1901 Cheviot earthquake

The 1901 Cheviot earthquake occurred at 07:47 NZT on 16 November 1901 (20:15 15 November UTC)[1] with an estimated magnitude of 6.9, centred near the township of Cheviot in the Canterbury region of New Zealand.

1901 Cheviot earthquake
UTC time1901-11-15 20:15
ISC eventn/a
USGS-ANSSn/a
Local date16 November 1901 (1901-11-16)
Local time07:47 NZT
Magnitude6.9
Depth33 km
Areas affectedSouth Island, New Zealand
Casualties1 death

Damage and casualties
McTaggart's butcher shop in Cheviot after the earthquake

A baby was killed when a sod hut collapsed.[2] Other casualties in the Canterbury region are not known.

The ChristChurch Cathedral experienced some damage in this earthquake. The top of the spire fell again as a result of the 16 November 1901 Cheviot earthquake. This time, the stone construction was replaced with a more resilient structure of Australian hardwood sheathed with weathered copper sheeting, with an internal mass damper.

Observations of sand blows (sand volcano) and lateral spreading, consistent with soil liquefaction phenomena in the township of Kaiapoi were reported in local newspapers in a two to three block area at the eastern end of Charles and Sewell Streets on the north bank of the Kaiapoi River, in addition to similar effects observed on the opposing river bank, and the road to Belfast.[3]

gollark: Oh, right, you don't want it to be backward-sorted either, yes.
gollark: You could probably do "most comparisons come out wrong" versus "furthest out of place" or something.
gollark: Can it do it in O(3) time?
gollark: *Will* Macron do the opposite of sorting?
gollark: Can Macron do the opposite of sorting?

See also

References
  1. "Catalog of Damaging Earthquakes in the World (Through 2013)". IISEE. Retrieved 14 May 2019.
  2. This Week in History, GNS Science, archived from the original on 19 August 2010
  3. Berrill, J.B.; Mulqueen, P.C.; Ooi E.T.C. (1994). "Liquefaction at Kaiapoi in the 1901 Cheviot, New Zealand, Earthquake". Bulletin of the New Zealand National Society of Earthquake Engineering. 27: 178–189.

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