No pp Whole-rock Major Element Chemistry for Eruptive Products of Asama-Maekake Volcano, Central Japan Masaki TAKAHASHI Maya YASUI, Yasu
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1 No pp Whole-rock Major Element Chemistry for Eruptive Products of Asama-Maekake Volcano, Central Japan Masaki TAKAHASHI Maya YASUI, Yasuo ICHIKAWA, Yuko KAMIOKA, Naohide ASAKA Masayuki SAKAGAMI and Eiji TANAKA Received September 30, 2006 Major element chemistry for eruptive products of large-scale eruptions in Asama-Maekake Volcano is summarized based on analytical data of more than about 540 samples. Pumice clasts of large-scale eruptions older than 4.9cal.ka were more or less altered by weathering and their whole-rock chemistry changed; Al 2 O 3 content increased and CaO and P 2 O 5 decreased, but other components including MgO were immobile. The MgO content of eruptive products of large-scale eruption changed with time. The MgO content increased monotonously from the eruptive products of large-scale eruption in 9.8cal.ka to those in 4th century; then, it decreased from those in 1108A.D. to those in 1128A.D.. The MgO content of eruptive products increased again and came to be the maximum in 1783A.D. large-scale eruption, but those of intermediate-scale eruptions in Showa Era and 2004A.D. are somewhat lower. Andesites of Asama-Maekake Volcano were produced by magma mixing of mafic and felsic end-member magmas which are not co-magmatic. The evolution of MgO content of eruptive products reflects the change of MgO content of mafic end-menber magma tapped into the magma chamber in every large-scale eruptions. The eruptive products with high MgO content show low Al 2 O 3, Na 2 O and TiO 2 contents, suggesting that the variation of MgO content in mafic end-member magma was caused by magmatic differentiation. Keywords: Asama-Maekake Volcano, whole-rock chemistry, major element, magma mixing, magmatic differentiation km Aramaki, Fig.1 3 : : 元茨城大学理学部地球生命環境科学科 : Department of Geosystem Sciences, College of Humanities and Sciences, Nihon University: , Sakurajosui, Setagaya-ku Tokyo Japan Department of Earth Sciences, Ibaraki University: , Bunkyo Mito Japan Department of Environmental Sciences, Ibaraki University: , Bunkyo Mito Japan 55 11
2 Fig. 1 Geologic sketch map showing the Kurofu, Hotokeiwa and Asama-Maekake Volcanoes. The Asama-Maekake Volcano has grown on the saddle between the Kurofu Volcano with the eastward opened horseshoe-shaped caldera and Hotokeiwa Volcano. The reconstructed outlines of lavas of each volcano are shown. The Sekisonzan lava dome is a lateral volcano of the Kurofu volcanic cone. The Koasam lava dome is a monogenetic volcano, constructed just before the beginning of the formation of Hotokeiwa Volcano., 9,200 8,600 6,300 4, ,200 8,600 6,300 6,000 5,600 D 4,900 DRE 0.19km 3 9, km 3 8, km 3 6, km 3 6, km 3 5, km 3 4,900 4 C 1108 B 1128 B 1783 A 0.54km km km km
3 ,900 D 4,900 Fig.2 and Fig. 2 Geologic sketch map of the Asama-Maekake Volcano. Numerals show the altitude of topographic contour in meters above the sea level. The contour interval is 50m. The dashed lines X-X and Y-Y indicate the location of cross sections in Fig. 3. Hatched lines denote the cliffs. Thick dashed lines in lava A show the boundary of flow units. A: lava in 1783A.D. (the Onioshidashi lava); B: lava in 1108A.D. (the Kaminobutai lava); C: lava in 4th century (the Shimonobutai lava); D: lava in 4.9cal.ka 57 13
4 Fig. 3 The cross sections of geologic sketch map of Asama-Maekake Volcano, showing the inferred internal structure. X-X and Y-Y show the location of cross sections in Fig.2. A: ejecta of the large-scale eruption in 1783A.D.; B : ejecta of the large-scale eruption in 1128A.D.; B: ejecta of the large-scale eruption in 1108A.D.; C: ejecta of the large-scale eruption in 4th century; D: ejecta of the large-scale eruption in 4.9cal.ka; Fo-Se: ejecta of the large-scale eruptions from 9.2cal.ka to 5.6cal.ka; solid area: volcanic vent; Pmfl: pumice flow deposits of the Hotokeiwa Volcano X XRF 539 XRF 3080E3 PW a b SiO a Fig.4 6 Table1 MgO vs. SiO 2 Fig.5 MgO 1783 MgO A cal.ka D 5.6cal.ka cal.ka 6.3cal.ka 9.2cal.ka MgO 1108 Fig. 4 SiO 2 variation diagram for major element chemistry of eruptive products of the Asama-Maekake volcano. 2004AD: eruptive products in 2004A.D.; 20C: eruptive products in 20th century; 1783AD: eruptive products in 1783A.D. (Tenmei); A : eruptive products in 1532A.D.; 1128AD: eruptive products in 1128A.D (Daiji).; 1108AD:eruptive products in 1108A.D.(Ten-nin); 4C: eruptive products in 4th century; D: eruptive products in 4.9cal.ka; Se: eruptive products in 5.6ka (Sengataki pumice fall deposit); My: eruptive products in 6.0cal.ka (Miyota pumice fall deposit); Kn: eruptive products in 6.3cal.ka (Kuni pumice fall deposit); Fo: eruptive products in 9.2cal.ka (Fujioka pumice fall deposit)
5 59 15
6 Fig. 5 MgO vs. SiO 2 diagram for eruptive products of the Asama-Maekake volcano. Legend is the same as those in Fig. 4. Fig. 6 FeO /MgO vs. SiO 2 diagram for eruptive products of the Asama-Maekake volcano. Legend is the same as those in Fig MgO TiO 2 Al 2 O 3 Na 2 O P 2 O 5 FeO /MgO Fig FeO MnO CaO K 2 O K 2 O 16 60
7 medium-k FeO /MgO calcalkali 4.9cal.ka Al 2 O 3 CaO P 2 O Al 2 O 3, CaO, P 2 O 5 4.9cal.ka Al 2 O 3 CaO P 2 O 5 4.9cal.ka Fig.7 4.9cal.ka Al 2 O 3 CaO P 2 O 5 MgO SiO 2 MgO Al 2 O 3 CaO P 2 O 5 Al 2 O 3 CaO P 2 O 5 4.9cal.ka Al 2 O 3 CaO P 2 O 5 MgO 2 MgO MgO MgO MgO MgO 9.2cal.ka MgO MgO 6.3cal.ka Fig. 7 SiO 2 variation diagrams for Al 2 O 3, P 2 O 5, CaO and MgO contents of eruptive products of the large-scale eruption in 4.9 cal.ka. Maekake: eruptive products of Asama-Maekake Volcano other than that in 4.9cal.ka; Maruyama Lava: Maruyama lava flow western foot of Maekake pyroclastic cone; NNW Lava: a lava flow in NNW flank of Maekake pyroclastic cone; D fall: D pumice fall deposit
8 6.0cal.ka 5.6cal.ka 4.9cal.ka MgO MgO MgO Aramaki and Takahashi, 1992;, 2003 MgO MgO MgO Al 2 O 3 Na 2 O TiO 2 P 2 O cal.ka Al 2 O 3 CaO P 2 O 5 MgO 2 MgO 9.2cal.ka MgO MgO 6.3cal.ka 6.0cal.ka 5.6cal.ka 4.9cal.ka MgO MgO MgO 3 MgO MgO Al 2 O 3 Na 2 O TiO 2 P 2 O 5 MgO Aramaki, S : Geology of Asama Volcano. J.Fac.Sci. Univ.Tokyo, SecII, 14, Aramaki, S. and Takahashi, M : Part1 Asama Volcano (Geology anf Petrology). In: Workshop Guide Book of Field Workshop at Asama and Kusatsu-Shirane Volcanoes, Japan. IAVCEI Commission on Explosive Volcanism a b
9 Table 1 Whole-rock major element chemistry for eruptive products of the Asama-Maekake volcano. 1-2: eruptive products in 2004A. D.; 3-27: eruptive products in Showa Era; 28-83: A pumice fall deposit in 1783A.D.; : Agatsuma pyroclastic flow deposit in 1783A.D.; : Onioshidashi lava flow in 1783A.D.; : Kanbara pyroclastic flow deposit in 1783A. D.; : A pumice fall deposit in 1532A.D.; : B pumice fall deposit in 1108A.D.; : Oiwake pyroclastic flow deposit in 1108A.D.; : Kaminobutai lava flow in 1108A.D.; : B pumice fall deposit in 1128A.D.; : C pumice fall deposit in 4th century; : minami pyroclastic flow deposit in 4th century; 483: lava flow in 4th century; : Shimonobutai lava flow in 4th century; : D pumice fall deposit in 4.9cal.ka; 525: NNW lava flow in 4.9cal.ka; : Maruyama lava flow in 4.9cal.ka; 528: As-Se pumice fall deposit in 5.6cal.ka; 529: As-My pumice fall deposit in 6.0cal.ka; : As-Kn pumice fall deposit in 6.3ka; : As-Fo pumice fall deposit in 9.2cal. ka;1-27 and : Phillips PW2400 (ERI); , , , , , , 538: Rigaku 3080E3 (ERI); , , , , , , 539: Rigaku 3270 (Ibaraki Univ.) Fe /Mg SiO2 TiO2 Al2O3 FeO MnO MgO CaO Na2O K2O P2O5 Total AD Bomb NT-26(MI) AD Bomb NT-27(MI) C Bomb/Block S-1(SK) C Bomb/Block S-2(SK) C Bomb/Block S-3(SK) C Bomb/Block S-4(SK) C Bomb/Block S-5(SK) C Bomb/Block S-6(SK) C Bomb/Block S-7(SK) C Bomb/Block S-8(SK) C Bomb/Block S-9(SK) C Bomb/Block S-10(SK) C Bomb/Block S-11(SK) C Bomb/Block S-12(SK) C Bomb/Block S-13(SK) C Bomb/Block S-14(SK) C Bomb/Block S-15(SK) C Bomb/Block S-16(SK) C Bomb/Block S-17(SK) C Bomb/Block S-18(SK) C Bomb/Block S-19(SK) C Bomb/Block S-20(SK) C Bomb/Block S-21(SK) C Bomb/Block S-22(SK) C Bomb/Block S-24(SK) C Bomb/Block S-25(SK) C Bomb/Block S-26(SK) A A fall B-1(AK) A A fall B-2(AK) A A fall B-3(AK) A A fall B-4(AK) A A fall B-5(AK) A A fall C-1(AK) A A fall C-2(AK) A A fall C-3(AK) A A fall C-4(AK) A A fall C-5(AK) A A fall D-2(AK) A A fall D-3(AK) A A fall D-4(AK) A A fall D-5(AK) A A fall F1(AK) A A fall F2(AK) A A fall AS410F3(AK) A A fall AS410F4(AK) A A fall AS410F5(AK) A A fall AS410H1(AK) A A fall AS410H2(AK) A A fall AS410H3(AK) A A fall AS410H4(AK) A A fall AS410H5(AK) A A fall AS41JL1(AK) A A fall AS41JL2(AK) A A fall AS41JL3(AK) A A fall AS41JL4(AK) A A fall AS41JL5(AK) A A fall AS41JU1(AK) A A fall AS41JU2(AK)
10 Fe /Mg SiO2 TiO2 Al2O3 FeO MnO MgO CaO Na2O K2O P2O5 Total 59 A A fall AS41JU3(AK) A A fall AS41JU4(AK) A A fall AS41JU5(AK) A A fall AS410L1(AK) A A fall AS410L2(AK) A A fall AS410L3(AK) A A fall AS410L4(AK) A A fall AS410L5(AK) A A fall AS41NL1(AK) A A fall AS41NL2(AK) A A fall AS41NL3(AK) A A fall AS41NL4(AK) A A fall AS41NL5(AK) A A fall AS41NM1(AK) A A fall AS41NM2(AK) A A fall AS41NM4(AK) A A fall AS41NM5(AK) A A fall AS41NU1(AK) A A fall AS41NU2(AK) A A fall AS41NU3(AK) A A fall AS41NU4(AK) A A fall AS41NU5(AK) A Nishimaekake ASAMA b(IC) A Nishimaekake ASAMA (IC) A Nishimaekake ASAMA w(IC) A Agatsuma pfl SA (AK) A Agatsuma pfl SA (AK) A Agatsuma pfl SA (AK) A Agatsuma pfl SA (AK) A Agatsuma pfl SA (AK) A Agatsuma pfl SA (AK) A Agatsuma pfl SA (AK) A Agatsuma pfl SA (AK) A Agatsuma pfl SA (AK) A Agatsuma pfl SA (AK) A Agatsuma pfl SA (AK) A Agatsuma pfl SA (AK) A Agatsuma pfl SA (AK) A Agatsuma pfl SA (AK) A Agatsuma pfl SA (AK) A Agatsuma pfl SA (AK) A Agatsuma pfl SA (AK) A Agatsuma pfl SA (AK) A Agatsuma pfl SA (AK) A Agatsuma pfl SA (AK) A Agatsuma pfl SA (AK) A Agatsuma pfl SA (AK) A Agatsuma pfl SA (AK) A Agatsuma pfl SA (AK) A Agatsuma pfl SA (AK) A Agatsuma pfl SA (AK) A Agatsuma pfl SA (AK) A Agatsuma pfl SA (AK) A Onioshidashi Lfl 1(AK) A Onioshidashi Lfl 2(AK) A Onioshidashi Lfl 3(AK) A Onioshidashi Lfl 4(AK) A Onioshidashi Lfl 5(AK) A Onioshidashi Lfl 6(AK) A Onioshidashi Lfl 7(AK) A Onioshidashi Lfl 8(AK) A Onioshidashi Lfl 9(AK) A Onioshidashi Lfl 10(AK) A Onioshidashi Lfl 11(AK) A Onioshidashi Lfl 12(AK) A Onioshidashi Lfl 13(AK) A Onioshidashi Lfl 14(AK) A Onioshidashi Lfl 15(AK) A Onioshidashi Lfl 16(AK) A Onioshidashi Lfl 17(AK) A Onioshidashi Lfl 18(AK) A Onioshidashi Lfl 19(AK) A Onioshidashi Lfl 20(AK) A Onioshidashi Lfl 21(AK)
11 Fe /Mg SiO2 TiO2 Al2O3 FeO MnO MgO CaO Na2O K2O P2O5 Total 133 A Onioshidashi Lfl 22(AK) A Onioshidashi Lfl 23(AK) A Onioshidashi Lfl 24(AK) A Onioshidashi Lfl 25(AK) A Onioshidashi Lfl 26(AK) A Onioshidashi Lfl 27(AK) A Onioshidashi Lfl 28(AK) A Onioshidashi Lfl 29(AK) A Onioshidashi Lfl 30(AK) A Onioshidashi Lfl 31(AK) A Onioshidashi Lfl 32(AK) A Onioshidashi Lfl 33(AK) A Onioshidashi Lfl 34(AK) A Onioshidashi Lfl 35(AK) A Onioshidashi Lfl 36(AK) A Onioshidashi Lfl 37(AK) A Onioshidashi Lfl 38(AK) A Onioshidashi Lfl 39(AK) A Onioshidashi Lfl 40(AK) A Onioshidashi Lfl 41(AK) A Onioshidashi Lfl 42(AK) A Onioshidashi Lfl 43(AK) A Onioshidashi Lfl 44(AK) A Onioshidashi Lfl 45(AK) A Onioshidashi Lfl 46(AK) A Onioshidashi Lfl 47(AK) A Onioshidashi Lfl 48(AK) A Onioshidashi Lfl 49(AK) A Onioshidashi Lfl 50(AK) A Onioshidashi Lfl 51(AK) A Onioshidashi Lfl 52(AK) A Onioshidashi Lfl 53(AK) A Onioshidashi Lfl 54(AK) A Onioshidashi Lfl 55(AK) A Onioshidashi Lfl 56(AK) A Onioshidashi Lfl 57(AK) A Onioshidashi Lfl 58(AK) A Onioshidashi Lfl 59(AK) A Onioshidashi Lfl 60(AK) A Onioshidashi Lfl 23(AK) A Onioshidashi Lfl 24(AK) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl A(KM) A Onioshidashi Lfl 'B(KM) A Onioshidashi Lfl A(KM) A Onioshidashi Lfl 'B(KM) A Onioshidashi Lfl ''C(KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM)
12 Fe /Mg SiO2 TiO2 Al2O3 FeO MnO MgO CaO Na2O K2O P2O5 Total 207 A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Onioshidashi Lfl (KM) A Kanbara DA Kam-1(TN) A Kanbara DA Kam-2(TN) A Kanbara DA Kam-3(TN) A Kanbara DA Kam-4(TN) A Kanbara DA Kam-5(TN) A Kanbara DA Kam-6(TN) A Kanbara DA Kam-7(TN) A Kanbara DA Kam-8(TN) A Kanbara DA Kam-9(TN) A Kanbara DA Kam-10(TN) A Kanbara DA Kam-11(TN) A Kanbara DA Kam-12(TN) A Kanbara DA Kam-22(TN) A Kanbara DA Kam-34(TN) A Kanbara DA Kam-35(TN) A Kanbara DA Kam-36(TN) A Kanbara DA Kam-37(TN) A' A' fall 109(IC) A' A' fall 110(IC) B B fall ASBFLS-3-1(IC) B B fall ASBFLS-3-4(IC) B B fall ASBFLS-5-1(IC) B B fall ASBFLS-5-3(IC) B B fall ASBFLS-5-2(IC) B B fall ASBFLS-5-7bo(IC) B B fall ASBFLS-3-5(IC) B B fall ASBFLS-3-6(IC) B B fall ASBFLP-1-5(IC) B B fall ASBFLS-3-3bo(IC) B B fall ASBFLS-5-4(IC) B B fall ASBFLP-1-3(IC) B B fall ASBFLS-5-6bo(IC) B B fall ASBFLP-1-6(IC) B B fall ASBFLP-1-4(IC) B B fall ASBFLP-1-2(IC) B B fall ASBFLS-3-7(IC) B B fall ASBFLP-1-7(IC) B B fall ASBFLP-1-1(IC) B B fall ASBFLS-3-2(IC) B B fall PF Bfall (KM) B B fall '-PF Bfall (KM) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC)
13 Fe /Mg SiO2 TiO2 Al2O3 FeO MnO MgO CaO Na2O K2O P2O5 Total 281 B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl North AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC)
14 Fe /Mg SiO2 TiO2 Al2O3 FeO MnO MgO CaO Na2O K2O P2O5 Total 355 B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl South AS (IC) B Oiwake pfl Others AS (IC) B Oiwake pfl Others AS (IC) B Oiwake pfl Others AS (IC) B Oiwake pfl Others AS (IC) B Kaminobutai Lfl ASBU-U-20(IC) B Kaminobutai Lfl ASBU-U-7(IC) B Kaminobutai Lfl ASBU-U-19(IC) B Kaminobutai Lfl ASBU-U-17(IC) B Kaminobutai Lfl ASBU-U-11(IC) B Kaminobutai Lfl ASBU-U-21(IC) B Kaminobutai Lfl ASBU-U-2(IC) B Kaminobutai Lfl ASBU-U-3(IC) B Kaminobutai Lfl ASBU-U-9(IC) B Kaminobutai Lfl ASBU-U-10(IC) B Kaminobutai Lfl ASBU-U-8(IC) B Kaminobutai Lfl (KM) B Kaminobutai Lfl (KM) B Kaminobutai Lfl (KM) B Kaminobutai Lfl (KM) B Kaminobutai Lfl (KM)
15 Fe /Mg SiO2 TiO2 Al2O3 FeO MnO MgO CaO Na2O K2O P2O5 Total 429 B Kaminobutai Lfl (KM) B Kaminobutai Lfl (KM) B Kaminobutai Lfl (KM) B Kaminobutai Lfl (KM) B Kaminobutai Lfl (KM) B Kaminobutai Lfl (KM) B Kaminobutai Lfl (KM) B Kaminobutai Lfl (KM) B Kaminobutai Lfl (KM) B Kaminobutai Lfl (KM) B' B' fall ASBFUS-3-1(IC) B' B' fall ASBFUS-3-2(IC) B' B' fall ASBFUS-3-3(IC) B' B' fall ASBFUS-3-4(IC) B' B' fall ASBFUS-3-5(IC) B' B' fall ASBFUS-1-1a(IC) B' B' fall ASBFUS-1-2a(IC) B' B' fall ASBFUS-1-3a(IC) B' B' fall ASBFUS-1-4a(IC) B' B' fall ASBFUS-1-5a(IC) B' B' fall ASBFUS-1-6W(IC) B' B' fall ASBFUS-1-7W(IC) B' B' fall ASBFUS-1-8W(IC) B' B' fall ASBFUS-1-9W(IC) B' B' fall ASBFUS-1-10W(IC) B' B' fall ASBFUS-1-6B(IC) B' B' fall ASBFUS-1-7B(IC) B' B' fall ASBFUS-1-8B(IC) B' B' fall ASBFUS-1-9B(IC) B' B' fall ASBFUS-1-10B(IC) B' B' fall ASBFUS-1-11aW(IC) B' B' fall ASBFUS-1-12aW(IC) B' B' fall 1 B'-1 (YI) B' B' fall 2 B'-2 (YI) B' B' fall 3 B'-3 (YI) B' B' fall 4 B'-3 (YI) B' Nishimaekake ASAMA (IC) B' Nishimaekake ASAMA b(IC) B' Nishimaekake ASAMA (IC) B' Nishimaekake ASAMA (IC) B' Nishimaekake ASAMA w(IC) B' Nishimaekake ASAMA a(IC) C C fall C-1(IC) C C fall C-2(IC) C C fall C-3(IC) C C fall C-4(IC) C C fall C-5(IC) C C fall A-PF-A(KM) C C fall B-PF-A(KM) C C fall C-PF-A(KM) C C fall D-PF-A(KM) C C fall E-PF-A(KM) C C fall F-PF-A(KM) C C fall A-9(TK) C Lfl A(KM) C (KM) C '(KM) C '(KM) C (KM) C A(KM) C B(KM) C C(KM) C D(KM) C A(KM) C B(KM)
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