical-Research Letters, vol. 31, arc basin, Inner Zone of SW Japan. Journal of the Geological L24309, doi:10.1029/2004GL021384, fig. 1-2, table 1, E, age: Society of Thailand, no. 1, p. 61-74, fig. 1-13, table 1, EE, age: J, Q, 330. 220, K, 230. ITAKI Takuya, IKEHARA Ken, MOTOYAMA Isao and HASEGAWA ISHIDA Keisuke and KOZAI Takeshi, 2003, Stratigraphy and tectonic Shiro, 2004, Abrupt ventilation changes in the Japan Sea over the subdivision of the Chichibu Superbelt in East Shikoku. Natural last 30 ky: evidence from deep-dwelling radiolarians. Science Research, Faculty of Integrated Arts and Sciences , The Palaeogeography, Palaeoclimatology, Palaeoecology, vol. 208, p. University of Tokushima, vol. 16, p. 11-41, fig. 1-10, JE, age: 263-278, pl. 1, fig. 1-6, table 1-4, EE, age: Q, 330. Pm,160, Tr, 210, J, 220, K, 230. ITAKI Takuya, ITO Masashi, NARITA Hisashi, AHAGON Naokazu ISHIDA Keisuke and KOZAI Takeshi, 2004, Stratigraphy and and SAKAI Hideo, 2003, Depth distribution of radiolarians from radiolarian ages of the Sakashu Group, South Kurosegawa Terrane the Chukchi and Beaufort Seas, western Arctic. Deep-Sea Research (Sakashu Belt) in East Shikoku. News of Osaka I, vol. 50, p. 1507-1522, pl. 1-2, fig. 1-6, table 1-4, EE, age: R, Micropaleontologists, Special Volume, no. 13, p. 135-148, fig. 1- 340. 8, JE, age: J, 220, K, 230. ITAKI Takuya, MATSUOKA Atsushi, YOSHIDA Kazuhiro, ISHIDA Keisuke, KOZAI Takeshi, PARK Sun-Ok and MITSUGI MACHIDORI Satoru, SHINZAWA Midori and TODO Takashi, Tokuji, 2003, Gravel bearing radiolaria as tracers for erosional 2003, Late spring radiolarian fauna in the surface water off Tassha, events: a review of the status of recent research in SW Japan and Aikawa Town, Sado Island, central Japan. Science Reports of Korea. Journal of Asian Earth Sciences, vol. 21, p. 909-920, fig. Niigata University, Series E (Geology), no. 18, p. 41-51 , pl. 1, 1-8, EE, age: Pm,160, Tr, 210, J, 220, K, 230. fig. 1-4, table 1, EE, age: R, 340. ISHIDA Keisuke, SHIMAKAWA Mikiko, KOZAI Takeshi , and YAO ITAKI Takuya and NOJO Ayumu, 2004, Radiolarian biostratigraphy Akira, 2004, Oceanic-plate stratigraphy and radiolarian zonation from the Neogene Kuromatsunai Formation in the Imakane area, of the Hegawa Section in northern South Chichibu Belt (Kurano southwestern Hoddaido, Japan. The Journal of the Geological Subbelt), East Shikoku. News of Osaka Micropale-ontologists , Society of Japan, vol. 110, p. 325-328, fig. 1-3, table 1, JE, age: Special Volume, no. 13, p. 181-195, fig. 1-8, JE, age: J, 220. N, 320. ISHIDA Naoto, 2004, Lithostratigraphy of Mesozoic strata and Late ITO Masaaki, SHIRATAKE Takeo and TANAKA Koji, 1982, Jurassic radiolarian assemblages in the Southern Chichibu terrane Descovery of Jurassic and Triassic type radiolarians from the so- in the Hinohara area, southeastern part of the Kanto Massif, central called Mito triangle region in the western Mikata-goko area . Japan. News of Osaka Micropaleontologists, Special Volume , no. Bulletin of the Fukui Municipal Museum of Natural History, no. 13, p. 89-109, fig. 1-10, table 1, JE, age: J, 220. 29, p. 19-25, fig. 1-2, J, age: Tr, 210, J, 220. ISHIZUKA Osamu, YUASA Makoto and KURIMOTO Chikao, 1997, IWATA Keiji, 1984, Preliminary investigation of the radiolaria from Geologic history of back-arc seamount chains of the lzu- the Nemuro Group. SAITO Tsunemasa (ed): Biostratigraphy and Ogasawara arc -Submersible survey of the Manji Seamount-. International Correlation of the Paleogene Systems in Japan, p. JAMSTEC J. Deep Sea Res., no. 13, p. 457-472, pl. 1-12, fig. 1-6, 31-33, J, age: K, 230. table 1-4, JE, age: J, 220. IWATA Keiji, SUGAI Yoshihiro and HIKIDA Yoshinori, 1998, ISOGAI Yoshinori and MIZUTANI Shinjiro, 1998, An attempt to Radiolarians occurred from the locality of Plesiosauria. Bulletin construct a database of photographic data of radiolarian fossils of the Nakagawa Museum of Natural History, vol. 1, p. 53-58, pl. with the Hypertext Makeup Language. Journal of Social and 1, fig. 1, JE, age: K, 230. Information Sciences, Nihon Fukushi University, vol. 2, p. 1-8, KAKUWA Yoshitaka, 1993, Sedimentary petrographical study on fig. 1-5, EJ. bedded cherts of the Northern Chichibu Belt in eastern Shikoku - ISOZAKI Yukio, AMISCARAY Editha A. and RILLON Aristotle, with special reference to the P/T boundary. Bulletin of the 236 KUWAHARA Kiyoko

Geological Survey of Japan, vol. 44, p. 533-546, pl. 1, fig. 1-8, 340. JE, age: Pm,160, Tr, 210. KAWAKAMI Shunsuke, 2004, Reexamined geology of Mineoka KAMATA Yoshihito, MIZOBE Shin-ichi and SATO Tadashi, 2003, Tectonic Zone, Boso peninsula Japan, from the age of Tertiary An Early Jurassic ammonite from a limestone conglomerate in radiolarians and gravellyrocks. News of Osaka Micropaleontologists, the Kuzu Complex of the Ashio Belt. Paleontological Research, Special Volume, no. 13, p. 197-204, fig. 1-2, JE, age: Pg, 310, N, vol. 7, p. 185-194, fig. 1-9, EE, age: J, 220. 320. KAMATA Yoshihito, SASHIDA Katsuo, UENO Katsumi, HISADA KAWAMURA Yoshio and SASHIDA Katsuo, 2004, Cretaceous Ken-ichiro, NAKORNSRI Nikorn and CHARUSIRI Punya, 2002, radiolarians from the eastern part of the Sanchu Cretaceous System, Triassic radiolarian faunas from the Mae Sariang area, northern Kanto Mountains,central Japan.News of Osaka Micropaleontologists, Thailand and their paleogeographic significance. Journal of Asian Special Volume, no. 13, p. 167-180, fig. 1-9, table 1-3, JE, age: Earth Sciences, vol. 20, p. 491-506, fig. 1-7, table 1, EE, age: Tr, K, 230. 210. KAZUKA Takuro, ITO Tanio and AITA Yoshiaki, 2002, Eocene KAMIKURI Shin-ichi, NISHI Hiroshi, MOTOYAMA Isao and SAITO radiolarian fossils from the Sarugawa Formation, the Hidaka Saneatsu, 2004, Middle Miocene to Pleistocene radiolarian foreland fold-and thrust belt, Hokkaido, Japan. The Journal of the biostratigraphy in the Northwest Pacific Ocean, ODP Leg 186. Geological Society of Japan, vol. 108, p. 474-477, fig. 1-3, table The Island Arc, vol. 13, p. 191-226, fig. 1-9, table 1-5, EE, age: 1, JE, age: Pg, 310. Q, 330. KEMKIN Igor'V and TAKETANI Yojiro, 2004, New radiolarian species KANIE Yasumitsu and SAKAI Akira, 2002, Geology of the Urakawa from Late Jurassic chert-terrigenous deposits of the Taukha district. Geological Sheet Map at 1:50,000, Geological Survey of Terrane, Southern Sikhote-Alin. Paleontological Research, vol. Japan, p. 1-43, fig. 1-25, table 1-8, JE, age: K, 230. 8, p. 325-336, fig. 1-4, EE, age: J, 220, NSP. KANO Kenichi and MURAMATSU Takeshi, 1981, The Shimanto KIMINAMI Kazuo, MATSUURA Takuji, IWATA Takao and MIURA Group in the drainage area of Sumata River, Akaishi Mountains. Kenichiro, 1998, Relationship between sandstone composition in Newsletter of Co-operative Research (A) Formation process of the Cretaceous Shimanto Supergroup, eastern Shikoku, and the Shimanto Fold Belt, no. 2, p. 7-8, J, age: K, 230. Cretaceous arc volcanism. The Journal of the Geological Society KANO Kenichi and MURAMATSU Takeshi, 1982, The Cretaceous of of Japan, vol. 104, p. 314-326, fig. 1-10, JE, age: K, 230. the Shimanto Belt in the central and southern Akaishi Mountains. KIRILLOVA Galina, SAKAI Takashi, ISHIDA Keisuke, KOZAI Report of Co-operative Research (A) Formation process of the Takeshi, OHTA Tohru and ISHIDA Naoto, 2003, Nature and Shimanto Fold Belt, p. 26-33, fig. 1-5, J, age: K, 230. composition of the Late Jurassic - Early Cretaceous accretionary KASHIWAGI Kenji and KURIMOTO Chikao, 2003, Reexamination complexes of Amur basin. Tectonics and Geodynamics of of radiolarian biochronology of the Shimizu Formation (Northern Continental Lithosphere, vol. 36, p. 253-255, fig. 1-2, R, age: J, Chichibu Belt) in the Shimizu-Misato area, western Kii Peninsula, 220, K, 230. Southwest Japan. Bulletin of the Geological Survey of Japan, vol. KITAZATO Hiroshi, MATSUOKA Atsushi and MATSUOKA Kazumi, 54, p. 279-293, pl. 1-6, fig. 1-3, table 1-2, EE, age: Tr, 210, J, 1998, 2. Protista. HAYAMI Itaru. and MORI Kei. (eds.): Science 220. of ancient organisms, General remarks and classification. Asakura KASHIWAGI Kenji, TANAKA Hitoshi, SAKAMOTO Daisuke, shoten, vol. 1, p. 76-84, fig. 1-3, table 1, J. TAKAHASHI Tsutomu and ICHISE Megumi, 2002, Early KOBAYASHI Yuya and OTSUKA Tsutomu, 2002, Subduction- Cretaceous radiolarians from the Kawaguchi Formation in the accretion process from deformation features and illite crystallinity Yatsushiro area, western Kyushu, Southwest Japan. Earth Science of the Jurassic Samondake Unit in the Mino terrane, central Japan. (Chikyu Kagaku), the Journal of the Association for the Geological The Journal of the Geological Society of Japan, vol. 108, p. 59- Collaboration in Japan, vol. 56, p. 203-208, fig. 1-4, table 1, JE, 73, fig. 1-10, table 1, JE, age: Tr, 210, J, 220. age: K, 230. KOJIMA Satoru, MIZUTANI Shinjiro, NAGAI Hiromi, SAITO KASHIWAGI Kenji, TSUKADA Kazuhiro and MINJIN Bodonguud Makoto, TSUKAMOTO Hitoshi and YOGO Michiyo, 1989, C., 2004, Paleozoic spherical radiolarians from the Gorkhi Design and utilization of the data base system for radiolarian fossils Formation, southwest Khentei range, central Mongolia; a in the Nagoya University Museum. Bulletin of Nagoya University preliminary report. Mongolian Geoscientist, no. 24, p. 17-26, pl. Museum, Special Report, no. 1, p. 1-192, JE. 1-2, fig. 1-2, EE, age: D,140. KOJIMA Satoru, TAKEUCHI Makoto and TSUKADA Kazuhiro, 2004, KASHIWAGI Kenji, TSUKADA Kazuhiro and TAKAHASHI Yuhei, SPECIAL ISSUE Recent progress and future perspective of 2004, Geological expedition to Mongolia (part 1): East Eurasian research on the Hida Gaien belt (foreword). The Journal of the Geological Seminar 2003 and Paleozoic radiolarians. Chishitsu Geological Society of Japan, vol. 110, p. 565, book cover, J, age: News, no. 604, p. 15-22, pl. 1-17, fig. 1, J. 5,130, D, 140. KATO Kiyoshi, SHIMIZU Hironori and SAKA Yukiyasu, 2002, KOZAI Takeshi and ISHIDA Keisuke, 2003, Early Cretaceous non- Chichibu Terrane of Miyagawa-mura, Mie Prefecture and marine bivalve faunal groups from Central and East Shikoku, Tenkawa-mura, Nara Prefecture in the central Kii Peninsula, Japan. Memoir of the Fukui Prefectural Dinosaur Museum, no. 2, Southwest Japan. The Journal of the Geological Society of Japan, p. 133-148, fig. 1-8, table 1, EE, age: K, 230. vol. 108, p. 557-574, fig. 1-12, table 1-2, JE, age: J, 220, K, 230. KOZAI Takeshi, ISHIDA Keisuke and KONDO Yasuo, 2004, KAWABATA Kiyoshi, 1989, The revolution of the Mesozoic - Radiolarian ages and bivalve fauna of the Birafu Formation, Paleozoic systems in Japan, the world of radiolarian fossils. Nature Central Shikoku. News of Osaka Micropaleontologists, Special study, A monthly magazine for Friends of Osaka Museum of Volume, no. 13, p. 149-165, fig. 1-9, table 1, JE, age: J, 220, K, Natural History, vol. 35, p. 89-92, fig. 1-6, J, age: Pm,160, Tr, 230. 210, J, 220, K, 230. KUEGLER Ursula, SCHLAGINTWEIT Felix, SUZUKI Hisashi and KAWABATA Kiyoshi, 2001, Living radiolaria from Okinawa. Nature GAWLICK Hans-Juergen, 2003, Stratigraphy and facies of Late study, A monthly magazine for Friends of Osaka Museum of Middle to Late Jurassic sediments of the Felkenstein/Wolfgangsee, Natural History, vol. 47, p. 3-6, 12, fig. 1-5, table 1, J, age: R, Salzkammergut area, (Austria) with special reference to the Plassen LIST OF PAPERS (after Kuwahara, Yao and Mizutani , 2001) on Japanese radiolarians and radiolarian biostratigraphy 237

Formation (Kimmeridgian). WEIDINGER J. T., LOBITZER H., LIST OF PAPERS on Japanese radiolarians and radiolarian SPITZBART I. (eds.): Beitraege zur Geologie des Salzkammerguts. biostratigraphy. News of Osaka Micropaleontologists, Special Gmundner Geo-Studien, Institut Museum Gmunden, vol. 2, p. 97- Volume, no. 12, p. 349-416, E. 106, pl. 1-2, fig. 1-3, GE, age: J, 220. KUWAHARA Kiyoko, YAO Akira, YAO Jianxin and LI Jiaxiang, 2004, KURIHARA Toshiyuki, 2003, Stratigraphy and geologic age of the Late Permian radiolarians and sponge spicules from the Middle Paleozoic strata in the Kuzuryu Lake-Upper Ise River area Tongtianyan section, Liuzhou, Guangxi, China. Journal of of the Hida-gaien Terrane, central Japan. The Journal of the Geosciences, Osaka City University, vol. 47, p. 85-99, p1. 1-2, Geological Society of Japan, vol. 109, p. 425-441, fig. 1-9, JE, fig. 1-7, EE, age: Pm,160. age: S,130, D,140. MACHIDORI Satoru, KURITA Hiroshi and MATSUOKA Atsushi, KURIHARA Toshiyuki, 2003, Early Devonian Palaeoscenidiidae 2002, Thanatocoenosis in surface sediments of the Okhotsk Sea (Radiolaria) from the "Yoshiki Formation" in the Fukuji area of collected in GH01 cruise. GSJ Interim Report, Marine geological the Hida-gaien Terrane, central Japan, and its biostratigraphic and geophysical study on the collision zone of Kurile and Northeast significance. The Journal of the Geological Society of Japan, vol. Japan Arcs -In the area of Okhotsk Sea-Preliminary reports on 109, p. 635-647, fig. 1-8, table 1, JE, age: D,140. researches in the 2001 fiscal year, no. 25, p. 180-191, fig. 1-3, KURIHARA Toshiyuki, 2004, Silurian and Devonian radiolarian table 1, J, age: R, 340. biostratigraphy of the Hida Gaien belt, central Japan. The Journal MAKIMOTO Hiroshi, MIYATA Takao, MIZUNO Kiyohide and of the Geological Society of Japan, vol. 110, p. 620-639, pl. 1-2, SANGAWA Akira, 2004, Geology of the Kokawa district. fig. 1-8, table 1, JE, age: S,130, D, 140. Geological Sheet Map at 1:50,000, Geological Survey of Japan, KURIHARA Toshiyuki and MATSUOKA Atsushi, 2004, Shell structure p. 1-89, fig. 1-10, table 1-5, JE, age: J, 220, K, 230. and morphologic variation in Spongosphaera streptacantha MATSUOKA Atsushi, 1989, A key to connecting Jurassic terranes in Haeckel (Spumellaria, Radiolaria). Science Reports of Niigata Japan - chert-clastics sequence -. Structural Geology (The Journal University (Geology), no. 19, p. 35-48, fig. 1-9, EE, age: R, 340. of the Tectonic Research Group of Japan), no. 34, p. 135-144, fig. KURIMOTO Chikao, 1981, The so-called Chichibu System in the 1-6, J, age: J, 220. southwestern part of Koyasan Mountain, Wakayama Prefecture. MATSUOKA Atsushi, 1998, 2 Protista B. Radiolaria. HAYAMI Itaru Newsletter of Co-operative Research (A) Formation process of and MORI Kei (eds.): Science of ancient organisms, General the Shimanto Fold Belt, no. 1, p. 19-21, fig. 1, J, age: K, 230. remarks and classification. Asakura shoten, vol. 1, p. 86-87, J. KUSUNOKI Toshio, 2001, Jurassic radiolarians in shale of the Tamba MATSUOKA Atsushi, 2000, IV- 7 Laboratory culture, IV- 7 - 3 Group from Ujitawara-cho, Kyoto Prefecture, and its significance. Radiolarians. Fossil Research Society of Japan (ed.): Techniques Earth Science (Chikyu Kagaku), the Journal of the Association in Fossil Research. Kyoritsu Shuppan Co., Ltd., p. 361-362, fig. for the Geological Collaboration in Japan, vol. 55, p. 313-317, pl. 27-28, J, age: R, 340. 1, fig. 1-4, table 1, J, age: J, 220. MATSUOKA Atsushi, 2002, Methods and research instruments for KUSUNOKI Toshio, IMOTO Nobuhiro and Tamba Belt Research living radiolarian studies. Fossils (Kaseki), no. 71, p. 19-27, fig. Group, 2001, Field observation of the Mesozoic melanges and 1-4, J, age: R, 340. associated rocks in the Western Hills of Kyoto, - for understanding MATSUOKA Atsushi, 2002, Paleoceanography of radiolarian-age accretionary tectonics on the outcrops at the road-cut -. Annual (Paleozoic-Mesozoic) ocean. The Earth monthly, vol. 24, p. 444- Report of the Forum for Science Education, no. 3, p. 28-38, fig. 448, fig. 1-4, J, age: J, 220, K, 230. 1-17, table 1, J, age: J, 220. MATSUOKA Atsushi, 2003, Radiolaria. TAKAKI Ryuji et al. (eds.): KUSUNOKI Toshio, OHARA Masaaki and MUSASHINO Makoto, Katachi no Jiten (The Encyclopedia of Form). Maruzen Co. Ltd., 2004, Carboniferous-Permian microbiostratigraphy in chert p. 730-731, fig. 1-4, J. sequence from the southeastern part of the Tamba Belt, Shizukawa MATSUOKA Atsushi, 2004, Radiolaria and Paleoceanography. district, Uji City (Outline note). Earth Science (Chikyu Kagaku), CHINZEI Kiyotaka and UEMURA Kazuhiko (eds.): Science of the Journal of the Association for the Geological Collaboration in ancient organisms, 5: Earth's surface environments and the history Japan, vol. 58, p. 37-54, fig. 1-7, JE, age: Cb, 150, Pm,160. of life. Asakura Shoten, vol. 5, p. 69-79, fig. 1-7, J. KUWAHARA Kiyoko and KAKUWA Yoshitaka, 2004, Relative MATSUOKA Atsushi, 2004, Treasury of form-radiolaria, Chert, frequency of radiolarians and sponge spicules in Permian bedded Morphogenesis of radiolaria. Society for Science on Form (ed.): chert from Ohmori section, Tamba Belt. News of Osaka Katachi no Kagaku Hyakkajiten (Encyclopedia of Science on Micropaleontologists, Special Volume, no. 13, p. 13-20, fig. 1-6, Form). Asakura Shoten, p. 158-162, J. JE, age: Pm,160. MATSUOKA Atsushi, 2004, Toarcian (Early Jurassic) radiolarian fauna KUWAHARA Kiyoko and YAO Akira , 1998, LIST OF PAPERS (after from the Nanjo Massif in the Mino Terrane, central Japan. News Yao, Mizutani and Kuwahara, 1997) on radiolarian fossil and of Osaka Micropaleontologists, Special Volume, no. 13, p. 69- radiolarian biostratigraphy by Japanese paleontologists and 87, fig. 1-2(2.1-2.10), table 1, EE, age: J, 220. stratigraphers. News of Osaka Micropaleontologists, Special MATSUOKA Atsushi, SHINZAWA Midori, YOSHIDA Kazuhiro, Volume, no. 11, p. 303-323, E. MACHIDORI Satoru, KURITA Hiroshi and TODO Takashi, KUWAHARA Kiyoko and YAO Akira, 2004, Analysis of radiolarian 2002, Early summer radiolarian fauna in surface waters off Tassha , fossil assemblages using "Model of steady faunal change". Aikawa Town, Sado Island, central Japan. Science Reports of Geoinformatics, vol. 15, p. 151-157, fig. 1-4, table 1-4, JE, age: Niigata University, Series E (Geology), no. 17, p. 17-25, pl. 1-2, Pm,160, J, 220. fig. 1, table 1, EE, age: R, 340. KUWAHARA Kiyoko, YAO Akira, EZAKI Yoichi, LIU Jianbo, HAO MATSUOKA Atsushi, YAMAKITA Satoshi, SAKAKIBARA Weicheng and KUANG Guodun, 2003, Occurrence of Late Masayuki and HISADA Ken-ichiro, 1998, Research progress in Permian radiolarians from the Chituao section, Laibin, Guangxi, the Chichibu Composite Belt - Reports from western Shikoku . China. Journal of Geosciences, Osaka City University, vol. 46, p. The Journal of the Geological Society of Japan, vol. 104, p. XXI- 13-23, pl. 1-2, fig. 1-6, EE, age: Pm,160. XXII, fig. 1-5, J, age: J, 220. KUWAHARA Kiyoko, YAO Akira and MIZUTANI Shinjiro, 2001, MATSUOKA Atsushi, YANG Qun, KOBAYASHI Kenta, TAKEI 238 KUWAHARA Kiyoko

Masahiko, NAGAHASHI Toru, ZENG Qinggao and WANG radiolarian fossil and radiolarian biostratigraphy by Japanese Yujing, 2002, Jurassic-Cretaceous radiolarian biostratigraphy and paleontologists and stratigraphers. News of Osaka Micmpaleontologists, sedimentary environments of the Ceno-Tethys: records from the Special Volume, no. 9, p. 379-442, E. Xialu Chert in the Yarlung-Zangbo Suture Zone, southern Tibet. MOTOKI Hazuki and SASHIDA Katsuo, 2004, Preliminary reports of Journal of Asian Earth Sciences, vol. 20, p. 277-287, fig. 1-8, EE, the chronological and lithological studies of the Toishi-type shale age: J, 220, K, 230. (siliceous claystone) distributed in the Ashio Mountains, central MATSUOKA Atsushi and YAO Akira, 1990, Southern Chichibu Japan. News of Osaka Micropaleontologists, Special Volume, no. Terrane. ICHIKAWA Koichiro, MIZUTANI Shinjiro, HARA 13, p. 47-57, fig. 1-8, JE, age: Tr, 210. Ikuo, HADA Shigeki and YAO Akira (eds.): Pre-Cretaceous MOTOYAMA Isao, 1993, Radiolarian thanatocoenosis in the eastern Terranes of Japan, Publication of IGCP 224, p. 203-216, fig. 1-9, Japan Sea (preliminary report). OKAMURA Yukinobu (ed.): table 1, E, age: Tr, 210, J, 220. Marine geological study on the continental shelf area of the eastern MATSUSHIMA Nobuyuki, 1980, Problems on the Wada Formation. central Japan Sea, Preliminary Reports on Researches in the 1992 Shizen Kenkyu Kiyou, Shimoina Kyouikukai, vol. 1, p. 211-218, Fiscal year, Geological Survey of Japan, p. 218-224, J. fig. 1-3, table 1, J, age: N, 320. MOTOYAMA Isao, 1995, Radiolarian thanatocoenosis in surface MATSUYAMA Naonori and NAKAZAWA Keiji, 1981, Reexamination sediments of the eastern and southern parts of the Japan Sea of the Uenoji Group in the northern Hidakagawa Belt. Newsletter (preliminary report). OKAMURA Yukinobu and INOUCHI of Co-operative Research (A) Formation process of the Shimanto Yoshiro (eds.): Comprehensive study on environmental changes Fold Belt, no. 2, p. 21-22, table 1, J, age: K, 230. in the western Hokkaido coastal area, Preliminary Reports on MATUL Alexander, ABELMANN Andrea, TIEDEMANN Ralf, Researches in the 1994 Fiscal year, Geological Survey of Japan, KAISER Andre and NUERNBERG Dirk, 2002, Late Quaternary p. 167-176, J. polycystine radiolarian datum events in the Sea of Okhotsk. Geo- MOTOYAMA Isao, 1999, Radiolarians from mudstone samples taken Marine Letters, vol. 22, p. 25-32, fig. 1-4, table 1, EE, age: Q, by GH98 cruise. IKEHARA Ken and OKAMURA Yukinobu 330. (eds.): Comprehensive study on environmental changes in the MIMURA Takahisa, 1979, On the development of the geological western Hokkaido coastal area and study on evaluation of marine structure in the southern part of the Tsugaru peninsula, Aomori active faults, Preliminary Reports on Researches in the 1998 Fiscal Prefecture. The Journal of the Geological Society of Japan, vol. year, GSJ Interim Report, Geological Survey of Japan, no. MG/ 85, p. 719-735, fig. 1-19, table 1, JE, age: N, 320. 99/1, p. 199-202, J. MISSONI Sigrid, SCHLAGINTWEIT Felix, SUZUKI Hisashi, MOTOYAMA Isao, 2000, Radiolarians from rock and sediment samples GAWLICK Hans-Juergen, 2001, The Late Jurassic shallow water taken by GH99 cruise from Japan Sea. IKEHARA Ken and carbonate platform in the Berchtesgaden Calcareous Alps OKAMURA Yukinobu (eds.): Comprehensive study on (Germany) as revealed by the analysis of polymict mass-flow environmental changes in the western Hokkaido coastal area and deposits in pelagic cherty sediments (Sillenkopf Fm.). Zbl. Geol. study on evaluation of marine active faults, Preliminary Reports Palaeont. Teil I, vol. 2000, no. 1/2, p. 117-143, fig. 1-6, table 1, on Researches in the 1999 Fiscal year, GSJ Interim Report, GE, age: J, 220. Geological Survey of Japan, no. MG/00/1, p. 94-98, J. MITSUGI Tokuji, 1998, Radiolarian biostratigraphic study on the Lower MOTOYAMA Isao, 2001, Radiolarians from rock samples taken by Cretaceous Yezo Group, central Hokkaido, Japan. Rikougaku- GHOO cruise from Okhotsk Sea. KISHIMOTO Kiyoyuki and kenkyu-iho, Graduate school of Waseda University, no. 45, p. 63, IKEHARA Ken (eds.): Marine geological and geophysical study J, age: K, 230. on the collision zone of Kurile and Northeast Japan Arcs and study MITSUGI Tokuji, ISHIDA Keisuke, WOO B.-G., CHANG Ki-Hong, on evaluation of marine active faults-in the areas of Okhotsk Sea PARK Sun-Ok and HIRANO Hiromichi, 2001, Radiolarian- and Off-Tokai-, Preliminary reports on researches in the 2000 bearing conglomerate from the Hayang Group, the Kyongsang Fiscal Year, GSJ Interim Report, Geological Survey of Japan, p. Supergroup, southeastern Korea. Journal of Asian Earth Sciences, 208-210, J. vol. 19, p. 751-763, fig. 1-9, table 1-2, EE, age: Pm,160, Tr, 210, MOTOYAMA Isao, 2002, Radiolarians from rock samples taken by J, 220. GHO1 cruise from Okhotsk Sea. IKEHARA Ken (ed.): Marine MIYASHITA Sumio and MATSUOKA Atsushi, 2001, Origin of geological and geophysical study on the collision zone of Kurile oceanic materials and accretionary complexes. Committee for and Northeast Japan Arcs and study on evaluation of marine active public lectures of Niigata University (ed.): Dynamic Earth- Past, faults-in the area of Okhotsk Sea-, Preliminary reports on present and future of the Japanese Island examined from the researches in the 2001 Fiscal Year, GST Interim Report, Geological geology of the Niigata region, Textbook of 2001 Niigata University Survey of Japan, no. 25, p. 269-271, J. TV program, p. 30-40, fig. 1-11, J. MOTOYAMA Isao, 2002, Late Cenozoic radiolarians from South MIZUTANI Shinjiro, 1984, LIST OF PAPERS on radiolarian fossil Atlantic Hole 1082A, Leg 175. WEFER G., BERGER W. H. and and radiolarian biostratigraphy by Japanese paleontologists and RICHTER C. (eds.): Proceedings of the Ocean Drilling Program, stratigraphers. Report of Co-operative Research on Radiolarian Scientific Results. Texas A & M University (CD-ROM), vol. 175, Biostratigraphy of Mesozoic and Paleozoic Groups in Japan, p. p. 1-26, fig. 1-2, table 1-2, EE, age: N, 320, Q, 330. Al-A22 and Bl-B22, E. MOTOYAMA Isao, 2003, Radiolarians from semi-consolidated rock MIZUTANI Shinjiro, 1985, Mesozoic radiolarians in the Mino area. samples taken by GH02 cruise from continental slope off Tokachi. Nagoya Chigaku (Nagoya Journal of Space & Earth Sciences), OKAMURA Yukinobu (ed.): Marine geological and geophysical no. 47, p. 4-11, fig. 1-4, J, age: J, 220. studies on the collision zone of Kurile and Northeast Japan Arcs- MIZUTANI Shinjiro, 1991, LIST OF PAPERS on radiolarian fossil off Tokachi area-, Preliminary reports on researches in the 2002 and radiolarian biostratigraphy by Japanese paleontologists and Fiscal Year, GSJ Interim Report, Geological Survey of Japan, no. stratigraphers. Report of Co-operative Research (A) Radiolarian 26, p. 142-144, J. Biostratigraphy and its International Correlation, p. 517-603, E. MOTOYAMA Isao, 2004, Radiolarians from rock samples taken by MIZUTANI Shinjiro and YAO Akira, 1993, LIST OF PAPERS on GH03 cruise from the Pacific off eastern Hokkaido. KATAYAMA LIST OF PAPERS (after Kuwahara, Yao and Mizutani, 2001) on Japanese radiolarians and radiolarian biostratigraphy

Hajime (ed.): Marine geological and geophysical studies on the JE, age: Pm,160. collision zone of Kurile and Northeast Japan Arcs-off Kushiro NAKAE Satoshi, 2002, Triassic and Jurassic radiolarians from the and Hidaka area-, Preliminary reports on researches in the 2003 Tamba Terrane in the Nishizu district, Fukui, Southwest Japan. Fiscal Year, GSJ Interim Report, Geological Survey of Japan, no. Bulletin of the Geological Survey of Japan, vol. 53, p. 51-59, fig. 30, p. 112-114, J. 1-5, table 1-2, JE, age: Tr, 210, J, 220. MOTOYAMA Isao, NAKAJIMA Takeshi and KAWAHATA Hotaka, NAKAE Satoshi and KAMATA Kotaro, 2003, Late Jurassic radiolarians 1995, Paleoenvironmental analyses on the core NGC57 taken from from the Rikuchu-Seki district in the North Kitakami Belt, the Hess Rise, North Pacific. Kaiyo Monthly. Kaiyo (Ocean) Northeast Japan. The Journal of the Geological Society of Japan, monthly, vol. 27, p. 549-553, fig. 1-3, J, age: Q, 330. vol. 109, p. 722-725, fig. 1-4, JE, age: J, 220. MOTOYAMA Isao and NAKAMURA Sachiko, 2002, Radiolarian NAKAE Satoshi, KOMATSUBARA Taku and NAITO Kazuki, 2002, biostratigraphy of the Miocene Masuporo and Wakkanai Geology of the Nishizu District. Geological sheet map at 1:50,000, Formations of the Uruyagawa section, Wakkanai, Hokkaido, Geological Survey of Japan, p. 1-90, fig. 1-77, table 1-15, JE, Japan, with special reference to unconformity. The Journal of the age: Pm,160, Tr, 210, J, 220. Geological Society of Japan, vol. 108, p. 219-234, pl. 1-2, fig. 1- NAKAGAWA Chuzo, 1980, Radiolarian fossils of the Shimanto Belt. 5, table 1, JE, age: N, 320. Newsletter of Co-operative Research (A) Formation process of MOTOYAMA Isao, NIITSUMA Nobuaki, MARUYAMA Toshiaki, the Shimanto Fold Belt, no. 1, p. 56-57, J, age: K, 230. HAYASHI Hiroki, KAMIKURI Shinichi, SHIONO Masamichi, NAKAGAWA Chuzo, 1981, Geologic age of the Shimanto Fold Belt KANAMATSU Toshiya, AOKI Kaori, MORISHITA Chikako, determined by microfossils -age determination and sedimentary HAGINO Kyoko, NISHI Hiroshi and ODA Motoyoshi, 2004, environment-. Newsletter of Co-operative Research (A) Formation Middle Miocene to Pleistocene magneto-biostratigraphy of ODP process of the Shimanto Fold Belt, no. 2, p. 34-35, J, age: J, 220, Sites 1150 and 1151, northwest Pacific: sedimentation rate and K, 230. updated regional geologic timescale. The Island Arc, vol. 13, p. NAKAGAWA Chuzo, 1982, Radiolarian fossil assemblages in the 289-305, fig. 1-6, table 1-2, EE, age: N, 320, Q, 330. Shimanto Belt of the eastern margin of Shikoku. Report of Co- MURAMATSU Takeshi, 2001, Geology and radiolarian fossils of the operative Research (A) Formation process of the Shimanto Fold Chichibu Belt in the northern Akaishi Tectonic Zone, central Japan: Belt, p. 118-119, J, age: J, 220, K, 230. for the construction of the microfossil database (Part VI). Bulletin NAKAMURA Sayoko, KUWAZURU Junji and MIYAMOTO Takami, of the Iida City Museum, vol. 11, p. 65-78, fig. 1-10, table 1, JE, 1998, The Jurassic formation in the Bisho area of the Hinagu Belt, age: Pm,160, Tr, 210, J, 220, K, 230. west Kyushu, Southwest Japan and its radiolarian biostratigraphy. MURAMATSU Takeshi, 2001, Radiolarian fossils and Geology of Kyushu Tectonics Working Group News Letter, no. 3, p. 47-69, Akaishi Mountains. MURAMATSU Takeshi, SHIKATA pl. 1-2, fig. 1-3, table 1-6, J, age: J, 220. Keiichiro, SHIMODAIRA Tsutomu (eds.): Traveling to the NAKANO Shun, TAKEUCHI Makoto, YOSHIKAWA Toshiyuki, Southern Japanese Alps: guide for geological and geographical NAGAMORI Hideaki, KARIYA Yoshihiko, OKAMURA Koji observations, Iida City Museum, p. 103-108, fig. 1-3, J, age: Tr, and TAGUHI Yusaku, 2002, Geology of the Shiroumadake 210, J, 220, K, 230. district. Geological Sheet Map at 1:50,000, Geological Survey of MURAMATSU Takeshi, 2002, Geology and radiolarian fossils of the Japan, p. 1-105, fig. 1-89, table 1-7, JE, age: Pm,160. Shimanto Belt in the Ikeguchi-gawa area, southwest Akaishi NAKAZAWA Keiji and Kishu Shimanto Research Group, 1981, Mode Mountains -for the construction of the microfossil database (Part of occurrence of greenstone and chert in the Hidaka Belt, Kii. VII) -. Natural History Reports of Inadani, vol. 3, p. 69-77, fig. 1- Newsletter of Co-operative Research (A) Formation process of 5, table 1-2, JE, age: K, 230. the Shimanto Fold Belt, no. 2, p. 34-35, J, age: J, 220, K, 230. MURATA Masafumi and NISHIZONO Yukihisa, 1983, Sedimentary NAKAZAWA Keiji, KUMON Fujio, KIMURA Katsumi, facies and radiolarian assemblages of Paleozoic and Mesozoic MATSUYAMA Hisanori and NAKAJO Kenji, 1982, Sedimentary sediments in the Kuma Massif. Excursion Guide Book, 90th environment of Cretaceous cherts of the Shimanto Belt in the Kii Annual Meeting of the Geological Society of Japan, p. 1-22, pl. Peninsula (Abstract). Report of Co-operative Research (A) 1-5, fig. 1-7, J, age: Pm,160, Tr, 210, J, 220, K, 230. Formation process of the Shimanto Fold Belt, p. 154-156, J, age: NAGATA Kyoichi and ICHINOSEKI Tetsuro, 1982, On the Miocene J, 220, K, 230. biostratigraphic study of the Hidaka area, central part of Hokkaido NAKAZAWA Keiji and YOKOI Satoru, 1980, Stratigraphy and -especially on the relation between radiolarian and foraminiferal geologic structure around the Butsuzo Tectonic Line in the western biostratigraphy-. Bulletin of Technical Laboratory, JAPEX, vol. part of Shimizu-cho, Wakayama Prefecture. Newsletter of Co- 25, p. 113-173, pl. 1-2, fig. 1-26, table 1-22, JE, age: Pg, 310. operative Research (A) Formation process of the Shimanto Fold NAKA Takahiro, KIMURA Katsumi, SIDDIQUI Rehanul Haq, Belt, no. 1, p. 16-17, J, age: J, 220, K, 230. MENGAL Jan Muhammad, KOJIMA Satoru and SAWADA NAKAZAWA Keiji, YOKOI Satoru, TAKETOMI Hiroshi and Yoshihiro, 1998, Evolution of the Ceno-Tethys Ocean in the KAMON Mitsuru, 1982, Geology of the northern marginal Muslim Bagh continent-continent collision zone, Pakistan. Shimanto Belt in the western Kii Peninsula. Report of Co-operative Chishitsu News, no. 525, p. 37-48, fig. 1-8, J, age: Tr, 210, J, 220, Research (A) Formation process of the Shimanto Fold Belt, p. K, 230. 36-45, fig. 1-2, table 1-2, J, age: J, 220, K, 230. NAKAE Satoshi, 2000, Three kinds of Middle to Late Jurassic pelitic NISHI Hiroshi, KITAZATO Hiroshi and MATSUOKA Atsushi, 2002, rocks from the Ashio Terrane at the Daigo district in the Yamizo Recent progress in paleoceanography and paleontology -Frontier Mountains, central Japan. Bulletin of the Geological Survey of of ocean environmental researches in the earth history. The Earth Japan, vol. 51, p. 113-128, pl. 1-3, fig. 1-6, table 1, JE, age: J, monthly, vol. 24, p. 377-381, fig. 1, J. 220. NISHIMURA Akiko, 2003, The skeletal structure of Prunopyle NAKAE Satoshi, 2001, Permian radiolarians from cherts of the Tamba antarctica Dreyer (Radiolaria) in sediment samples from the Terrane in the Nishizu district, Fukui, Southwest Japan. Bulletin Antarctic Ocean. Micropaleontology, vol. 49, p. 197-200, pl. 1, of the Geological Survey of Japan, vol. 52, p. 245-252, fig. 1-6, fig. 1, EE, age: R, 340. 240 KUWAHARA Kiyoko

NISHIMURA Koichi, 1990, Radiolarian biostratigraphy and structure Geophysical Research Letters, vol. 30, p. OCE3-1 - 3-5, fig. 1-3, of the Permian Maizuru Group in eastern part of Yanahara area, table 1, EE, age: Q, 330. Okayama Prefecture, Southwest Japan. Geological reports of OKAZAKI Yusuke, TAKAHASHI Kozo, YOSHITANI Hiroshi, Shimane University, vol. 9, p. 65-84, fig. 1-10, JE, age: Pm,160. NAKATSUKA Takeshi, IKEHARA Minoru and WAKATSUCHI NISHIZONO Yukihisa, 2004, Jurassic radiolarians from the Uminoura Masaaki, 2003, Radiolarians under the seasonally sea-ice covered coast in the Kurosegawa Terrane, western Kyushu, Southwest conditions in the Okhotsk Sea: flux and their implications for Japan. News of Osaka Micropaleontologists, Special Volume, no. paleoceanography. Marine Micropaleontology, vol. 49, p. 195- 13, p. 111-133, fig. 1-14, table 1-5, JE, age: J, 220. 230, pl. 1-3, fig. 1-14, table 1-4, EE, age: Q, 330. NIWA Masakazu, KASHIWAGI Kenji and TSUKADA Kazuhiro, 2003, OTA Miyuki, KOKUSHO Tomotsugu and MOTOYAMA Isao, 2002, Jurassic, Triassic and Permian radiolarians from the Hirayu Radiolarian analysis using sediment trap samples from Stations complex of the Mino Belt in the Nyukawa-Hirayu area, Gifu WCT-1 and WCT-2. Research on sedimentation process in the Prefecture, central Japan. The Journal of Earth and Planetary open ocean, 2001 Fiscal Year report, GSJ Interim Report, Sciences, Nagoya University, vol. 50, p. 13-42, fig. 1-15, table 1- Geological Survey of Japan, no. 24, p. 84-89, J. 3, EE, age: Pm,160, Tr, 210, J, 220. OYAIZU Atsushi, MIURA Kenichiro, TANAKA Toshiharu, NIWA Masakazu, TSUKADA Kazuhiro and KOJIMA Satoru, 2002, HAYASHI Hisaaki and KIMINAMI Kazuo, 2002, Geology and Early Jurassic radiolarians from pelitic rocks in the Mino Belt, radiolarian ages of the Shimanto Supergroup, western Shikoku, Nyukawa Village, Gifu Prefecture, central Japan. The Journal of Southwest Japan. The Journal of the Geological Society of Japan, the Geological Society of Japan, vol. 108, p. 16-23, fig. 1-3, table vol. 108, p. 701-720, fig. 1-3, table 1-3, JE, age: K, 230. 1, JE, age: J, 220. PARK Sun-Ok, KOZAI Takeshi, ISHIDA Keisuke and CHANG Ki- NIWA Masakazu, TSUKADA Kazuhiro and KOJIMA Satoru, 2002, Hong, 2003, Correlation of Early Cretaceous non-marine Permian clastic formation in the Yokoo area, Nyukawa Village, molluscan faunas of Korea and Japan. Journal of the Gifu Prefecture, central Japan. The Journal of the Geological Paleontological Society of Korea, vol. 19, p. 1-20, pl. 1, fig. 1, Society of Japan, vol. 108, p. 75-87, fig. 1-7, table 1, JE, age: table 1-8, KE, age: K, 230. Pm,160. RAGHAVAN Venkatesh, SHIBAYAMA Mamoru, YONEZAWA Go, NOJO Ayumu, ITAKI Takuya and ISHIMURA Toyoho, 2003, A review YAO Akira, MIZUTANI Shinjiro and KUWAHARA Kiyoko, of recent advances in Cenozoic microfossil studies in Hoddaido, 2000, Development of database on radiolarian literatures by Japan, since 1990. Earth Science (Chikyu Kagaku), the Journal of Japanese researchers. Bulletin of Osaka City University Media the Association for the Geological Collaboration in Japan, vol. Center, vol. 1, p. 38-46, fig. 1-19, table 1-2, EEJ. 57, p. 343-355, fig. 1-2, table 1-2, JE, age: Pg, 310, N, 320, Q, SAITO Makoto and TOSHIMITSU Seiichi, 2003, Permian radiolarian 330. fossils from the basement of the Lower Cretaceous Tomochi ODA Hirokuni and SUZUKI Hisashi, 2000, Paleomagnetism of Triassic Formation in the Tomochi area, central Kyushu. The Journal of and Jurassic red bedded chert of the Inuyama area, central Japan. the Geological Society of Japan, vol. 109, p. 71-74, fig. 1-3, JE, Journal of Geophysical Research, vol. 105, no. B11, p. 25743- age: Pm,160. 25767, fig. 22, table 7, EE, age: Tr, 210, J, 220. SAITO Tsunemasa, 1999, Revision of Cenozoic magnetostratigraphy OGANE Kaoru, 2004, Three-dimensional skeletal structure and the and the calibration of planktonic microfossil biostratigraphy of terminology of discoidal radiolarians. News of Osaka Japan against this new timescale. Journal of the Japanese Micropaleontologists, Special Volume, no. 13, p. 205-219, fig. 1- Association for Petroleum Technology, vol. 64, p. 2-15, fig. 1-6, 12, table 1, JE, age: Pg, 310, N, 320. table 1, JE, age: N, 320. OHKUSHI Ken'ichi, ITAKI Takuya and NEMOTO Naoki, 2003, Last SAITO Yasuji, 1998, Special feature :Museam Documentation II. Glacial-Holocene change in intermediate-water ventilation in the Databeses on geological collections of Natural History Museums. Northwestern Pacific. Quaternary Science Reviews, vol. 22, p. The Journal of Information Science and Technology Association, 1477-1484, fig. 1-4, EE, age: Q, 330. vol. 48, p. 95-100, fig. 1-4, J. OHTA Tohru and SAKAI Takashi, 2003, Revised stratigraphy of the SAKAI Akira, WAKITA Koji, YOSHIDA Takashi and AOKI Chie, Paleozoic and Mesozoic successions and proposal of the Jurassic 1982, Micropaleontological study on conodonts and radiolarians. Ashikita Group in the Uminoura area of the Kurosegawa Tectonic Chishitsu News, no. 337, p. 166-167, pl. 1-2, J, age: Tr, 210, J, Belt, western Kyushu, SW Japan. Journal of Geosciences, Osaka 220. City University, vol. 109, p. 671-688, fig. 1-13, table 1, JE, age: J, SASHIDA Katsuo and SALYAPONGSE Sirot, 2002, Permian 220. radiolarian faunas from Thailand and their paleogeographic OKADA Hakuyu, 1982, Sedimentary geological study of sedimentary significance. Journal of Asian Earth Sciences, vol. 20, p. 691- rocks of the Shimanto Belt. Report of Co-operative Research (A) 701, fig. 1-5, EE, age: Pm,160. Formation process of the Shimanto Fold Belt, p. 130-136, fig. 1, SASHIDA Katsuo, SALYAPONGSE Sirot and CHARUSIRI Punya, table 1, J, age: J, 220, Pg, 310. 2002, Lower Carboniferous radiolarian fauna from the Saba Yoi- OKAZAKI Yusuke, TAKAHASHI Kozo, ITAKI Takuya and Kabang Area, southernmost part of peninsular Thailand. KAWASAKI Yasuhiro, 2004, Comparizon of radiolarian vertical Micropaleontology, vol. 48, no. supplement 1, p. 129-143, pl. 1- distributions in the Okhotsk Sea near the Kuril Islands and in the 3, fig. 1-3, table 1, EE, age: Cb,150. northwestern North Pacific off Hokkaido Island. Marine SATO Tadashi, 1989, Radiolarian Revolution in the study of Japanese Micropaleontology, vol. 51, p. 257-284, pl. 1-4, fig. 1-5, table 1- Paleozoic-Mesozoic. Journal of the Japan Society of Engineering 4, EE, age: R, 340. Geology, vol. 30, p. 153-162, fig. 1-7, J. OKAZAKI Yusuke, TAKAHASHI Kozo, NAKATSUKA Takaeshi and SEKINE Kazuaki, IIJIMA Haruo and HASEGAWA Hatsuo, 2001, HONDA Makio C. , 2003, The production scheme of Geology of the northern part of the Chichibu Belt in the Kanto Cycladophora davisiana (Radiolaria) in the Okhotsk Sea and the Mountains. Bulletin of the Saitama Museum of Natural History, northwestern North Pacific: implication for the paleoceanographic no. 19, p. 31-44, fig. 1-8, table 1-2, JE, age: J, 220. conditions during the glacials in the high latitude oceans. SEKINE Kazuaki, IIJIMA Haruo and SAITO Yasuji, 1995, Jurassic LIST OF PAPERS (after Kuwahara, Yao and Mizutani, 2001) on Japanese radiolarians and radiolarian biostratigraphy

radiolarians from the Manba Unit of the northern Chichibu Belt, radiolarian zones of the Northern Calcareous Alps. Gmundner Kanto Mountains, central Japan. Bulletin of the National Science Geo-Studien, vol. 2, p. 115-122, pl. 1, fig. 1, GEGJ, age: J, 220. Museum, series C (Geology and Paleontology), National Science SUZUKI Hisashi and GAWLICK Hans-Juergen, 2003, Biostratigraphy Museum, Tokyo, Japan, vol. 21, p. 1-10, fig. 1-5, EE, age: J, 220. and taxonomy of radiolarians from chery sedimentary rocks of SEKINE Kazuaki, IIJIMA Haruo and SAITO Yasuji, 1995, Early Blaa Alm and north of Loser (Northern Calcareous Alps, Jurassic radiolarians from the Hashidate Group, Kanto Mountains, Callovian-Oxfordian). Mitt. Ges. Geol. Bergbaustud. Oesterr., vol. central Japan. Bulletin of the National Science Museum, series C 46, p. 137-228, fig. 1-6, GE, age: J, 220. (Geology and Paleontology), National Science Museum, Tokyo, SUZUKI Hisashi and KUWAHARA Kiyoko, 2003, Permian Japan, vol. 21, p. 51-59, fig. 1-3, table 1 EE, age: J, 220. radiolarians from the Kosado area of Sado Island, central Japan. SEKINE Kazuaki, IIJIMA Haruo and SAITO Yasuji, 2001, Jurassic The Journal of the Geological Society of Japan, vol. 109, p. 489- radiolarians from the low-grade metamorphic zone of the northern 492, pl. 1, fig. 1-3, JE, age: Pm,160. part of the Chichibu Belt in the Kanto Mountains, central Japan. SUZUKI Hisashi, KUWAHARA Kiyoko, KOMINE Akio, OTSUJI Bulletin of Natural Science Museum, Tokyo, Series C, vol. 27, p. Kenichi, FUJITA Harumi, KATO Hirotake, MATSUMOTO 101-108, fig. 1-4, table 1, EE, age: J, 220. Teruyuki, ASADA Shinji, YOSHIDA Yohei and MISAKI Shingo, SHUTO Takuro and OTSUKA Tsutomu, 2004, Late Jurassic-earliest 2004, Geologishes Alter der Tanba-Gruppe im Gebiet Takagamine Cretaceous accretionary complex of the eastern Mino Terrane, der Stadt Kyoto, Japan. Nature and its Environment, vol. 6, p. 14- central Japan: Radiolarian age and imblicate structure of the 27, pl. 1, fig. 1-3, JGE, age: J, 220. Misogawa complex. The Journal of the Geological Society of SUZUKI Hisashi, MAUNG Maung, AUNG Aye Ko and TAKAI Japan, vol. 110, p. 67-84, fig. 1-17, table 1, JE, age: J, 220. Masanaru, 2004, Jurassic radiolaria from chert pebbles of the STICKLEY C.E., BRINKHUIS H., MCGONIGAL K.L., Eocene Pondaung Formation, central Myanmar. Neues Jahrbuch CHAPRONIERE G.C.H., FULLER M., KELLY D.C., fuer Geologie and Palaeontologie, Abhandlungen, vol. 231, p. 369- NUERNBERG D., PFUHL, H.A., SCHELLENBERG S.A., 393, fig. 1-5, EEG, age: J, 220. SCHOENFELD J., SUZUKI N., TOUCHARD Y., WEI W., SUZUKI Hisashi, PRINZ-GRIMM Peter and SCHMIDT-EFFING WILLIAMS G.L., LARA J., and STANT S.A., 2004, Late Reinhard, 2002, Radiolarians from the Hettangian/Sinemurian Cretaceous - Quaternary biomagneto-stratigraphy of ODP sites boundary of northern Peru. Palaenologische Zeitschrift, vol. 76, 1168, 1170, and 1172, Tasmanian Gateway. Proceedings of the p. 163-187, fig. 1-9, GES, age: J, 220, NSP. Ocean Drilling Program, Scientific Results, vol. 189, p. 1-57, fig. SUZUKI Hisashi, YAMAGUCHI Maki and SETOGUCHI Takeshi, 1-13, table 1-4, EE, age: K, 230, Pg, 310, N, 320, Q, 330. 2002, Cretaceous radiolaria from chert pebbles of the Miocene SUGIYAMA Kazuhiro, 2000, Abundance and preservation of Honda Group of Huila, central Colombia. Neues Jahrbuch fuer radiolarians from surface sediments collected through the NH98 Geologie and Palaeontologie, Monatshefte, vol. 2002, p. 48-64, Cruise. Research on sedimentation process in the open ocean, GSJ fig. 1-4, EGS, age: K, 230. Interim Report, no. MG/00/2, p. 90-102, fig. 1-2, table 1-2, J, age: SUZUKI Hisashi, WEGERER Eva and GAWLICK Hans-Juergen, 2001, Q, 330. Radiolarian stratigraphy in the Lower Callovian in the Northern SUYARI Kazumi, 1981, Chert and volcani-clastic rock of the northern Calcareous Alps - the example of the Klauskogelbach section west Shimanto Belt in the eastern Shikoku. Newsletter of Co-operative of Hallstatt (Austria). Zbl. Geol. Palaeont., vol. 1, p. 167-184, fig. Research (A) Formation process of the Shimanto Fold Belt, no. 2, 6, GE, age: J, 220. p. 36-41, J, age: J, 220, K, 230. SUZUKI Noritoshi, 2005, Physiological axopodial activity of SUYARI Kazumi, 1982, Some information of the Shimanto Belt in the Rhizosphaera trigonacantha Haeckel (a spheroidal radiolarian, east part of Shikoku. Report of Co-operative Research (A) Polycystina, Protista). Marine Micropaleontology , vol. 54, p. 141- Formation process of the Shimanto Fold Belt, p. 46-52, fig. 1-3, 153, pl. 1-2, fig. 1-2, EE, age: R, 340. J, age: J, 220, K, 230. SUZUKI Noritoshi, AKIBA Natsumi and KANOH Harumasa, 2002, SUZUKI Atsushi and MOTOYAMA Isao, 1994, Formation of siliceous Late Olenekian radiolarians from bedded chert of Ashio Terrane , tests and paleoproductivity of the ocean. Chishitsu News, no. 475, Northeast Japan, and faunal turnovers in western Panthalassa p. 39-47, fig. 1-8, table 1-2, J, age: Q, 330, R, 340. during Early Tirassic. Journal of China University of Geosciences, SUZUKI Hiroyuki, 1988, Eocene Radiolaria of the Muro Group in Kii vol. 13, p. 124-140, pl. 1, fig. 1-3, table 1-2, EE, age: Tr, 210. Peninsula, SW-Japan. The Science and Engineering Review of SUZUKI Noritoshi, ENNYU Atsuhito and KIDA Shintaro, 2003, Leg Doshisha University, vol. 29, p. 185-196, pl. 1-2, fig. 1-2, JE, 189: Cenozoic paleoceanographic change with Tasmanian age: Pg, 310. Gateway Opening, the Southern Oceans. Chikyu monthly SUZUKI Hiroyuki, 1992, On the geologic age of the Ryujin Formation symposium, no. 40, p. 103-109, fig. 1-3, J, age: Pg, 310, N , 320, in the Hidakagawa Belt, Shimanto Terrane of Southwest Japan. Q, 330. The Science and Engineering Review of Doshisha University, vol. SUZUKI Noritoshi and KIDA Shintaro, 2004, How many radiolarians 32, p. 350-361, p1. 1-2, fig. 1-3, JE, age: K, 230. should be counted?: a methotivf estimating the relative abundance SUZUKI Hiroyuki, 1993, Discovery of Eocene radiolaria from the in the parent populations. News of Osaka Micropaleontologists , Otonashigawa Belt of the Shimanto Superbelt in the Kii Peninsula , Special Volume, no. 13, p. 221-227, fig. 1, table 1, JE. Southwest Japan. Earth Science (Chikyu Kagaku), the Journal of SUZUKI Noritoshi and OGANE Kaoru, 2004, Paleoceanigraphic the Association for the Geological Collaboration in Japan, vol. affinities of radiolarian faunas in late Aalenian time (Middle 47, p. 75-79, fig. 1-4, J, age: Pg, 310. Jurassic) recorded in the Jurassic accretionary complex of Japan. SUZUKI Hiroyuki, 1998, The Tamba Jurassic accretionary complex Journal of Asian Earth Sciences, vol. 23, p. 343-357, fig. 1-9, exposed around the Haccho-yama district in the Kitayama area of table 1, EE, age: J, 220. Kyoto Prefecture, central Japan. The Science and Engineering SUZUKI Takashi, 1982, Formation process of accretionary melange in Review of Doshisha University, vol. 39, p. 163-173, pl. 1, fig. 1- Shimanto Belt, mainly on the Cretaceous of Shikoku. Report of 4, table 1, JE, age: J, 220. Co-operative Research (A) Formation process of the Shimanto SUZUKI Hisashi and GAWLICK Hans-Juergen, 2003, The Jurassic Fold Belt, p. 67-69, J, age: J, 220, K, 230. 242 KUWAHARA Kiyoko

TAGA Hideko, KITAGAWA Mieko, and SUGIHARA Megumi, 1999, Kazuyoshi, WANI Ryoji and ANDO Hisao, 2004, Geology and Note of occurrence of radiolarian fossils in the Nanjo Massif, Fukui stratigraphy of forearc basin sediments in Hokkaido, Japan: Prefecture, Central Japan -No.3- Okunono area. Bulletin of the Cretaceous environmental events on the north-west Pacific margin. Fukui City Museum of Natural History, vol. 46, p. 55-63, pl. 1-2, Cretaceous Research, vol. 25, p. 365-390, fig. 1-8, table 1, EE, fig. 1-3, J, age: J, 220. age: K, 230. TAKAHASHI Jiro, YAMASAKI Tetsuji, YOKOTA Yoshinori, TAKAYANAGI Yokichi, YASUDA Hisato, SHIMAMURA Kiyoshi KAWANISHI Jun and INOUE Shuya, 1990, Geology of the Iyo and AITA Yoshiaki, 1982, Some micropale-ontological City - Futami Town area, Ehime Prefecture. Memoirs of the information of the Shimanto Belt, Kochi Prefecture. Report of Faculty of Education, Ehime University, Series III, Natural science, Co-operative Research (A) Formation process of the Shimanto vol. 10, p. 19-29, pl. 1, fig. 1-3, table 1, JE, age: K, 230. Fold Belt, p. 120-126, fig. 1, table 1-3, J, age: J, 220, K, 230. TAKAHASHI Kiyoshi, ICHINOSEKI Tetsuro, OOKURA Tamotsu, TAKEMURA Atsushi, AITA Yoshiaki, HORIS Rie., HIGUCHI AKIBA Fumio MURATA Yujiro, and KOTADO Toshio, 1980, Yasushi, SPOERLI K. Bernhard, KODAMA Kazuto and SAKAI Neogene micro-biostratigraphy in the Oshima Peninsula, Toyosaburo, 2002, Triassic radiolarians from the ocean-floor Hokkaido. Bulletin of Technical Laboratory, JAPEX, vol. 23, p. sequence of the Waipapa Terrane at arrow Rocks, Northland, New 142-167, fig. 1-12, table 1-9, JJ, age: N, 320. Zealand. New Zealand Journal of Geology and Geophysics, vol. TAKAHASHI Kozo, 2002, Diatoms and Radiolaria. Chishitsu News, 45, p. 289-296, fig. 1-6, EE, age: Tr, 210. no. 576, p. 37-43, pl. 1-2, fig. 1-4, J, age: R, 340. TAKEMURA Shizuo, SAKAMOTO Shingo, TAKEMURA Atsushi, TAKAHASHI Kozo and ANDERSON 0. Roger, 2002, Class NISHIMURA Toshiharu, AITA Yoshiaki, YAMAKITA Satoru, Phaeodaria. LEE J.J., LEEDALE G.F. and BRADBURY P. (eds.): KAMATA Yoshihito, SPOERLI K. Bernhard, CAMPBELL J. The Second Illustrated Guide to the Protozoa. Society of Hamish, SAKAI Toyosaburo, SUZUKI Noritoshi, HORI S. Rie, Protozoologists, Lawrence, Kansas, p. 981-994, fig. 1-5, E, age: SAKAKIBARA Masayuki, OGANE Kaoru, KODAMA Kazuhito, R, 340. and NAKAMURA Yoichi, 2004, Lithofacies of Middle to Late TAKAHASHI Kozo, KOBAYASHI Fumiko and YAMASHITA Permian pelagic sedimentary rocks at Arrow rocks, North Island. Hitoshi, 2002, Time-series fluxes of siliceous plankton as a tracer News of Osaka Micropaleontologists, Special Volume, no. 13, p. for oceanic environment. Kaiyo (Ocean) monthly, vol. 34, p. 362- 21-28, fig. 1-8, EE, age: Pm,160. 369, fig. 1-6, table 1-3, J, age: R, 340. TAKENOUCHI Ko, TAKIZAWA Fuminori, MIYASHITA Sumio, TAKAHASHI Kozo and YAMASHITA Hitoshi, 2004, Temporal and KIMURA Koshi and OHKOUCHI Makoto, 2002, Geology and vertical flux changes of radiolarians in the western and central structure of the Joetsu Belt and the Western zone of the Ashio equatorial Pacific during the 1999 La Nina conditions. The Journal Belt, central Japan. SHIMURA Toshiaki, KUROKAWA Katsuki of the Geological Society of Japan, vol. 110, p. 463-479, fig. 1- and URABE Atsushi (eds.): Excursion Guidebook. The 109th 10, table 1, JE, age: R, 340. Annual Meeting of the Geological Society of Japan, Niigata, 2002 TAKAHASHI Masaki and OKADA Toshinori, 2001, K-Ar age of the p. 41-63, fig. 1-32, J, age: Pm,160. Kn-1 Tuff in the Miocene marine sequence in the Boso Peninsula, TAKEUCHI Makoto, KAWAI Masaki, NODA Atsushi, SUGIMOTO central Japan. Journal of the Japanese Association for Petroleum Norihiko, YOKOTA Hideharu, KOJIMA Satoru, OHNO Kenya, Technology, vol. 66, p. 396-403, fig. 1-3, table 1, EE, age: N, NIWA Masakazu and OHBA Hotaka, 2004, Stratigraphy of the 320. Permian Shiroumadake Formation and its structural relationship TAKAHASHI Osamu, 1999, Polyphase accretionary tectonics in the with serpentinite in the Mt. Shiroumadake area, Hida Gaien belt, Jurassic to Cretaceous accretionary belts of central Japan. The central Japan. The Journal of the Geological Society of Japan, Island Arc, vol. 8, p. 349-358, fig. 1-6, table 1, EE, age: J, 220, K, vol. 110, p. 715-730, fig. 1-17, JE, age: Pm,160. 230. TANAKA Hitoshi, SAKAMOTO Daisuke, TAKAHASHI Tsutomu and TAKAHASHI Osamu, 2004, Phaeodarian Radiolaria from the Upper KASHIWAGI Kenji, 2002, Lower Cretaceous Imaizumigawa Cretaceous beds of central Japan. Revue de micropaleontology, Formation (new name) of the Yatsushiro Mountains, Kumamoto vol. 47, p. 119-125, fig. 1-17, EEF, age: K, 230. Prefecture. Bulletin of Goshoura Cretaceous Museum, no. 3, p. 1- TAKAHASHI Osamu, MAYAMA Shigeki, and MATSUOKA Atsushi, 10, fig. 1-9, table 1, JE, age: K, 230. 2003, Host-symbiont associations of polycystine Radiolaria: TOSHIMITSU Seiichi, MATSUMOTO Tatsuro, NODA Masayuki, epifluorescence microscopic observation of living Radiolaria. NISHIDA Tamio and MAIYA Seijuro, 1995, Integration of mega- Marine Micropaleontology, vol. 49, p. 187-194, pl. 1, fig. 1-5, , micro- and magneto-stratigraphy of the Upper Cretaceous in table 1, EE, age: R, 340. Japan. Proceedings of 15th International Symposium of TAKAHASHI Osamu, YUASA Tomoko, HONDA Daisuke and Kyungpook National University, p. 357-370, table 1-2, EE, age: MAYAYA Shigeki, 2004, Molecular phylogeny of solitary shell- K, 230. bearing Polycystinea (Radiolaria). Revue de micropaleontologie, UJIIE Hiroshi, 2000, Geology of the Iheyajima and Izenajima district. vol. 47, p. 111-118, fig. 1-5, table 1, EEF, age: R, 340. Geological Sheet Map at 1:50,000, Geological Survey of Japan, TAKAHASHI Yutaka, TOYOSHIMA Tsuyoshi, SHIMURA Toshiaki, JE, age: Pm,160, Tr, 210, J, 220. HARA Hidetoshi, TAKEUCHI Keiji, SAKAI Akira and UMEDA Masaki, 1999, Upper Silurian-Middle Devonian radiolarian NAKANO Shun, 2004, Geology of the Suhara district. Geological zones of the Yokokurayama and Konomori areas in the Sheet Map at 1:50,000, Geological Survey of Japan, p. 1-80, fig. Kurosegawa Belt, Southwest Japan: Reply. The Island Arc, vol. 1-9, table 1-6, JE, age: Pm,160, Tr, 210, J, 220. 8, p. 538, E, age: 5,130, D, 140. TAKAMURA Yuji and HAYAMI Toshiyuki, 1985, On the Paleozoic UMEDA Masaki, 2002, Taxonomy and diversity history of Paleozoic and Mesozoic strata in the eastern area of Imajo-cho, Fukui radiolarians: Seven extinction events. Journal of Geography, vol. Prefecture, central Japan. Bulletin of the Fukui Municipal Museum 111, p. 33-54, fig. 1-7, table appendix 1, JE, age: Cm,110, 0, 120, of Natural History, no. 31, p. 1-16, pl. 1-6, fig. 1-5, J, age: J, 220, S, 130, D, 140, Cb, 150, Pm, 160. K, 230. UMEDA Miyuki, 1983, Mesozoic sediments at the south of TAKASHIMA Reishi, KAWABE Fumihisa, NISHI Hiroshi, MOYIYA Higashimata, Ikeda Cho, Fukui Prefecture, central Japan. Bulletin LIST OF PAPERS (after Kuwahara, Yao and Mizutani, 2001) on Japanese radiolarians and radiolarian biostratigraphy 243

of the Fukui Municipal Museum of Natural History, no. 30, p. 19- west of Hallstatt (Callovium-Oxfordium, Northern Calcareous 33, pl. 1-3, fig. 1-7, JJ, age: J, 220. Alps). Mitt. Ges. Geol. Bergbaustud. Oesterr., vol. 42, p. 93-108, UMEDA Miyuki and TAGA Hideko, 2000, Note of occurrence of fig. 1-9, GE, age: J, 220. radiolarian fossils in the Nanjo Massif, Fukui Prefecture, Central WEGERER Eva, SUZUKI Hisashi and GAWLICK Hans-Juergen, 2001, Japan -No.4-Yamanaka-Oogiri Area. Bulletin of the Fukui City Stratigraphy of cherty sediments in the Sandling area (Northern Museum of Natural History, no. 47, p. 15-31, pl. 1-5, fig. 1-4, Calcareous Alps, Callovian-Oxfordian). Mitt. Ges. Geol. table 1, J, age: Tr, 210, J, 220. Bergbaustud. Oesterr., vol. 45, p. 67-87, fig. 1-9, GE, age: J, 220. UMEDA Miyuki and TAGA Hideko, 2001, Note of occurrence of WEGERER Eva, SUZUKI Hisashi and GAWLICK Hans-Juergen, 2003, radiolarian fossils in the Nanjo Massif, Fukui Prefecture, Central Stratigraphical position of cherty sediments SE of the Plassen Japan -No.5- Yunoo-dani Area. Bulletin of the Fukui City Museum Mountain (Northern Calcareous Alps, Austria). Jahrbuch der of Natural History, no. 48, p. 27-47, pl. 1-7, fig. 1-5, table 1, J, Geologichen Bundesanstalt, vol. 143, p. 323-335, fig. 1-11, GE, age: Tr, 210, J, 220. age: J, 220. UMEDA Miyuki and TAGA Hideko, 2002, Note of occurrence of XIA Wenchen, ZHANG Ning, WANG Guoqing and KAKUWA radiolarian fossils in the Nanjo Massif, Fukui Prefecture, Central Yoshitaka, 2004, Pelagic radiolarian and conodont biozonation Japan -No.6- the north of Sugentan-touge. Bulletin of the Fukui in the Permo-Triassic boundary interval and correlation to the City Museum of Natural History, no. 49, p. 27-52, pl. 1-10, fig. 1- Meishan GSSP. Micropaleontology, vol. 50, p. 27-44, pl. 1-4, fig. 2, table 1, J, age: J, 220. 1-5, table 1-2, EE, age: Pm, 160. UMEDA Miyuki and TAGA Hideko, 2003, Note of occurrence of YAGI Nobuyuki, 2000, Stratigraphy of the Cretaceous and Paleogene radiolarian fossils in the Nanjo Massif, Fukui Prefecture, central Sedimentary Complexes of the Kobotoke Belt, Kanto Mountains, Japan -No.7- Takura-gawa Area. Bulletin of the Fukui City Central Japan. Science Reports of the Institute of Geoscience, Museum of Natural History, no. 50, p. 27-36, pl. 1-3, fig. 1, table University of Tsukuba, Section B=Geological Sciences, vol. 21, 1, JJ, age: Pm,160, Tr, 210, J, 220. p. 13-40, fig. 1-17, table 1, EE, age: K, 230, Pg, 310. WAKITA Koji, 2000, Cretaceous accretionary-collision complexes in YAMAMOTO Hirofumi(*B) and YAMAUCHI Moriyoshi, 2000, The central Indonesia. Journal of Asian Earth Sciences, vol. 18, p. 739- seasurface temperature hanges during the past 20 thousandyears 749, fig. 1-4, EE, age: K, 230. in marine sediment cores collected during RN "MIRAI" MR97- WAKITA Koji, 2001, Oh! My Sweet Karangsambung -A Geological 04 cruise. Report of Japan Marine Science and Technology Center, Trip for Cretaceous Accretionary Complex in central Java , no. 40, p. 43-52, fig. 1-3, table 1-4, JEJ, age: Q, 330. Indonesia-. Chishitsu News, no. 567, p. 52-66, fig. 1-32, J, age: YAMAMOTO Hirofumi(*B) and YAMAUCHI Moriyoshi , 2002, K, 230. Changes in the Kuroshio Current and Oyashio Current in the past WAKITA Koji, 2002, "Mysterious Unconformity" in Sulawesi Island, 130,000 years, it is based on radiolaria fossils in the western North Indonesia. Chishitsu News, p. (frontispiece 5-8), fig . 1-18, J, age: Pacific Ocean on the R/V Mirai cruise [MR01-K02]. Report of K, 230. Japan Marine Science and Technology Center, no. 46, p. 47-57, WAKITA Koji, 2002, Mystery Man and Mysterious Unconformity in fig. 1-4, table 1-3, JE, age: Q, 330. South Sulawesi, Indonesia -A Geological Trip Cretaceous YAMAMOTO Takahiro, KURIMOTO Chikao and YOSHIOKA accretionary complex in Sulawesi Island, Indonesia-. Chishitsu Toshikazu, 2002, Geology of the Yamasaki district . Geological News, no. 573, p. 48-68, fig. 1-39, J, age: K, 230. sheet map at 1:50,000. Geological Survey of Japan, p. 1-48, fig. WAKITA Koji, 2002, Secrets of Lost Diamonds -A Geological Trip 1-25, table 1-2, JE, age: J, 220. Cretaceous accretionary complex in South Kalimantan, Indonesia- YAMASAKI Tetsuji, 2001, Geology of Cretaceous Shimanto Belt at . Chishitsu News, no. 574, p. 53-67, fig. 1-31, J, age: J, 220, K, Onji, Mima Town, Ehime Prefecture. Bulletin of the Faculty of 230. Education, Ehime University, Series III Natural Science, vol. 21, WAKITA Koji, 2002, Collision and Accretion Tectonics in Indonesia - p. 7-11, pl. 1-4, fig. 1-2, JE, age: K, 230. A Geological Trip of Cretaceous accretionary complex in YAMASAKI Tetsuji and KURODA Katsutoshi , 2001, Radiolarian Indonesia. Chishitsu News, no. 579, p. 24-47, fig. 1-23 , J, age: K, fossils of the Cretaceous Shimanto Group in the Seizui area , 230. Hiromi Town, Ehime Prefecture. Bulletin of the Faculty of WAKITA Koji and KAWAMURA Yukio, 1985, Now, the top of the Education, Ehime University, Series III Natural Science, vol. 22, Billboard Music Chart is "Dance with Rads" by THE p. 11-15, pl. 1, fig. 1-2, JE, age: K, 230. RADIOLARIANS ! Chishitsu News, no. 376, p. 60-66 , fig. 1-6, YAMASAKI Tetsuji and SAKAMOTO Sadao, 1997, Radiolarian fossils table 1, J. of the Cretaceous Shimanto Group in the Izume area, Hiromi WANG Yujing, YANG Qun, MATSUOKA Atsushi , KOBAYASHI Town, Ehime Prefecture. Bulletin of the Faculty of Education , Kenta, NAGAHASHI Toru and ZENG Qinggao, 2002, Triassic Ehime University, Series HI Natural Science, vol. 18, p. 9-17 , p1. radiolarians from the Yarlung Zangbo suture zone in the Jinlu 1-3, fig. 1-3, JE, age: K, 230. area, Zetang County, southern Tibet. Acta Micropalaeontologica YAMASAKI Tetsuji and SUYARI Kazumi, 1990, Microfossil age of Sinica, vol. 19, p. 215-227, pl. 1-2, fig. 1-3 , table 1, EE, age: Tr, the Shimanto South Subbelt in the Sukumo area, Kochi Prefecture. 210. Memoirs of the Faculty of Education, Ehime University, Series WATANABE Mahito and MOTOYAMA Isao, 1997, Diatoms and III, Natural Science, vol. 10, p. 7-17, pl. 1-2, fig . 1-2, table 1, JE, radiolarians from cored and dredged rock samples taken by GH96 age: K, 230, Pg, 310. cruise. INOUCHI Yoshiro, KOMAZAWA Masao and YAMASAKI Tetsuji and YAMASAKI Kakuma, 1999, Radiolarian KURAMOTO Shinichi (eds.): Comprehensive study on fossils from the Izumi Group in the Shiogamori area, Kawauchi environmental changes in the western Hokkaido coastal area, Town, Ehime Prefecture. Bulletin of the Faculty of Education , Preliminary Reports on Researches in the 1996 Fiscal year, Ehime University, Series III Natural Science, vol. 20, p. 7-14, pl . Geological Survey of Japan, p. 247-250, J. 1-2, fig. 1-2, table 1, JE, age: K, 230. WEGERER Eva, SUZUKI Hisashi and GAWLICK Hans-Juergen, 1999, YAMASHITA Hitoshi, TAKAHASHI Kozo and FUJITANI Naoki, Radiolarian stratigraphy of cherty sediments in the Hallstatt zone 2002, Zonal and vertical distribution of radiolarians in the western 244 KUWAHARA Kiyoko

and central Equatorial Pacific in January 1999. Deep-Sea Research Society of Japan, no. 39, p. 17-90, E. Part II, vol. 49, p. 2823-2862, fig. 1-10, table 1-3, EE, age: R, YAO Akira and KUWAHARA Kiyoko, 2004, Radiolarian fossils from 340. the Permian-Triassicof China. News of Osaka Micropaleontologists, Yamato Omine Research Group, 2002, Mesozoic and Paleozoic systems Special Volume, no. 13, p. 29-45, fig. 1-9, JE, age: Pm,160, Tr, in the central area of the Kii Mountains, Southwest Japan (Part 210. VII) -Mesozoic of the Shionoha area in Nara Prefecture-. Earth YAO Akira, KUWAHARA Kiyoko, EZAKI Yoichi, LIU Jianbo and Science (Chikyu Kagaku), the Journal of the Association for the HAO Weicheng, 2004, Permian radiolarians from the Qingfang Geological Collaboration in Japan, vol. 56, p. 11-26, fig. 1-7, table Terrane, South China, and its geological significance. Journal of 1, JE, age: Tr, 210, J, 220. Geosciences, Osaka City University, vol. 47, p. 71-83, pl. 1-2, Yamato Omine Research Group, 2004, Mesozoic and Paleozoic systems fig. 1-7, EE, age: Pm,160. in the central area of the Kii Mountains, Southwest Japan (Part 8) YAO Akira, MIZUTANI Shinjiro and KUWAHARA Kiyoko , 1994, - On the questionable identification of the Kurosegawa Terrane in BIBLIOGRAPHY of radiolarian fossil and radiolarian the central area of the Kii Mountains -. Earth Science (Chikyu biostratigraphy by Japanese paleontologists and stratigraphers. Co- Kagaku), the Journal of the Association for the Geological operative Research Group on radiolarians, p. 90p., E. Collaboration in Japan, vol. 58, p. 75-90, fig. 1-7, JE, age: Pm,160, YAO Akira, MIZUTANI Shinjiro and KUWAHARA Kiyoko, 1995, Tr, 210, K, 230. LIST OF PAPERS on radiolarian fossil and radiolarian YAMAUCHI Moriyoshi and YAMAMOTO Hirofumi(*B), 2001, A biostratigraphy by Japanese paleontologists and stratigraphers. change in the warm water Kuroshio Current system from the final Report of Co-operative Research (A) Research on geohistorical glacial age end to the interglacial period, it is based on radiolarian changes of Phanerozoic oceanic environments by means of fossils in the western North Pacific during the RAT Mirai cruise radiolarians, p. 645-704, E. [MR99-K04]. Report of Japan Marine Science and Technology YAO Akira, MIZUTANI Shinjiro and KUWAHARA Kiyoko, 1997, Center, vol. 43, p. 73-82, fig. 1-4, table 1-3, JE, age: Q, 330. LIST OF PAPERS on radiolarian fossil and radiolarian YAMAUCHI Moriyoshi and YAMAMOTO Hirofumi(*B), 2001, A biostratigraphy by Japanese paleontologists and stratigraphers. change in the warm water Kuroshio Current system from the final News of Osaka Micropaleontologists, Special Volume, no. 10, p. glacial age end to the interglacial period, it is based on radiolaria 349-416, E. fossils in the western North Pacific on the RN Mirai cruise [MR00- YAO Akira and Yamato Omine Research Group, 1980, Research on K05]. Report of Japan Marine Science and Technology Center, the boundary area between the Chichibu and Shimanto Terranes vol. 44, p. 41-53, fig. 1-4, table 1-3, JE, age: Q, 330. in the Central Kii Mountains. Newsletter of Co-operative Research YAMAUCHI Moriyoshi and YAMAMOTO Hirofumi(*B), 2002, (A) Formation process of the Shimanto Fold Belt, no. 1, p. 12-13, Paleoceanography in the final glacial age, based on radiolarians. J, age: J, 220, K, 230. The Earth monthly, vol. 24, p. 423-429, fig. 1-4, table 1-2, J, age: YOSHIDA Kazuhiro and MATSUOKA Atsushi, 2003, Pile-nappe Q, 330. structure of the Ryokami-yama chert unit in the Chichibu YANG Qun, MATSUOKA Atsushi and WANG Yujing, 20024 Progress composite terrane of the Kanto Mountains, central Japan. The in radiolarian micropaleontological studies in southern Tibet. Acta Journal of the Geological Society of Japan, vol. 109, p. 324-335, Micropalaeontologica Sinica, vol. 19, no. 2, p. 105-111, fig. 1-3, fig. 1-9, table 1, JE, age: J, 220. CE, age: Tr, 210, J, 220, K, 230. YOSHIHARA Ken, SUZUKI Noritoshi and EHIRO Masayuki, 2002, YAO Akira, 1978, Radiolarian fossils in sediments of the Honshu Middle Jurassic radiolarian-bearing manganese nodules from the Geosyncline. Report of Co-operative Research (A) Honshu Kuzumaki-Kamaishi Belt in the Northern Kitakami Massif and Geosyncline in the Inner Zone, no. 3, p. 35-36, J, age: Tr, 210, J, its significance. The Journal of the Geological Society of Japan, 220. vol. 108, p. 536-539, fig. 1-4, JE, age: J, 220. YAO Akira, 2004, 4. Radiolarian biostratigraphy. CHINZEI Kiyotaka. YOSHIMURA (UMEDA) Miyuki, 1982, Mesozoic slumped bed in the and UEMURA Kazuhiko (eds.): Science of ancient organisms, 5: Takasa area, Fukui Prefecture, central Japan. Bulletin of the Fukui Earth's surface environments and the history of life. Asakura Municipal Museum of Natural History, no. 29, p. 9-18, pl. 1, fig. Shoten, p. 60-68, fig. 1-4, J. 1-8, JJ, age: J, 220. YAO Akira, KURIMOTO Chikao, MATSUDA Tetsuo and Yamato ZAMORAS Lawrence R. and MATSUOKA Atsushi, 2004, Accretion Omine Research Group, 1981, Research on the boundary area and postaccretion tectonics of the Calamian Islands, North between the Chichibu and Shimanto Terranes in the Central Kii Palawan Block, Philippines. The Island Arc, vol. 13, p. 506-519, Mountains. Newsletter of Co-operative Research (A) Formation fig. 1-12, EE, age: J, 220, K, 230. process of the Shimanto Fold Belt, no. 2, p. 16-17, J, age: K, 230. ZEISS Arnold, SCHWEIGERT Gunter, SATO Tadashi and YAO Akira, YAO Akira and KUWAHARA Kiyoko, 2001, Database of each Taxon 2003, Late Kimmeridgian Ammonites from the Yura Formation -Radiolaria-. IKEYA Noriyuki, HIRANO Hiromichi, and of Kii, SW Japan. Neues Jahrbuch fuer Geologie and OGASAWARA Kenshiro (eds.): The databese of Japanese fossil Palaeontologie, Monatshefte, vol. 2003, p. 1-10, fig. 1-4, EE, age: type specimens described during the 20th century. Palaeontological J, 220.