Search
found 27 results
Images for silt volcano; more images...
Natalie Kerschner WEMO Photograph 114
Images, UC QuakeStudies
A photograph of a silt volcano. Silt volcanoes are caused by liquefaction, when the soil loses its strength during the earthquake and the silt rises upwards, ejecting out of a hole like magma in a volcano.
Sand volcano of liquefaction silt outside McDonald Hartshorne
Images, UC QuakeStudies
Sand volcano of liquefaction silt outside McDonald Hartshorne on Manchester Street.
Photograph by Eroica Ritchie 041
Images, UC QuakeStudies
A "sand volcano" of liquefaction silt.
BeckerFraserPhotos September 2010 photograph 088
Images, UC QuakeStudies
A sand volcano in the Halswell Primary School grounds near the playground. Sand volcanoes were caused by liquefaction where the soil loses its strength during the earthquake and the silt rises upwards, ejecting out of a hole like magma in a volcano.
Photograph by Eroica Ritchie 112
Images, UC QuakeStudies
A "sand volcano" of liquefaction silt in a garden.
BeckerFraserPhotos June 2011 photograph 335
Images, UC QuakeStudies
Sand volcanoes" in the Heathcote Estuary. The volcanoes were caused by liquefaction, where the soil lost its strength and water erupted out of the hole, taking silt with it.
BeckerFraserPhotos June 2011 photograph 334
Images, UC QuakeStudies
Sand volcanoes" in the Heathcote Estuary. The volcanoes were caused by liquefaction, where the soil lost its strength and water erupted out of the hole, taking silt with it.
BeckerFraserPhotos June 2011 photograph 338
Images, UC QuakeStudies
Sand volcanoes" in the Heathcote Estuary. The volcanoes were caused by liquefaction, where the soil lost its strength and water erupted out of the hole, taking silt with it.
BeckerFraserPhotos June 2011 photograph 339
Images, UC QuakeStudies
Sand volcanoes" in the Heathcote Estuary. The volcanoes were caused by liquefaction, where the soil lost its strength and water erupted out of the hole, taking silt with it.
BeckerFraserPhotos June 2011 photograph 333
Images, UC QuakeStudies
Sand volcanoes" in the Heathcote Estuary. The volcanoes were caused by liquefaction, where the soil lost its strength and water erupted out of the hole, taking silt with it.
BeckerFraserPhotos June 2011 photograph 332
Images, UC QuakeStudies
A "sand volcano" in the Heathcote Estuary. The volcano was caused by liquefaction, where the soil lost its strength and water erupted out of the hole, taking silt with it.
BeckerFraserPhotos September 2010 photograph 090
Images, UC QuakeStudies
A sand volcano in the Halswell Primary School grounds. Sand volcanoes were caused by liquefaction where the soil loses its strength during the earthquake and the silt rises upwards, ejecting out of a hole like magma in a volcano.
BeckerFraserPhotos October 2010 photograph 003
Images, UC QuakeStudies
A typical "sand volcano" caused by liquefaction where the soil loses its strength during the earthquake and the silt rises upwards, ejecting out of a hole like magma in a volcano.
Mark Lincoln Photograph 018
Images, UC QuakeStudies
Large cracks in the playing field in Porrit Park are surrounded by "volcanoes" of liquefaction silt.
BeckerFraserPhotos June 2011 photograph 337
Images, UC QuakeStudies
Paradise ducks search for food among 'sand volcanoes' in the Heathcote Estuary. The volcanoes were caused by liquefaction where the soil lost its strength and water erupted out of the hole, taking silt with it.
Mark Lincoln Photograph 020
Images, UC QuakeStudies
A large crack in the playing field in Porrit Park is surrounded by "volcanoes" of liquefaction silt.
Photo 068
Images, UC QuakeStudies
Liquefaction 'volcanos' in Kaiapoi, after the September 4th earthquake. Silt erupted out of the ground, piling up over the surface and leaving cracks at the mouth of the volcano.
Photo 053
Images, UC QuakeStudies
Liquefaction 'volcanos' in Kaiapoi, after the September 4th earthquake. Silt erupted out of the ground, piling up over the surface and leaving cracks at the mouth of the volcano.
Photo 062
Images, UC QuakeStudies
Liquefaction 'volcanos' in Kaiapoi, after the September 4th earthquake. Silt erupted out of the ground, piling up over the turf and leaving cracks at the mouth of the volcano.
Photo 067
Images, UC QuakeStudies
Liquefaction 'volcanos' in Kaiapoi, after the September 4th earthquake. Silt erupted out of the ground, piling up over the surface and leaving cracks at the mouth of the volcano.
Photo 069
Images, UC QuakeStudies
Liquefaction 'volcanos' in Kaiapoi, after the September 4th earthquake. Silt erupted out of the ground, piling up over the surface and leaving cracks at the mouth of the volcano.
Photo 064
Images, UC QuakeStudies
Liquefaction 'volcanos' in Kaiapoi, after the September 4th earthquake. Silt erupted out of the ground, piling up over the surface and leaving cracks at the mouth of the volcano.
Photo 070
Images, UC QuakeStudies
Liquefaction 'volcanos' in Kaiapoi, after the September 4th earthquake. Silt erupted out of the ground, piling up over the surface and leaving cracks at the mouth of the volcano.
BeckerFraserPhotos October 2010 photograph 038
Images, UC QuakeStudies
A misaligned brick wall in front of a property with silt still piled up around it. During the earthquake, liquefaction drove silt to the surface where it erupted out of the ground like a volcano and formed a pile like the one seen here.
The Island of Sand
Images, UC QuakeStudies
A 'sand volcano' of liquefaction silt in Bexley. The photographer comments, "Liquefaction is just a mixture of sand and water squeezed up from the ground, but with a little imagination it has a beauty in its untouched state".
Matching Walls and Garden
Images, UC QuakeStudies
Liquefaction silt and sand cover the lawn of a residential property. The photographer comments, "This is a garden inundated with liquefaction. Though most liquefaction is grey in Christchurch there must have been golden sandy beaches before the volcanoes erupted millions of years ago".
It is the Way You Look at It
Images, UC QuakeStudies
A 'sand volcano' of liquefaction silt. The photograph has been rotated 180 degrees. The photographer comments, "This could be just a horrible hole caused by liquefaction pouring out of a hole after the Christchurch earthquake in January, but turn it upside down and it becomes an outcrop on the floor of an unseen tidal estuary".
- 1