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Sequence · 2010-07-24

M 6.6 · Observed seismic cluster · 63 km WSW of Sangay, Philippines

Explore clusters of M4.5+ events observed around significant earthquakes. These clusters are descriptive and are not presented as earthquake predictions.

M4.5+ events in cluster16
M6+2
Analysis radius276 km
Observation window14 days
Largest secondary eventM 6.6
Quake Pulse

Sequence timeline

Within first 24 hours6
Within first 7 days16
Observed duration6.3 d
Gap from reference eventM 0.0
0 h6.3 d
Quake Pulse

Main-event impact

Very deep

39/100
Impact and context →

M4.5+ events in cluster

MagnitudeLocationDepthTime
M 6.663 km WSW of Sangay, Philippines553.0 km2010-07-24 05:35:01 UTCView event →
M 4.635 km W of Gadung, Philippines602.0 km2010-07-24 09:46:48 UTCView event →
M 4.636 km W of Gadung, Philippines602.3 km2010-07-24 11:10:45 UTCView event →
M 5.142 km WSW of Gadung, Philippines598.5 km2010-07-24 11:56:24 UTCView event →
M 4.931 km W of Gadung, Philippines602.4 km2010-07-25 04:21:38 UTCView event →
M 4.746 km W of Bantogon, Philippines593.0 km2010-07-25 04:36:19 UTCView event →
M 5.350 km W of Gadung, Philippines618.4 km2010-07-25 08:18:29 UTCView event →
M 4.747 km WSW of Gadung, Philippines598.2 km2010-07-25 20:30:54 UTCView event →
M 4.765 km W of Gadung, Philippines633.6 km2010-07-26 07:36:48 UTCView event →
M 5.043 km W of Gadung, Philippines606.2 km2010-07-26 16:37:02 UTCView event →
M 5.483 km SSE of Olutanga, Philippines625.7 km2010-07-26 23:06:49 UTCView event →
M 4.726 km W of Gadung, Philippines601.4 km2010-07-27 04:51:14 UTCView event →
M 6.689 km W of Bantogon, Philippines618.0 km2010-07-29 07:31:56 UTCView event →
M 4.966 km W of Bantogon, Philippines623.6 km2010-07-29 08:55:27 UTCView event →
M 4.564 km W of Taguisa, Philippines620.0 km2010-07-29 11:30:14 UTCView event →
M 4.943 km W of Taguisa, Philippines587.7 km2010-07-30 12:40:27 UTCView event →

Interpretation

Explore clusters of M4.5+ events observed around significant earthquakes. These clusters are descriptive and are not presented as earthquake predictions. Historical small-earthquake detection varies through time. Long-term comparisons are most robust at higher magnitude thresholds.

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