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Calderas in Japan Caldera Name Main Post-Caldera Volcano Name Most Recent Caldera Eruption Period Type of Ejecta (Symbol) Document ref No. About Period ref No. 番号 About Formation Mashu Kamuinupuri, Kamuisshuto 7.6 ka* Mashu f (Ma-f) 1, 5 1 Yamamoto, T., et al. (2010) 14 C ages for the ejecta from Kutcharo and Mashu calderas, eastern Hokkaido, Japan. Bull. Geol. Surv. Japan, 61, 161-170. 5 Kishimoto, T., et al. (2009) Tephrostratigraphy and Eruption Style of Mashu Volcano, During the Last 14,000 years, Eastern Hokkaido, Japan. Bull.Volcanol.Soc.Japan , 54, 15-37. Kutcharo Atosanupuri, Nakajima 40 ka* Kutcharo 1 (Kp I) 1, 2 1 Yamamoto, T., et al. (2010) 14 C ages for the ejecta from Kutcharo and Mashu calderas, eastern Hokkaido, Japan. Bull. Geol. Surv. Japan, 61, 161-170. 2 Hasegawa, T., et al. (2010) The history of caldera-forming eruptions in eastern Hokkaido, Japan. CHIKYU MONTHLY, 33, 726-734. Akan Meakandake, Oakandake 120←→210 ka Akan 1 (Ak1) 2 2 Hasegawa, T., et al. (2010) The history of caldera-forming eruptions in eastern Hokkaido, Japan. CHIKYU MONTHLY, 33, 726- 734. 2 Hasegawa, T., et al. (2010) The history of caldera-forming eruptions in eastern Hokkaido, Japan. CHIKYU MONTHLY, 33, 726-734. Shikotsu Eniwadake, Tarumaesan 40←→45 ka* Shikotsu No. 1 (Spfl, Spfa-1) 3, 6 3 Hiroshi Machida and Fusao Arai (2003) Atlas of tephra in and around Japan. Univ. of Tokyo Press, 336p. 6 Yamagata, K (1994) Tephrochronological Study on the Shikotsu and Kuttara Volcanoes in Southwestern Hokkaido, Japan. Jour. Geol. Soc. Japan, 103, 268-285. Kuttara Hiyoriyama >43 ka Kuttara No. 1 3 7 3 Hiroshi Machida and Fusao Arai (2003) Atlas of tephra in and dJ Ui fTk P 336 7 Moriizumi, M (1998) The Growth History of the Kuttara Volcanic Group Hokkaido Japan Bull Volcanol Soc Japan 43 Kuttara Hiyoriyama >43 ka (Kt-1) 3, 7 3 around Japan. Univ. of Tokyo Press, 336p. 7 Volcanic Group, Hokkaido, Japan. Bull.Volcanol.Soc.Japan, 43, 95-111. Toya Usuzan, Nakajima 112←→115 ka Toya (Toya) 3, 8 3 Hiroshi Machida and Fusao Arai (2003) Atlas of tephra in and around Japan. Univ. of Tokyo Press, 337p. 8 Machida, H., et al. (1987) Toya ash - A widespread late quaternary time-marker in northern Japan. The Quaternary Research, 26, 129-145. Towada Ogurayama, Gomonseki, Goshikiiwa 15 ka* Towada Hachinohe (To-H) 3, 9 3 Hiroshi Machida and Fusao Arai (2003) Atlas of tephra in and around Japan. Univ. of Tokyo Press, 338p. 9 Hayakawa, Y. (1985) Pyroclastic geology of Towada Volcano. Bull. Earthq. Res. Inst., 60, 507-592. Hakone Kamiyama, Komagatake, Futagoyama 60←→65 ka Hakone Tokyo (Hk-T) 3, 10 3 Hiroshi Machida and Fusao Arai (2003) Atlas of tephra in and around Japan. Univ. of Tokyo Press, 339p. 10 Nagai, M. and Takahashi, M. (2008) Geology and Eruptive History of Hakone Volcano, Central Japan. Res. Rep. Kanagawa prefect. Mus. Nat. Hist., 13, 25-42. Aso Naka-dake, Takadake 85←→90 ka Aso 4 (Aso-4) 3, 11 3 Hiroshi Machida and Fusao Arai (2003) Atlas of tephra in and around Japan. Univ. of Tokyo Press, 340p. 11 Ono K. et al. (1977): Geology of the Takeda district. With geological sheet map at 1:50,000: Geological Survey of Japan, 187p (in Japanese with English abstract).. Aira Sakurajima, Wakamiko 29 ka* Aira Tn (AT) 4, 12 4 Okuno, M (2002) Chronology of Tephra Layers in Southern Kyushu, SW Japan, for the Last 30,000 Years. The Quaternary Research, 41, 225-236. 12 Nagaoka, S., et al. (2001) Tephrostratigraphy and eruptive history of the Aira caldera volcano during 100-30 ka, Kyushu, Japan. Japan. Jour. Geol. Soc. Japan, 107, 432-450. Ata Kaimondake Ikeda Yamagawa 105←→110 ka Ata 3 13 3 Hiroshi Machida and Fusao Arai (2003) Atlas of tephra in and 13 Nagaoka, S. (1988) Late Quaternary tephra layers from the caldera volcanoes in and around Kagoshima Bay, southern Ata Kaimondake, Ikeda, Yamagawa 105←→110 ka (Ata) 3, 13 3 around Japan. Univ. of Tokyo Press, 340p. 13 Kyushu, Japan. Geogr. Rep. Tokyo. Metropolitan Univ., 23, 49- 122. Kikai Iodake, Inamuradake, Showa Iojima 7.3 ka* Kikai-Akahoya (K-Ah) 3, 14 3 Hiroshi Machida and Fusao Arai (2003) Atlas of tephra in and around Japan. Univ. of Tokyo Press, 340p. 14 Ono, K., et al. (1982): Geology of Satsuma-Io-jima district. Quadrangle Series, Scale 1:50,000, Geol. Surv. Japan, 80 pp (in Japanese with English abstract). A←→B: Eruption events taking place at some point between year A and year B >A: Eruption event before year A. "ka" within the table indicates "1000 years ago", but radiocarbon dating which has been age calibrated is indicated by "ka*".

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Page 1: Calderas in Japan - data.jma.go.jp · Calderas in Japan Caldera Name Main Post-Caldera Volcano Name Most Recent Caldera Eruption Period Type of Ejecta (Symbol) Document ref No. About

Calderas in Japan

Caldera Name Main Post-Caldera Volcano

NameMost Recent Caldera

Eruption PeriodType of Ejecta

(Symbol)Document ref

No.About Period

refNo.番号

About Formation

Mashu Kamuinupuri, Kamuisshuto 7.6 ka*Mashu f(Ma-f)

1, 5 1Yamamoto, T., et al. (2010)

14C ages for the ejecta from

Kutcharo and Mashu calderas, eastern Hokkaido, Japan. Bull. Geol.Surv. Japan, 61, 161-170.

5

Kishimoto, T., et al. (2009) Tephrostratigraphy and EruptionStyle of Mashu Volcano, During the Last 14,000 years, EasternHokkaido, Japan. Bull.Volcanol.Soc.Japan, 54, 15-37.

Kutcharo Atosanupuri, Nakajima 40 ka*Kutcharo 1

(Kp I)1, 2 1

Yamamoto, T., et al. (2010) 14C ages for the ejecta from

Kutcharo and Mashu calderas, eastern Hokkaido, Japan. Bull. Geol.Surv. Japan, 61, 161-170.

2Hasegawa, T., et al. (2010) The history of caldera-formingeruptions in eastern Hokkaido, Japan. CHIKYU MONTHLY, 33,726-734.

Akan Meakandake, Oakandake 120←→210 kaAkan 1(Ak1)

2 2Hasegawa, T., et al. (2010) The history of caldera-formingeruptions in eastern Hokkaido, Japan. CHIKYU MONTHLY, 33, 726-734.

2Hasegawa, T., et al. (2010) The history of caldera-formingeruptions in eastern Hokkaido, Japan. CHIKYU MONTHLY, 33,726-734.

Shikotsu Eniwadake, Tarumaesan 40←→45 ka*Shikotsu No. 1(Spfl, Spfa-1)

3, 6 3Hiroshi Machida and Fusao Arai (2003) Atlas of tephra in andaround Japan. Univ. of Tokyo Press, 336p.

6Yamagata, K (1994) Tephrochronological Study on theShikotsu and Kuttara Volcanoes in Southwestern Hokkaido,Japan. Jour. Geol. Soc. Japan, 103, 268-285.

Kuttara Hiyoriyama >43 kaKuttara No. 1

3 7 3Hiroshi Machida and Fusao Arai (2003) Atlas of tephra in and

d J U i f T k P 3367

Moriizumi, M (1998) The Growth History of the KuttaraVolcanic Group Hokkaido Japan Bull Volcanol Soc Japan 43Kuttara Hiyoriyama >43 ka

(Kt-1)3, 7 3

around Japan. Univ. of Tokyo Press, 336p.7 Volcanic Group, Hokkaido, Japan. Bull.Volcanol.Soc.Japan, 43,

95-111.

Toya Usuzan, Nakajima 112←→115 kaToya

(Toya)3, 8 3

Hiroshi Machida and Fusao Arai (2003) Atlas of tephra in andaround Japan. Univ. of Tokyo Press, 337p.

8Machida, H., et al. (1987) Toya ash - A widespread latequaternary time-marker in northern Japan. The QuaternaryResearch, 26, 129-145.

TowadaOgurayama, Gomonseki,Goshikiiwa

15 ka*Towada Hachinohe

(To-H)3, 9 3

Hiroshi Machida and Fusao Arai (2003) Atlas of tephra in andaround Japan. Univ. of Tokyo Press, 338p.

9Hayakawa, Y. (1985) Pyroclastic geology of Towada Volcano.Bull. Earthq. Res. Inst., 60, 507-592.

HakoneKamiyama, Komagatake,Futagoyama

60←→65 kaHakone Tokyo

(Hk-T)3, 10 3

Hiroshi Machida and Fusao Arai (2003) Atlas of tephra in andaround Japan. Univ. of Tokyo Press, 339p.

10Nagai, M. and Takahashi, M. (2008) Geology and EruptiveHistory of Hakone Volcano, Central Japan. Res. Rep. Kanagawaprefect. Mus. Nat. Hist., 13, 25-42.

Aso Naka-dake, Takadake 85←→90 kaAso 4

(Aso-4)3, 11 3

Hiroshi Machida and Fusao Arai (2003) Atlas of tephra in andaround Japan. Univ. of Tokyo Press, 340p.

11Ono K. et al. (1977): Geology of the Takeda district. Withgeological sheet map at 1:50,000: Geological Survey of Japan,187p (in Japanese with English abstract)..

Aira Sakurajima, Wakamiko 29 ka*Aira Tn

(AT)4, 12 4

Okuno, M (2002) Chronology of Tephra Layers in Southern Kyushu,SW Japan, for the Last 30,000 Years. The Quaternary Research, 41,225-236.

12Nagaoka, S., et al. (2001) Tephrostratigraphy and eruptivehistory of the Aira caldera volcano during 100-30 ka, Kyushu,Japan. Japan. Jour. Geol. Soc. Japan, 107, 432-450.

Ata Kaimondake Ikeda Yamagawa 105←→110 kaAta

3 13 3Hiroshi Machida and Fusao Arai (2003) Atlas of tephra in and

13

Nagaoka, S. (1988) Late Quaternary tephra layers from thecaldera volcanoes in and around Kagoshima Bay, southernAta Kaimondake, Ikeda, Yamagawa 105←→110 ka

(Ata)3, 13 3

( ) paround Japan. Univ. of Tokyo Press, 340p.

13g y,

Kyushu, Japan. Geogr. Rep. Tokyo. Metropolitan Univ., 23, 49-122.

KikaiIodake, Inamuradake, ShowaIojima

7.3 ka*Kikai-Akahoya

(K-Ah)3, 14 3

Hiroshi Machida and Fusao Arai (2003) Atlas of tephra in andaround Japan. Univ. of Tokyo Press, 340p.

14Ono, K., et al. (1982): Geology of Satsuma-Io-jima district.Quadrangle Series, Scale 1:50,000, Geol. Surv. Japan, 80 pp(in Japanese with English abstract).

A←→B: Eruption events taking place at some point between year A and year B >A: Eruption event before year A.

"ka" within the table indicates "1000 years ago", but radiocarbon dating which has been age calibrated is indicatedby "ka*".

Page 2: Calderas in Japan - data.jma.go.jp · Calderas in Japan Caldera Name Main Post-Caldera Volcano Name Most Recent Caldera Eruption Period Type of Ejecta (Symbol) Document ref No. About

Location Map of Calderas