Object Overview of 'Earthquake hazard and risk assessment study Stage 1 Part A: Earthquake source identification and characterisation'.
Sign for a large study area set up in the Bentley's Wing upstairs in the UCSA.
The Shelley Common Room, previously a social space, converted into a study space after the September earthquake.
The Shelley Common Room, previously a social space, converted into a study space after the September earthquake.
The Shelley Common Room, previously a social space, converted into a study space after the September earthquake.
A map showing the location of a study looking for historic earthquakes on the Alpine Fault.
A map showing the location of a study dating historic earthquakes on the Alpine Fault.
UC student trainee science teacher Carrie Whyte helps out at a Papanui study centre, assisting Bopha Chea with her Art History assignment.
Joanne Stevenson, PhD student in the Geography Department, who is studying the positive aspects of post-earthquake business growth in Christchurch.
Joanne Stevenson, PhD student in the Geography Department, who is studying the positive aspects of post-earthquake business growth in Christchurch.
Joanne Stevenson, PhD student in the Geography Department, who is studying the positive aspects of post-earthquake business growth in Christchurch.
UC student trainee science teacher Carrie Whyte helps out at a Papanui study centre, assisting Bopha Chea with her Art History assignment.
The Christchurch liquefaction study was initiated to better determine liquefaction susceptibility in Christchurch city. It aimed to improve on earlier liquefaction susceptibility maps, which were based on soil type and distribution, by incorporating soil strength data into liquefaction analysis. This stage of the study included collating available geological and geotechnical data from Environment Canterbury and Christchurch City Council into a database, modelling liquefaction hazard and ground damage and presenting these as maps. The report contains many recommendations, which were taken up in subsequent stages of the study. (Note that the results of Stage 1 of the Christchurch liquefaction study were provided to Environment Canterbury as a letter rather than a report. This was a summary of work completed to 30 June 2001, including a review of geological and geotechnical data available within Environment Canterbury and Christchurch City Council records.) See Object Overview for background and usage information.
Stage IV of the Christchurch liquefaction study updated the Stage II liquefaction hazard and ground damage maps with further data collected from other organisations, and included two additional maps indicating liquefaction sensitivity to groundwater levels. Stage IVa of the Christchurch liquefaction study used revised groundwater levels and adjustments to the liquefaction prediction algorithm. The outputs of the report were liquefaction hazard and ground damage maps for both average summer (low) and average winter (high) groundwater levels. The maps produced as part of Stage IVa of the report were subsequently included in an Environment Canterbury public education poster The Solid Facts on Christchurch Liquefaction which also contained information on how liquefaction occurs and what can be done to mitigate the liquefaction hazard. Stage IV of the Christchurch liquefaction study contained a number of recommendations to improve the liquefaction potential and ground damage maps for Christchurch. See Object Overview for background and usage information.
Christ Church Cathedral's damaged tower.
Rescue team members.
A graph forecasting business growth.
Classrooms in Kirkwood Village.
Classrooms in Kirkwood Village.
Classrooms in Kirkwood Village.
Shoppers at Re:Start Mall.
Shoppers at Re:Start Mall.
Shoppers at Re:Start Mall.
School of Forestry signage.
School of Forestry signage.
Shoppers at Re:Start Mall.
Shoppers at Re:Start Mall.
Damage on Worcester Street.
Cracks on building facades.
The newly renovated Library Undercroft.