Table 2. Open in new tab CMT analysis of... | Oxford Academic

Table 2.

Open in new tab

CMT analysis of primary event sequence. Events in global CMT catalogue (Ekström et al.2012) are marked with a “*”. All other events have fixed location. All events are from the year 2009.

No	Mon.	Day	Hour	Min.	Sec.	Lat.	Lon.	Depth	Scalar	Mag	M_w	Strike	Dip	Rake
								(km)	Moment (N-m)	(NEIC)
1	11	22	20	39	09.20	−10.00	33.90	12	1.01E+16	4.6	4.6	145	43	−105
2	11	25	21	14	33.50	−10.00	33.90	12	8.39E+15	4.5	4.5	113	50	−147
3*	12	06	17	36	39.83	−9.97	33.90	12	4.90E+17	5.8	5.7	162	36	−81
4	12	06	17	58	15.40	−10.00	33.90	12	4.18E+16	5.3	5.0	157	44	−74
5*	12	06	18	00	05.83	−10.03	33.90	12	8.18E+16	5.3	5.2	165	43	−75
6*	12	06	18	29	17.85	−10.15	33.97	14	6.48E+16	5.2	5.1	141	45	−103
7	12	06	19	36	43.50	−10.00	33.90	12	2.36E+16	5.1	4.8	162	36	−87
8	12	07	03	35	43.80	−10.00	33.90	12	1.51E+16	5.0	4.7	126	34	−109
9*	12	07	09	31	47.98	−9.66	33.90	20	3.69E+16	5.0	5.0	202	35	−62
10	12	07	18	09	40.30	−10.00	33.90	12	2.43E+16	4.6	4.9	210	52	−16
11*	12	07	18	16	34.99	−9.89	33.88	18	3.49E+16	4.9	5.0	202	49	−54
12*	12	08	03	09	01.44	−9.89	33.89	12	1.01E+18	5.9	5.9	172	36	−77
13*	12	11	04	49	10.88	−10.08	33.94	17	2.73E+16	5.0	4.9	149	49	−84
14	12	11	20	06	28.40	−10.00	33.90	12	1.85E+16	4.6	4.8	146	48	−89
15*	12	12	02	27	06.69	−9.79	33.85	12	2.17E+17	5.5	5.5	182	37	−75
16*	12	19	23	19	20.43	−10.02	33.93	12	1.09E+18	6.0	6.0	155	38	−88

No	Mon.	Day	Hour	Min.	Sec.	Lat.	Lon.	Depth	Scalar	Mag	M_w	Strike	Dip	Rake
								(km)	Moment (N-m)	(NEIC)
1	11	22	20	39	09.20	−10.00	33.90	12	1.01E+16	4.6	4.6	145	43	−105
2	11	25	21	14	33.50	−10.00	33.90	12	8.39E+15	4.5	4.5	113	50	−147
3*	12	06	17	36	39.83	−9.97	33.90	12	4.90E+17	5.8	5.7	162	36	−81
4	12	06	17	58	15.40	−10.00	33.90	12	4.18E+16	5.3	5.0	157	44	−74
5*	12	06	18	00	05.83	−10.03	33.90	12	8.18E+16	5.3	5.2	165	43	−75
6*	12	06	18	29	17.85	−10.15	33.97	14	6.48E+16	5.2	5.1	141	45	−103
7	12	06	19	36	43.50	−10.00	33.90	12	2.36E+16	5.1	4.8	162	36	−87
8	12	07	03	35	43.80	−10.00	33.90	12	1.51E+16	5.0	4.7	126	34	−109
9*	12	07	09	31	47.98	−9.66	33.90	20	3.69E+16	5.0	5.0	202	35	−62
10	12	07	18	09	40.30	−10.00	33.90	12	2.43E+16	4.6	4.9	210	52	−16
11*	12	07	18	16	34.99	−9.89	33.88	18	3.49E+16	4.9	5.0	202	49	−54
12*	12	08	03	09	01.44	−9.89	33.89	12	1.01E+18	5.9	5.9	172	36	−77
13*	12	11	04	49	10.88	−10.08	33.94	17	2.73E+16	5.0	4.9	149	49	−84
14	12	11	20	06	28.40	−10.00	33.90	12	1.85E+16	4.6	4.8	146	48	−89
15*	12	12	02	27	06.69	−9.79	33.85	12	2.17E+17	5.5	5.5	182	37	−75
16*	12	19	23	19	20.43	−10.02	33.93	12	1.09E+18	6.0	6.0	155	38	−88

Table 2.

Open in new tab

CMT analysis of primary event sequence. Events in global CMT catalogue (Ekström et al.2012) are marked with a “*”. All other events have fixed location. All events are from the year 2009.

No	Mon.	Day	Hour	Min.	Sec.	Lat.	Lon.	Depth	Scalar	Mag	M_w	Strike	Dip	Rake
								(km)	Moment (N-m)	(NEIC)
1	11	22	20	39	09.20	−10.00	33.90	12	1.01E+16	4.6	4.6	145	43	−105
2	11	25	21	14	33.50	−10.00	33.90	12	8.39E+15	4.5	4.5	113	50	−147
3*	12	06	17	36	39.83	−9.97	33.90	12	4.90E+17	5.8	5.7	162	36	−81
4	12	06	17	58	15.40	−10.00	33.90	12	4.18E+16	5.3	5.0	157	44	−74
5*	12	06	18	00	05.83	−10.03	33.90	12	8.18E+16	5.3	5.2	165	43	−75
6*	12	06	18	29	17.85	−10.15	33.97	14	6.48E+16	5.2	5.1	141	45	−103
7	12	06	19	36	43.50	−10.00	33.90	12	2.36E+16	5.1	4.8	162	36	−87
8	12	07	03	35	43.80	−10.00	33.90	12	1.51E+16	5.0	4.7	126	34	−109
9*	12	07	09	31	47.98	−9.66	33.90	20	3.69E+16	5.0	5.0	202	35	−62
10	12	07	18	09	40.30	−10.00	33.90	12	2.43E+16	4.6	4.9	210	52	−16
11*	12	07	18	16	34.99	−9.89	33.88	18	3.49E+16	4.9	5.0	202	49	−54
12*	12	08	03	09	01.44	−9.89	33.89	12	1.01E+18	5.9	5.9	172	36	−77
13*	12	11	04	49	10.88	−10.08	33.94	17	2.73E+16	5.0	4.9	149	49	−84
14	12	11	20	06	28.40	−10.00	33.90	12	1.85E+16	4.6	4.8	146	48	−89
15*	12	12	02	27	06.69	−9.79	33.85	12	2.17E+17	5.5	5.5	182	37	−75
16*	12	19	23	19	20.43	−10.02	33.93	12	1.09E+18	6.0	6.0	155	38	−88

No	Mon.	Day	Hour	Min.	Sec.	Lat.	Lon.	Depth	Scalar	Mag	M_w	Strike	Dip	Rake
								(km)	Moment (N-m)	(NEIC)
1	11	22	20	39	09.20	−10.00	33.90	12	1.01E+16	4.6	4.6	145	43	−105
2	11	25	21	14	33.50	−10.00	33.90	12	8.39E+15	4.5	4.5	113	50	−147
3*	12	06	17	36	39.83	−9.97	33.90	12	4.90E+17	5.8	5.7	162	36	−81
4	12	06	17	58	15.40	−10.00	33.90	12	4.18E+16	5.3	5.0	157	44	−74
5*	12	06	18	00	05.83	−10.03	33.90	12	8.18E+16	5.3	5.2	165	43	−75
6*	12	06	18	29	17.85	−10.15	33.97	14	6.48E+16	5.2	5.1	141	45	−103
7	12	06	19	36	43.50	−10.00	33.90	12	2.36E+16	5.1	4.8	162	36	−87
8	12	07	03	35	43.80	−10.00	33.90	12	1.51E+16	5.0	4.7	126	34	−109
9*	12	07	09	31	47.98	−9.66	33.90	20	3.69E+16	5.0	5.0	202	35	−62
10	12	07	18	09	40.30	−10.00	33.90	12	2.43E+16	4.6	4.9	210	52	−16
11*	12	07	18	16	34.99	−9.89	33.88	18	3.49E+16	4.9	5.0	202	49	−54
12*	12	08	03	09	01.44	−9.89	33.89	12	1.01E+18	5.9	5.9	172	36	−77
13*	12	11	04	49	10.88	−10.08	33.94	17	2.73E+16	5.0	4.9	149	49	−84
14	12	11	20	06	28.40	−10.00	33.90	12	1.85E+16	4.6	4.8	146	48	−89
15*	12	12	02	27	06.69	−9.79	33.85	12	2.17E+17	5.5	5.5	182	37	−75
16*	12	19	23	19	20.43	−10.02	33.93	12	1.09E+18	6.0	6.0	155	38	−88