国土交通省国土技術政策総合研究所

強震観測速報(2016 年鳥取県中部)
地震諸元
表1

地震諸元
発震時
2016/10/21 14:07:22.5

緯度経度35°22.8′N 133°51.3′E

震源深さ11 km

規模
震央地名
6.6 鳥取県中部

強震記録
表 2.1
記号KNU

TSM

NG2NGZ

強震記録一覧
住所高知県高知市

愛知県津島市

愛知県名古屋市

愛知県名古屋市

Δ

(km)

203

264

278

279

IJMA

設置
方位

最大加速度 (cm/s2)
位置

H1

GL-9.847 15.93 3.048

2.8 003° 1F-9.779 15.50 2.426

3F-10.22 20.46 2.484

GL

5.390 5.423 -2.760

1F

5.685 4.330 2.664

B1

1.860 -1.922 -1.387

1.4 355° 1F-3.707 -3.652 -1.616

8F-4.897 -4.343 -1.657

GL-2.592 3.232 1.687

1.7 265° B2-2.374 2.586 1.387

9F

5.935 12.70 2.025

2.3 004°

H2VNBO

宮崎県延岡市370

1.3 358° GL-2.177 -1.366 -0.503

MYZ

宮崎県宮崎市446

1.1 357° GL-1.788 -1.113 -0.779

備考観測地点位置TSM
NGZ
NG2KNUNBO

MYZPseudo response velocity [cm/s], h=5%102310Start Time = 2016/10/21_14:07:41.00, SI = 2.3
TSM_GL_ext_X(N004E)
TSM_GL_ext_Y(N094E)
TSM_GL_ext_Z(UD)BCJ-L2, BCJ-L2/5

101

10 1210100

10 011010-1

10 -1s]
0 m/s/
1 0 [c10-2

Acc. [cm/s/s]

Acc. [cm/s/s]

Acc. [cm/s/s]

10-1

10 -2[cm]100

Period [sec]64 CH = TSM_GL_ext_X(N004E), peak = 5.39068
20246020406080
64 CH = TSM_GL_ext_Y(N094E), peak = 5.42351
20246020406080
64 CH = TSM_GL_ext_Z(UD), peak = -2.76027
20246020406080

Time [s]101100120140160180100120140160

180100120140160180

Pseudo response velocity [cm/s], h=5%102310Start Time = 2016/10/21_14:07:40.00, SI = 2.3
TSM_1F_X(N004E)
TSM_1F_Y(N094E)
TSM_1F_Z(UD)BCJ-L2, BCJ-L2/5

101

10 12

10100

10 0
1

1010-1

10 -1s]
0 m/s/
1 0 [c10-2

Acc. [cm/s/s]

Acc. [cm/s/s]

Acc. [cm/s/s]

10-1
64 CH = TSM_1F_X(N004E), peak = 5.68582
202460204060
64 CH = TSM_1F_Y(N094E), peak = 4.3304
20246020406064 CH = TSM_1F_Z(UD), peak = 2.66435
202460204060

10 -2[cm]100Period [sec]101801001201401601808010012014016018080

100120140160

180Time [s]Start Time = 2016/10/21_14:08:14.00, SI = 1.4
NG2_B1_X(N355E)
NG2_B1_Y(N085E)
NG2_B1_Z(UD)BCJ-L2, BCJ-L2/5

Pseudo response velocity [cm/s], h=5%10231010110 1210100

10 0
11010-1

10 -1s]
0 m/s/
1 0 [c10-2Acc. [cm/s/s]

Acc. [cm/s/s]

Acc. [cm/s/s]10-1

2.0
1.5
1.0
0.5
0.0
0.5
1.0
1.5
2.0
2.0
1.5
1.0
0.5
0.0
0.5
1.0
1.5
2.0
2.0
1.5
1.00.5
0.0
0.5
1.0
1.5
2.0

10 -2[cm]100

Period [sec]101CH = NG2_B1_X(N355E), peak = 1.86084

010203040506030405060

30Time [s]405060CH = NG2_B1_Y(N085E), peak = -1.92282

01020

CH = NG2_B1_Z(UD), peak = -1.38788

01020Start Time = 2016/10/21_14:08:13.00, SI = 1.8
NG2_1F_X(N355E)NG2_1F_Y(N085E)
NG2_1F_Z(UD)BCJ-L2, BCJ-L2/5

Pseudo response velocity [cm/s], h=5%

102
310

101

10 1
21010010 011010-1

10 -1s]
0 m/s/
1 0 [c10-2

Acc. [cm/s/s]

Acc. [cm/s/s]

Acc. [cm/s/s]

10-1
432
101234432
101234432
101234

10 -2[cm]100

Period [sec]101CH = NG2_1F_X(N355E), peak = -3.70766

020406080

10012060

80

10012060
Time [s]80100120

CH = NG2_1F_Y(N085E), peak = -3.65232

02040

CH = NG2_1F_Z(UD), peak = -1.61883

02040

Start Time = 2016/10/21_14:07:42.00, SI = 2.1
NG2_8F_X(N355E)
NG2_8F_Y(N085E)
NG2_8F_Z(UD)BCJ-L2, BCJ-L2/5

Pseudo response velocity [cm/s], h=5%10231010110 121010010 011010-1

10 -1s]
0 m/s/
1 0 [c10-2

Acc. [cm/s/s]

Acc. [cm/s/s]

Acc. [cm/s/s]

10-1

10 -2[cm]100

Period [sec]101

4 CH = NG2_8F_X(N355E), peak = -4.89706
2024020406080100120140160

1804 CH = NG2_8F_Y(N085E), peak = -4.34368
2024020406080100120140160

180

4 CH = NG2_8F_Z(UD), peak = -1.65719
2024020406080100120140160

180Time [s]Start Time = 2016/10/21_14:08:13.00, SI = 1.7
NGZ_GL_X(N265E)
NGZ_GL_Y(N355E)
NGZ_GL_Z(UD)BCJ-L2, BCJ-L2/5

Pseudo response velocity [cm/s], h=5%102310101

10 1210100

10 011010-1

10 -1s]
0 m/s/1 0 [c10-2Acc. [cm/s/s]

Acc. [cm/s/s]

Acc. [cm/s/s]

10-143210123443210123443210123410 -2[cm]100Period [sec]101CH = NGZ_GL_X(N265E), peak = -2.59241

01020304050603040506030Time [s]405060

CH = NGZ_GL_Y(N355E), peak = 3.23249

01020

CH = NGZ_GL_Z(UD), peak = 1.68782

01020

Start Time = 2016/10/21_14:08:15.00, SI = 1.5
NGZ_B2_S_X(N265E)
NGZ_B2_S_Y(N355E)
NGZ_B2_S_Z(UD)BCJ-L2, BCJ-L2/5

Pseudo response velocity [cm/s], h=5%10231010110 1210100

10 011010-1

10 -1s]
0 m/s/
1 0 [c10-2Acc. [cm/s/s]

Acc. [cm/s/s]

Acc. [cm/s/s]

10-1
32
101233210
1233210123

10 -2[cm]100

Period [sec]101CH = NGZ_B2_S_X(N265E), peak = -2.37401

010203040506030405060

30Time [s]

4050

60

CH = NGZ_B2_S_Y(N355E), peak = 2.58614

01020CH = NGZ_B2_S_Z(UD), peak = 1.38751

01020

Pseudo response velocity [cm/s], h=5%102310Start Time = 2016/10/21_14:07:43.00, SI = 2.8
NGZ_PH(9F)_X(N265E)
NGZ_PH(9F)_Y(N355E)
NGZ_PH(9F)_Z(UD)BCJ-L2, BCJ-L2/5

101

10 12

10100

10 0
1

1010-1

10 -1s]
0 m/s/
1 0 [c10-2

Acc. [cm/s/s]

Acc. [cm/s/s]

Acc. [cm/s/s]

10-1

10 -2[cm]100Period [sec]101

10 CH = NGZ_PH(9F)_X(N265E), peak = 5.9355850510020406080100120140160180

10 CH = NGZ_PH(9F)_Y(N355E), peak = 12.7027
50510020406080100120140160

180

10 CH = NGZ_PH(9F)_Z(UD), peak = 2.02575
50510020406080100120140160180Time [s]Start Time = 2016/10/21_14:08:43.00, SI = 1.3
NBO_GL_X(N000E)
NBO_GL_Y(N090E)
NBO_GL_Z(UD)BCJ-L2, BCJ-L2/5

Pseudo response velocity [cm/s], h=5%102310101

10 121010010 011010-1

10 -1s]
0 m/s/
1 0 [c10-2

Acc. [cm/s/s]

Acc. [cm/s/s]

Acc. [cm/s/s]

10-132101233210123321012310 -2[cm]100

Period [sec]101CH = NBO_GL_X(N000E), peak = -2.17774

01020304050603040506030
Time [s]405060

CH = NBO_GL_Y(N090E), peak = -1.36685

01020

CH = NBO_GL_Z(UD), peak = -0.503947

01020

Start Time = 2016/10/21_14:09:12.00, SI = 1.1
MYZ_GL_X(N356E)
MYZ_GL_Y(N086E)
MYZ_GL_Z(UD)BCJ-L2, BCJ-L2/5

Pseudo response velocity [cm/s], h=5%102310101

10 12

10100

10 0
110

10-1

10 -1s]
0 m/s/
1 0 [c10-2

Acc. [cm/s/s]

Acc. [cm/s/s]

Acc. [cm/s/s]

10-1

2.0
1.5
1.0
0.5
0.0
0.5
1.0
1.5
2.0
2.0
1.5
1.0
0.5
0.0
0.5
1.0
1.5
2.0
2.0
1.5
1.0
0.5
0.0
0.5
1.0
1.5
2.0

10 -2[cm]100

Period [sec]101CH = MYZ_GL_X(N356E), peak = -1.78816

01020304050603040506030Time [s]405060

CH = MYZ_GL_Y(N086E), peak = -1.1134

01020

CH = MYZ_GL_Z(UD), peak = -0.7799

01020