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India · Earthquake archives May 2005

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

Events24
Largest magnitudeM 5.9
M6+0
M7+0
Average depth18.1 km

Strongest events

MagnitudeLocationDepthTime
M 5.9southeast Indian Ridge10.0 km2005-05-14 10:26:44 UTCView event →
M 5.3287 km SSW of Port Blair, India19.8 km2005-05-04 02:32:41 UTCView event →
M 5.2Mid-Indian Ridge10.0 km2005-05-26 22:34:32 UTCView event →
M 5.2southeast Indian Ridge3.1 km2005-05-14 11:15:54 UTCView event →
M 5.2southeast Indian Ridge10.0 km2005-05-14 11:13:20 UTCView event →
M 4.8231 km SW of Port Blair, India30.0 km2005-05-31 00:33:30 UTCView event →
M 4.8Indian Ocean Triple Junction10.0 km2005-05-19 20:21:04 UTCView event →
M 4.7South Indian Ocean10.0 km2005-05-28 05:12:18 UTCView event →
M 4.7Southwest Indian Ridge10.0 km2005-05-25 20:34:10 UTCView event →
M 4.7Indian Ocean Triple Junction10.0 km2005-05-19 20:30:47 UTCView event →
M 4.7Mid-Indian Ridge10.0 km2005-05-19 20:26:58 UTCView event →
M 4.7Nicobar Islands, India region30.0 km2005-05-16 11:48:54 UTCView event →
M 4.7Southwest Indian Ridge10.0 km2005-05-07 19:52:51 UTCView event →
M 4.7Southwest Indian Ridge10.0 km2005-05-03 12:41:42 UTCView event →
M 4.7207 km N of Bamboo Flat, India30.0 km2005-05-01 21:36:38 UTCView event →
M 4.6236 km S of Port Blair, India30.0 km2005-05-29 23:27:58 UTCView event →
M 4.6southeast Indian Ridge10.0 km2005-05-17 02:13:01 UTCView event →
M 4.6Nicobar Islands, India region30.0 km2005-05-12 23:29:22 UTCView event →
M 4.6Southwest Indian Ridge10.0 km2005-05-01 04:36:04 UTCView event →
M 4.5Nicobar Islands, India region24.5 km2005-05-31 18:18:23 UTCView event →
M 4.5137 km NNE of Bamboo Flat, India30.0 km2005-05-09 07:56:49 UTCView event →
M 4.5Nicobar Islands, India region30.0 km2005-05-08 00:01:48 UTCView event →
M 4.578 km WSW of Bamboo Flat, India26.7 km2005-05-01 17:39:55 UTCView event →
M 4.557 km NNW of Bamboo Flat, India30.0 km2005-05-01 07:39:30 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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