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Philippines · Earthquake archives January 2018

Explore earthquake activity year by year and month by month using the historical Quake Pulse database.

Events22
Largest magnitudeM 5.1
M6+0
M7+0
Average depth45.3 km

Strongest events

MagnitudeLocationDepthTime
M 5.17 km NE of Paluan, Philippines54.7 km2018-01-14 15:49:27 UTCView event →
M 5.1191 km SE of Sarangani, Philippines28.6 km2018-01-06 18:35:09 UTCView event →
M 5.026 km E of Aras-asan, Philippines42.1 km2018-01-28 02:18:14 UTCView event →
M 5.041 km WSW of Calongbuyan, Philippines21.7 km2018-01-20 19:56:02 UTCView event →
M 4.92 km WSW of Paluan, Philippines35.0 km2018-01-14 15:20:29 UTCView event →
M 4.9195 km SE of Sarangani, Philippines47.4 km2018-01-06 13:52:54 UTCView event →
M 4.839 km SE of Caburan, Philippines100.0 km2018-01-25 08:03:38 UTCView event →
M 4.8111 km ESE of Santiago, Philippines10.0 km2018-01-07 02:21:47 UTCView event →
M 4.774 km N of Namuac, Philippines27.9 km2018-01-30 14:11:51 UTCView event →
M 4.795 km ENE of Kinablangan, Philippines10.0 km2018-01-19 06:26:24 UTCView event →
M 4.74 km NNE of Caraycaray, Philippines34.1 km2018-01-16 07:04:09 UTCView event →
M 4.772 km E of Pondaguitan, Philippines106.1 km2018-01-02 12:55:17 UTCView event →
M 4.6114 km NW of Kalawit, Philippines37.7 km2018-01-29 05:38:41 UTCView event →
M 4.6Babuyan Islands region, Philippines83.1 km2018-01-25 05:11:25 UTCView event →
M 4.60 km ENE of Balangiga, Philippines19.2 km2018-01-15 20:43:44 UTCView event →
M 4.659 km SE of Bobon, Philippines110.7 km2018-01-05 07:56:02 UTCView event →
M 4.6Mindanao, Philippines106.5 km2018-01-02 12:04:08 UTCView event →
M 4.57 km ESE of Santo Niño, Philippines10.0 km2018-01-31 14:32:57 UTCView event →
M 4.5117 km E of Gigmoto, Philippines10.0 km2018-01-13 10:31:50 UTCView event →
M 4.580 km ESE of San Ignacio, Philippines46.1 km2018-01-08 07:42:41 UTCView event →
M 4.5234 km SSE of Sarangani, Philippines50.5 km2018-01-03 22:41:44 UTCView event →
M 4.528 km N of Kibonsod, Philippines5.3 km2018-01-02 18:30:58 UTCView event →

Historical small-earthquake detection varies through time. Long-term comparisons are most robust at higher magnitude thresholds.

Historical small-earthquake detection varies through time. Long-term comparisons are most robust at higher magnitude thresholds.

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