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Images for Flower shows; more images...

Images, Alexander Turnbull Library

The title reads 'Ellerslie Flower Show to return to Christchurch...' Below are nine cameos showing 'sinking violets', 'cracked chrysanthemums', 'pooey perrenials', 'rubble roses', 'portaloo poppies', 'munted marigolds', 'knackered natives', the 'lily of liquefaction' and 'wearable exhibits' which shows a woman wearing a toilet roll and carrying a spade. Context: The next Ellerslie International Flower Show will be staged in North Hagley Park from 7-11 March 2012. Following cancellation of the 2011 Show after the 22 February earthquake, Christchurch City Council has confirmed that the citys premier garden show will go ahead next year in the same venue as previous years. (http://www.ellerslieflowershow.co.nz/) Quantity: 1 digital cartoon(s).

Videos, UC QuakeStudies

A video about the preparation for the 2012 Ellerslie Flower Show in Hagley Park. The video includes interviews with Xiaohua Li, an Architecture and Landscape Design student at Lincoln University, Dave Mee, the Ellerslie Flower Show Managing Director, and Leona Murahidy.

Images, UC QuakeStudies

A photograph of tents and shipping containers in Hagley Park which were to be part of the Ellerslie International Flower Show. The show was cancelled in the aftermath of the 22 February 2011 earthquake. In the foreground of this photograph, liquefaction can still be seen on the grass.

Images, Alexander Turnbull Library

Shows flowers at the Ellerslie Flowershow that represent various politicians. They are (from left) Mayor Bob Parker, Canterbury Earthquake Recovery Authority (Cera) chief executive Roger Sutton, Gerry Brownlee Minister of Earthquake recovery, Tony Marryatt, the Christchurch council chief executive, former Nelson mayor Kerry Marshall appointed Crown observer to oversee city council issues, Christchurch City Councillor Aaron Keown, and Deputy Mayor Ngaire Button. Quantity: 1 digital cartoon(s).

Videos, UC QuakeStudies

A video about the 2012 Ellerslie Flower Show in Hagley Park. The video includes an interview with Paul Roper-Gee, Exhibition Garden Gold Medal winner. It also includes an interview with Rachael Matthews, Emerging Designs Gold winner and Student Designer of the Year.

Articles, UC QuakeStudies

A PDF copy of a media release by All Right? titled 'Flower bombing shows Christchurch a little love'. The media release discusses All Right?'s 'Flower Bombing' project, including the recipients, responses, supporters of the project, and quotes from Sue Turner (All Right?) and Renee Roberts (BNZ). The release was produced in September 2013.

Images, UC QuakeStudies

A photograph of a single rose with a tag around the stem which reads, "When did you last show a little love?" Moffatts Flower Company donated thousands of flowers for the All Right? 'Flower Bombing' project. With the assistance of BNZ 'Closed for Good' staff, flowers were given out at the EQC call centre, Lyttelton Main, Lyttelton West and Phillipstown Schools, Eastgate Mall, and SCIRT rebuild sites. All Right? posted the photograph on their Facebook page on 3 September 2013 at 3:26pm.

Articles, Christchurch uncovered

For some of us, that title may have conjured up childhood memories of making ‘sand-saucer’ gardens for the local flower show or ‘pet and garden’ day at school. But I’ve actually something different in mind. We have found quite a … Continue reading →

Images, UC QuakeStudies

A digital copy of a plan for the Greening the Rubble Green Room garden on Colombo Street. The plan shows a sketch of the garden including a raised floor, flower beds, a paved path, and a picket fence. It also contains measurements and notes on what will be planted in the beds.

Research papers, University of Canterbury Library

A number of reverse and strike-slip faults are distributed throughout mid-Canterbury, South Island, New Zealand, due to oblique continental collision. There is limited knowledge on fault interaction in the region, despite historical multi-fault earthquakes involving both reverse and strike-slip faults. The surface expression and paleoseismicity of these faults can provide insights into fault interaction and seismic hazards in the region. In this thesis, I studied the Lake Heron and Torlesse faults to better understand the key differences between these two adjacent faults located within different ‘tectonic domains’. Recent activity and surface expression of the Lake Heron fault was mapped and analysed using drone survey, Structure-from-Motion (SfM) derived Digital Surface Model (DSM), aerial image, 5 m-Digital Elevation Model (DEM), luminescence dating technique, and fold modelling. The results show a direct relationship between deformation zone width and the thickness of the gravel deposits in the area. Fold modelling using fault dip, net slip and gravel thickness produces a deformation zone comparable to the field, indicating that the fault geometry is sound and corroborating the results. This result Is consistent with global studies that demonstrate deposit (or soil thickness) correlates to fault deformation zone width, and therefore is important to consider for fault displacement hazard. A geomorphological study on the Torlesse fault was conducted using SfM-DSM, DEM and aerial images Ground Penetrating Radar (GPR) survey, trenching, and radiocarbon and luminescence dating. The results indicate that the Torlesse fault is primarily strike-slip with some dip slip component. In many places, the bedding-parallel Torlesse fault offsets post-glacial deposits, with some evidence of flexural slip faulting due to folding. Absolute dating of offset terraces using radiocarbon dating and slip on fault determined from lateral displacement calculating tool demonstrates the fault has a slip rate of around 0.5 mm/year to 1.0 mm/year. The likelihood of multi-fault rupture in the Torlesse Range has been characterised using paleoseismic trenching, a new structural model, and evaluation of existing paleoseismic data on the Porters Pass fault. Identification of overlapping of paleoseismic events in main Torlesse fault, flexural-slip faults and the Porters Pass fault in the Torlesse Range shows the possibility of distinct or multi-fault rupture on the Torlesse fault. The structural connectivity of the faults in the Torlesse zone forming a ‘flower structure’ supports the potential of multi-fault rupture. Multi-fault rupture modelling carried out in the area shows a high probability of rupture in the Porters Pass fault and Esk fault which also supports the co-rupture probability of faults in the region. This study offers a new understanding of the chronology, slip distribution, rupture characteristics and possible structural and kinematic relationship of Lake Heron fault and Torlesse fault in the South Island, New Zealand.