A photograph of soil uplift in a paddock on the Greendale fault line.
A photograph of a crack in a paddock on the Greendale fault line.
A photograph of soil uplift in a paddock on the Greendale fault line.
A photograph of a fence on the Greendale Fault line which has been damaged by the 4 September 2010 earthquake. The wire has been pulled off the posts and is hanging loose. The ground has also shifted so the fence is no longer straight.
A photograph of a fence on the Greendale Fault line which has been damaged by the 4 September 2010 earthquake. The wire has been pulled off the posts and is hanging loose. The ground has also shifted so the fence is no longer straight.
A photograph of a fence on the Greendale Fault line which has been damaged by the 4 September 2010 earthquake. The wire has been pulled off the posts and is hanging loose. The ground has also shifted so the fence is no longer straight.
A photograph of damage to the ground of a paddock on the Greendale fault line.
A photograph of University of Canterbury Geology students surveying land on the Greendale fault line.
A photograph of damage to the ground of a paddock on the Greendale fault line.
A photograph of damage to the ground of a paddock on the Greendale fault line.
A photograph of damage to the ground of a paddock on the Greendale fault line.
A photograph of a section of road lying on the Greendale Fault line which has cracked due to the 4 September 2010 earthquake. In the distance, police tape and cones have been used to close off the road.
A photograph of people examining a section of road lying on the Greendale Fault line which has large cracks caused by the 4 September 2010 earthquake. Police tape and cones have been used to close off the road.
A photograph of a fence on the Greendale Fault line which has shifted considerably due to the 4 September 2010 earthquake. Police tape and cones have been placed across the road to close it off.
A photograph of people examining a section of road lying on the Greendale Fault line which has large cracks caused by the 4 September 2010 earthquake. Police tape and cones have been used to close off the road.
A photograph of people examining a section of road lying on the Greendale Fault line which has large cracks caused by the 4 September 2010 earthquake. Police tape and cones have been used to close off the road.
A photograph of a fence on the Greendale Fault line which has shifted considerably due to the 4 September 2010 earthquake. Police tape and cones have been placed across the road to close it off.
A photograph of people examining a section of road lying on the Greendale Fault line which has large cracks caused by the 4 September 2010 earthquake. Police tape and cones have been used to close off the road.
A photograph of a section of road lying on the Greendale Fault line which has shifted considerably and cracked due to the 4 September 2010 earthquake. In the distance, police tape and cones have been used to close off the road.
Rolleston, South Island, NZ
A map showing the extent of the Greendale fault trace.
A photograph of University of Canterbury Geology staff and students using ground penetrating radar (GPR) to survey land on the Greendale fault line.
A photograph of University of Canterbury Geology student Matt Cockcroft using ground penetrating radar (GPR) to survey land on the Greendale fault line.
A photograph of University of Canterbury Geology staff and students using ground penetrating radar (GPR) to survey land on the Greendale fault line.
A photograph of University of Canterbury Geology student Matt Cockcroft using ground penetrating radar (GPR) to survey land on the Greendale fault line.
One oblong perspex covered 3-D model of the fault plains associated with the 4 September 2010 Darfield earthquake; top of the model also acts as a map overlay. Geologists continue to study the 4 September 2010 earthquake and consider it is likely to have been a complex event with several faults rupturing simultaneously. This model provides one ...
A photograph of University of Canterbury Geology students Zach Whitman and Dewiyani Bealing using ground penetrating radar equipment to survey land on the Greendale fault line.
A photograph of University of Canterbury Geology staff and students using a dynamic cone penetrometer to measure soil strength of a paddock on the Greendale fault line.
A photograph of University of Canterbury Geology students using ground penetrating radar equipment to survey land on the Greendale fault line. From left: Matt Cockcroft, Zach Whitman and Dewiyani Bealing.
A photograph of University of Canterbury Geology students using ground penetrating radar equipment to survey land on the Greendale fault line. From left: Matt Cockcroft, Zach Whitman and Dewiyani Bealing.
