国土交通省国土技術政策総合研究所

強震観測速報(2016 年福島沖)
地震諸元
表1

地震諸元
発震時
2016/11/22 05:59:46.8

緯度経度37°21.2′N 141°36.2′E

震源深さ
25 km

規模
震央地名
7.4 福島県沖

強震記録
表 2.1

強震記録一覧

記号

住所

SMD

EDG

TKS

ARK

ONG

茨城県筑西市

千葉県野田市

千葉県千葉市

東京都北区

東京都江東区

Δ

(km)
187

219

235

241

243

位置

最大加速度 (cm/s2)
H1
H2
V

GL

-35.26

37.67

14.97

3.7 009° 1F-35.46

40.90

14.42

3F-41.52

56.74

17.03

1FC

18.96

24.19 -8.245

3FC

25.14 -34.45

13.62

GL

17.03 -18.39

5.631

1FCE

23.86 -20.74

8.407

3FC

27.42 -28.63

5.152

5FC

30.50 -41.73

5.976

GL

15.04 -15.38 -11.03

3.2 290° 1F

14.75 -17.22 -5.574

IJMA設置
方位3.4 312°

3.2 047°

3.0 267°

3F

15.26 -19.08

7.034

1F-13.05 -11.77 -9.041

3F

17.64

18.64 -9.274

備考NG2NGZ486

愛知県名古屋市486

愛知県名古屋市

B1

1.481

2.171 -1.170

1.6 355° 1F

1.809

2.396 -1.129

8F

2.980

2.710 -1.086

GL-2.720 -2.012 -1.306

B2-2.659 -1.797 -1.103

1.8 265°

PH(9F)

TSM499

愛知県津島市

1.8 004°-2.942 -6.651 -1.291

GL

2.965

2.746

0.882

1F

3.098

3.0120.885

観測地点位置

SMD
EDG

NGZ
TSM

NG2

ARK
ONG

TKS

Pseudo response velocity [cm/s], h=5%102
310Start Time = 2016/11/22_05:59:53.00, SI = 3.7
SMD_GL_X(N009E)
SMD_GL_Y(N099E)
SMD_GL_Z(UD)BCJ-L2, BCJ-L2/5

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

10 -2[cm]100

Period [sec]10130 CH = SMD_GL_X(N009E), peak = -35.2604
2010010203002040608010012014016018030 CH = SMD_GL_Y(N099E), peak = 37.6746
20100102030020406080100120140160

18030 CH = SMD_GL_Z(UD), peak = 14.9771
20100102030020406080100120140160

180Time [s]Pseudo response velocity [cm/s], h=5%102310Start Time = 2016/11/22_05:59:53.00, SI = 3.7
SMD_1F_Center_X(N009E)
SMD_1F_Center_Y(N099E)
SMD_1F_Center_Z(UD)BCJ-L2, BCJ-L2/510110 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]4030 CH = SMD_1F_Center_X(N009E), peak = -35.4696
20100102030
40020406080
1004030 CH = SMD_1F_Center_Y(N099E), peak = 40.9008
20100102030
40020406080
1004030 CH = SMD_1F_Center_Z(UD), peak = 14.4274
20100102030
40020406080
100Time [s]101120140160

180120140160

180120140160180

Start Time = 2016/11/22_05:59:52.00, SI = 3.8
SMD_3F_Center_X(N009E)
SMD_3F_Center_Y(N099E)
SMD_3F_Center_Z(UD)BCJ-L2, BCJ-L2/5

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

102
3

10101

10 1210100

10 0
11010-1

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

Acc. [cm/s/s]

10-1

Acc. [cm/s/s]

100

Period [sec]101

40 CH = SMD_3F_Center_X(N009E), peak = -41.528
2002040020406080100120140160180100120140160

180100120140160

18040 CH = SMD_3F_Center_Y(N099E), peak = 56.747920020400Acc. [cm/s/s]

10 -2[cm]20406080

40 CH = SMD_3F_Center_Z(UD), peak = 17.0357
2002040020406080Time [s]2016/11/22 06:00:00 at : EDG, Intensity: 3.4

10010

Pseudo Velocity Response (h=5%)
1000

20
101

100.

1

1pSv (cm/s)

10.1

0.
01(cm/s²)

10.

Acc. (cm/s²)

01
0.

0.1

312-1FC
042-1FC
UP-1FC

1000.

)

50m(c0.004
0.05

0100
0.

0.01

1
Period (s)1020

Acceleration
312-1FC (peak: 18.96cm/s²)0Acc. (cm/s²)-5050042-1FC (peak: 24.19cm/s²)
0Acc. (cm/s²)-50
50UP-1FC (peak: -8.245cm/s²)
0-50
050

100

150Time (s)200250300

2016/11/22 06:00:00 at : EDG, Intensity: 3.4

10010

Pseudo Velocity Response (h=5%)
1000

20
101

100.

1

1pSv (cm/s)

10.1

0.
01(cm/s²)

10.

Acc. (cm/s²)

01
0.

0.1

312-3FC042-3FC
UP-3FC

1000.

)

50m(c0.004
0.05

0100
0.

0.01

1
Period (s)1020

Acceleration
312-3FC (peak: 25.14cm/s²)

0Acc. (cm/s²)-5050042-3FC (peak: -34.45cm/s²)
0Acc. (cm/s²)-50
50
UP-3FC (peak: 13.62cm/s²)
0-50
050

100

150
Time (s)2002503002016/11/22 06:00:00 at : TKS, Intensity: 3.2

100

10

Pseudo Velocity Response (h=5%)
1000

20
10

1

100.

1

1pSv (cm/s)

10.1

0.
01(cm/s²)

10.

Acc. (cm/s²)

010.

0.1

047-GL
137-GL
UP-GL

1000.

)

20m(c0.004
0.05

0100
0.

0.01

1
Period (s)1020

Acceleration
047-GL (peak: 17.03cm/s²)

0Acc. (cm/s²)-20
20
137-GL (peak: -18.39cm/s²)
0Acc. (cm/s²)-20
20UP-GL (peak: 5.631cm/s²)0-20050

100

150Time (s)200250300

2016/11/22 06:00:00 at : TKS, Intensity: 3.3

10010

Pseudo Velocity Response (h=5%)
1000

20
10

1

100.

1

1pSv (cm/s)

10.1

0.
01(cm/s²)

10.

Acc. (cm/s²)

047-1FCE
137-1FCE
UP-1FCE

01
0.

0.1

1000.

)

50m(c0.004
0.05

0100
0.

0.01

1
Period (s)1020Acceleration
047-1FCE (peak: 23.86cm/s²)

0Acc. (cm/s²)-50
50
137-1FCE (peak: -20.74cm/s²)
0Acc. (cm/s²)-5050UP-1FCE (peak: 8.407cm/s²)
0-50
050

100

150Time (s)2002503002016/11/22 06:00:00 at : TKS, Intensity: 3.4

10010

Pseudo Velocity Response (h=5%)
1000

2010

1

10
0.

1

1pSv (cm/s)

10.1

0.
01(cm/s²)

10.

Acc. (cm/s²)

01
0.

0.1

047-3FC
137-3FCUP-3FC

1000.

)

50m(c0.004
0.05

0100
0.

0.011Period (s)1020

Acceleration
047-3FC (peak: 27.42cm/s²)

0Acc. (cm/s²)-50
50
137-3FC (peak: -28.63cm/s²)
0Acc. (cm/s²)-50
50
UP-3FC (peak: 5.152cm/s²)
0-50
050

100

150
Time (s)

200

250

300

2016/11/22 06:00:00 at : TKS, Intensity: 3.6

10010

Pseudo Velocity Response (h=5%)
1000

20
10

1

10
0.

1

1pSv (cm/s)

10.1

0.
01(cm/s²)

10.

Acc. (cm/s²)

01
0.

0.1

047-5FC
137-5FC
UP-5FC

1000.

)

50m(c0.004
0.0501000.

0.01

1Period (s)1020Acceleration
047-5FC (peak: 30.50cm/s²)

0Acc. (cm/s²)-50
50
137-5FC (peak: -41.73cm/s²)
0Acc. (cm/s²)-50
50
UP-5FC (peak: 5.976cm/s²)
0-50
050

100

150Time (s)200250300Pseudo response velocity [cm/s], h=5%102
310Start Time = 2016/11/22_05:59:59.00, SI = 3.2
ARK_GL_X(N290E)
ARK_GL_Y(N020E)
ARK_GL_Z(UD)BCJ-L2, BCJ-L2/5

10110 121010010 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

10 -2[cm]100

Period [sec]1011510 CH = ARK_GL_X(N290E), peak = 15.042
5051015050100150200250300

1510 CH = ARK_GL_Y(N020E), peak = -15.384
5051015050100150200250300

150Time [s]200250300

1510 CH = ARK_GL_Z(UD), peak = -11.0389
5051015050100

Pseudo response velocity [cm/s], h=5%102310Start Time = 2016/11/22_06:00:00.00, SI = 3.1
ARK_1F_N_X(N290E)
ARK_1F_N_Y(N020E)
ARK_1F_N_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]101

15 CH = ARK_1F_N_X(N290E), peak = 14.7543
105051015050
100150200250300

15 CH = ARK_1F_N_Y(N020E), peak = -17.2297
105051015050
100150200250300

150Time [s]200250300

15 CH = ARK_1F_N_Z(UD), peak = -5.5744105051015050100

Pseudo response velocity [cm/s], h=5%102310Start Time = 2016/11/22_05:59:59.00, SI = 3.2
ARK_3F_N_X(N290E)
ARK_3F_N_Y(N020E)
ARK_3F_N_Z(UD)BCJ-L2, BCJ-L2/5

101

10 1
21010010 01

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

2015 CH = ARK_3F_N_X(N290E), peak = 15.2663
10505101520050100
2015 CH = ARK_3F_N_Y(N020E), peak = -19.0825
105051015200501002015 CH = ARK_3F_N_Z(UD), peak = 7.03422
10505101520050100

10 -2[cm]100Period [sec]Time [s]101150200250

150200250150200250

Start Time = 2016/11/22_05:59:57.00, SI = 3.0
ONG_1F_N_X(N267E)
ONG_1F_N_Y(N357E)
ONG_1F_N_Z(UD)BCJ-L2, BCJ-L2/5

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

10 12

10100

10 011010-1

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

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

100

Period [sec]101

10 CH = ONG_1F_N_X(N267E), peak = -13.0591
50510050100150200250300150200250300150Time [s]200250300

10 CH = ONG_1F_N_Y(N357E), peak = -11.7701
505100Acc. [cm/s/s]

10 -2[cm]50100

10 CH = ONG_1F_N_Z(UD), peak = -9.04189
50510050100

Pseudo response velocity [cm/s], h=5%102310Start Time = 2016/11/22_05:59:58.00, SI = 3.1
ONG_3F_N_X(N267E)
ONG_3F_N_Y(N357E)
ONG_3F_N_Z(UD)BCJ-L2, BCJ-L2/5

101

10 1
210100

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

10 -2[cm]100

Period [sec]101

15 CH = ONG_3F_N_X(N267E), peak = 17.6477
105051015050100150200250300

15 CH = ONG_3F_N_Y(N357E), peak = 18.6482
105051015050100150200250300

150Time [s]200250300

15 CH = ONG_3F_N_Z(UD), peak = -9.27468
105051015050100

Start Time = 2016/11/22_06:01:54.00, SI = 1.6
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 1210

100

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
3
2
10
12
332
101233210123

10 -2[cm]100

Period [sec]101CH = NG2_B1_X(N355E), peak = 1.48417

01020304050603040506030Time [s]405060

CH = NG2_B1_Y(N085E), peak = 2.17147

01020

CH = NG2_B1_Z(UD), peak = -1.17022

01020Start Time = 2016/11/22_06:01:37.00, SI = 1.7
NG2_1F_X(N355E)
NG2_1F_Y(N085E)
NG2_1F_Z(UD)BCJ-L2, BCJ-L2/5

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

10 12

10100

10 0
11010-1

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]100Period [sec]101CH = NG2_1F_X(N355E), peak = 1.80956

020406080100120608010012060
Time [s]80100120

CH = NG2_1F_Y(N085E), peak = 2.39614

02040

CH = NG2_1F_Z(UD), peak = -1.12964

02040

Start Time = 2016/11/22_06:01:35.00, SI = 1.9
NG2_8F_X(N355E)
NG2_8F_Y(N085E)
NG2_8F_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]

10-1
321012332101233210123

10 -2[cm]100

Period [sec]101CH = NG2_8F_X(N355E), peak = 2.98015

0204060801001206080

10012060
Time [s]80100120

CH = NG2_8F_Y(N085E), peak = 2.71047

02040

CH = NG2_8F_Z(UD), peak = -1.0861

02040Start Time = 2016/11/22_06:01:43.00, SI = 1.8
NGZ_GL_X(N265E)NGZ_GL_Y(N355E)
NGZ_GL_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
32
1012332
1012332
10123

10 -2[cm]100

Period [sec]101CH = NGZ_GL_X(N265E), peak = -2.72043

020406080

100120608010012060
Time [s]80100120

CH = NGZ_GL_Y(N355E), peak = -2.0121

02040

CH = NGZ_GL_Z(UD), peak = -1.30635

02040Start Time = 2016/11/22_06:01:49.00, SI = 1.7
NGZ_B2_N_X(N265E)
NGZ_B2_N_Y(N355E)
NGZ_B2_N_Z(UD)BCJ-L2, BCJ-L2/5

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

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
32
1012332
10123321012
3

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

CH = NGZ_B2_N_X(N265E), peak = -2.65919

01020304050603040506030Time [s]405060

CH = NGZ_B2_N_Y(N355E), peak = -1.79775

01020

CH = NGZ_B2_N_Z(UD), peak = -1.10381

01020

Pseudo response velocity [cm/s], h=5%102
310Start Time = 2016/11/22_06:00:54.00, SI = 2.3
NGZ_PH(9F)_X(N265E)
NGZ_PH(9F)_Y(N355E)
NGZ_PH(9F)_Z(UD)BCJ-L2, BCJ-L2/5

101

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]

10-1

10 -2[cm]100

Period [sec]10164 CH = NGZ_PH(9F)_X(N265E), peak = -2.94289
20246020406080

100120140160

18064 CH = NGZ_PH(9F)_Y(N355E), peak = -6.65165
20246020406080100120140160

18064 CH = NGZ_PH(9F)_Z(UD), peak = -1.29196
20246020406080100120140160

180Time [s]Start Time = 2016/11/22_06:01:41.00, SI = 1.8
TSM_GL_ext_X(N004E)
TSM_GL_ext_Y(N094E)
TSM_GL_ext_Z(UD)BCJ-L2, BCJ-L2/5

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

102
310

101

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]

10-1
32
1012332
101233210
123

10 -2[cm]100

Period [sec]101CH = TSM_GL_ext_X(N004E), peak = 2.96502

0204060801001206080

10012060
Time [s]80100120

CH = TSM_GL_ext_Y(N094E), peak = 2.74625

02040

CH = TSM_GL_ext_Z(UD), peak = 0.88246

02040

Start Time = 2016/11/22_06:01:32.00, SI = 1.9
TSM_1F_X(N004E)
TSM_1F_Y(N094E)
TSM_1F_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 [c10-2

Acc. [cm/s/s]

Acc. [cm/s/s]

Acc. [cm/s/s]

10-1
4
3 CH = TSM_1F_X(N004E), peak = 3.0982
21012340204060
43 CH = TSM_1F_Y(N094E), peak = 3.01298
21012340204060
43 CH = TSM_1F_Z(UD), peak = 0.88578
21012340204060

10 -2[cm]100

Period [sec]10180

100120140160

18080

100120140160

18080

100120140160

180

Time [s]