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Articles, UC QuakeStudies

A PDF copy of an image created for the 2015 Summer Starter. The image features an All Right? 'tip of the week', which reads, "Not a runner? Not a problem! Just do what you can do and enjoy what you do. Every little bit counts." The image was published in The Press in the lead-up to the 2015 Summer Starter.

Articles, UC QuakeStudies

A PDF copy of an image created for the 2015 Summer Starter. The image features an All Right? 'tip of the week', which reads, "Share a smile along the way! The little things we do can make a big difference to the people around us." The image was published in The Press in the lead-up to the 2015 Summer Starter.

Images, UC QuakeStudies

An image used as a profile picture on the All Right? Facebook page. The image reads, "Ki te kore, nga putake, e makukungia, e kore e rakau, e tupu. If the roots of the tree are not watered, the tree will never grow." All Right? posted the image on their Facebook page on 24 July 2015 at 12:20pm.

Images, UC QuakeStudies

An image encouraging people to take notice. The image depicts 'All Righties' pointing to and gazing at the night sky, and reads, "Take notice." The image was from phase 2 of the All Right? campaign, promoting the Five Ways to Wellbeing. The Five Ways to Wellbeing is a simple, evidence-based approach to improving wellbeing, promoted by the Mental Health Foundation.

Images, UC QuakeStudies

An image encouraging people to keep learning. The image depicts an 'All Rightie' reading an e-reader beneath a tree, and reads, "Keep learning." The image was from phase 2 of the All Right? campaign, promoting the Five Ways to Wellbeing. The Five Ways to Wellbeing is a simple, evidence-based approach to improving wellbeing, promoted by the Mental Health Foundation.

Images, UC QuakeStudies

A web image of a poster from 'Local Colour'. The image features Colleen and reads, "You don't realise how much your environment affects your mental wellbeing until it all goes to custard." 'Local Colour' was a campaign by All Right? in collaboration with photographer Neil Macbeth, which aimed to raise emotional literacy in Christchurch. The image was used as a profile picture on the All Right? Facebook page on 24 November 2014 at 3:34pm.

Images, UC QuakeStudies

A web image of a poster from 'Local Colour'. The image features Carlo and reads, "Christchurch still has a strong sense of home. It's about the people not the place". 'Local Colour' was a campaign by All Right? in collaboration with photographer Neil Macbeth, which aimed to raise emotional literacy in Christchurch.

Images, UC QuakeStudies

A web image of a poster from 'Local Colour'. The image features Wiremu and reads, "It's up to me now. It's one step forward and heaps of steps back but I'll get there." 'Local Colour' was a campaign by All Right? in collaboration with photographer Neil Macbeth, which aimed to raise emotional literacy in Christchurch.

Research papers, University of Canterbury Library

On February 22, 2011, a magnitude Mw 6.2 earthquake affected the Canterbury region, New Zealand, resulting in many fatalities. Liquefaction occurred across many areas, visible on the surface as ‘‘sand volcanoes’’, blisters and subsidence, causing significant damage to buildings, land and infrastructure. Liquefaction occurred at a number of sites across the Christchurch Boys High School sports grounds; one area in particular contained a piston ground failure and an adjacent silt volcano. Here, as part of a class project, we apply near-surface geophysics to image these two liquefaction features and determine whether they share a subsurface connection. Hand auger results enable correlation of the geophysical responses with the subsurface stratigraphy. The survey results suggest that there is a subsurface link, likely via a paleo-stream channel. The anomalous responses of the horizontal loop electromagnetic survey and electrical resistivity imaging highlight the disruption of the subsurface electrical properties beneath and between the two liquefaction features. The vertical magnetic gradient may also show a subtle anomalous response in this area, however the results are inconclusive. The ground penetrating radar survey shows disruption of the subsurface stratigraphy beneath the liquefaction features, in particular sediment mounding beneath the silt ejection (‘‘silt volcano’’) and stratigraphic disruption beneath the piston failure. The results indicate how near-surface geophysics allow the characteristics of liquefaction in the subsurface to be better understood, which could aid remediation work following liquefaction-induced land damage and guide interpretation of geophysical surveys of paleoliquefaction features.