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emsc,2014-01-21 01:29:13, -15.465, -174.867, 6.0, 11.0, Tonga
gfzp,2014-01-21 01:29:13, -15.340, -174.730, 6.2, 10.0, Tonga Isls.
usgs,2014-01-21 01:29:13, -15.249, -175.051, 5.9, 10.0, Tonga Isls. (173) [T]
2014/ 1/ 23 13:17:44.0 -54.25 140.75 33.0 5.1 WEST OF MACQUARIE ISLAND
2014/ 1/ 23 12:06:24.0 -54.25 140.75 33.0 5.0 WEST OF MACQUARIE ISLAND
However the first recorded sightings of earthquake lights dates from 373 BCE in Greece. Although the explanations for the phenomena have changed over time and within different cultures, the details have been remarkably consistent. For example “pyramids of a fiery red colour” and “elliptical corona of amazing brightness” were observed about two weeks before an earthquake that was felt in London, England in 1749-1750.
During the early twentieth century, luminous phenomena, occurring between a few km to several hundreds of km from epicentres, were reported by Italian and German seismologists. Milne  reviewed the significant work published in 1910 of Ignazio Galli  who categorized the luminous phenomena accompanying earthquakes into four categories each with several subcategories. In 1931 the Japanese researcher Terada  summarized the luminous phenomena observed in the sky or on the ground before, during, and after the time of severe shocks in Japan. The categories, which were very similar to those of Galli, included luminous masses, fireballs, bright funnels, beams of fire, and flames.
reply to post by Olivine
Really? With hydrocarbons being produced throughout our solar system and probably the galaxy there is no doubt in my mind where the water came from or why there are deep reservoirs of 'ancient' water. It certainly is NOT from percolation from above.
"Titan is just covered in carbon-bearing material — it's a giant factory of organic chemicals," said Ralph Lorenz, a Cassini radar team member from the Johns Hopkins University Applied Physics Laboratory. "This vast carbon inventory is an important window into the geology and climate history of Titan."
What we found is evidence for complex hydrocarbons. We have spent 40 years looking for hydrocarbons on Mars, and never found them. Then we look in the remotest part of the solar system, and here they are! We're not sure what kinds of hydrocarbons they are yet, but they aren't central to biology. We use them for fuel.