Photograph captioned by BeckerFraserPhotos, "A big Australian sucker truck in Newport Street".
An aerial photograph of a residential area in New Brighton. The photograph has been captioned by BeckerFraserPhotos, "New Brighton Road, Wattle Drive and Waygreen Avenue. These houses are mostly red zoned with a few green zoned houses in the bottom right".
An residential property at 7 Waygreen Avenue in New Brighton. The section and footpath is overgrown with weeds and silt from liquefaction. A green sticker on the front window can be seen through the trees.
Photograph captioned by BeckerFraserPhotos, "Looking east along Beach Road towards Bower Avenue. Machine is pumping out groundwater and filtering silt. This piece of road is zoned orange on the left and green on the right".
An abandoned residential property at 39 Seabreeze Close in Bexley. The front yard is overgrown with weeds and a pile of rubble sits in the driveway. A number has been spray-painted in green onto the front wall.
An abandoned residential property at 20 Waygreen Avenue in New Brighton. The section is covered with weeds and silt from liquefaction. 'HM' has been spray painted in green on the front wall of the house. The gutter has partly flooded.
An aerial photograph of a residential area in Burwood. The photograph has been captioned by BeckerFraserPhotos, "Anzac Drive Bridge over the River Avon at the top of the photograph. Hulverstone Drive and New Brighton Road are prominent in this photograph. The land beside the river is red-zoned with a green-zoned strip alongside Anzac Drive".
An aerial photograph of the Horseshoe Lake residential area near the Avon River. The photograph has been captioned by BeckerFraserPhotos, "Burwood School is at the top right of this photograph near the intersection of Lake Terrace Road and New Brighton Road. This area is mostly zoned residential green".
A video of a play produced and performed by students from Avonside Girls' High School. The play was created for the Theater Federation One Act Play Festival, on the topic of the Christchurch rebuild. The students modeled the play on the epic theatre style, aiming to emotionally affect and enact change in their audience.
The Canterbury region of New Zealand experienced a sequence of strong earthquakes during 2010-2011. Responses included government acquisition of many thousands of residential properties in the city of Christchurch in areas with severe earthquake effects. A large and contiguous tract of this ‘red zoned’ land lies in close proximity to the Ōtākaro / Avon River and is known as the Avon-Ōtākaro Red Zone (AORZ). The focus of this study was to provide an overview of the floodplain characteristics of the AORZ and review of international experience in ecological restoration of similar river margin and floodplain ecosystems to extract restoration principles and associated learnings. Compared to pre-earthquake ground levels, the dominant trend in the AORZ is subsidence, together with lateral movement especially in the vicinity of waterway. An important consequence of land subsidence in the lower Ōtākaro / Avon River is greater exposure to flooding and the effects of sea level rise. Scenario modelling for sea level rise indicates that much of the AORZ is exposed to inundation within a 100 year planning horizon based on a 1 m sea level rise. As with decisions on built infrastructure, investments in nature-based ‘green infrastructure’ also require a sound business case including attention to risks posed by climate change. Future-proofing of the expected benefits of ecological restoration must therefore be secured by design. Understanding and managing the hydrology and floodplain dynamics are vital to the future of the AORZ. However, these characteristics are shared by other floodplain and river restoration projects worldwide. Identifying successful approaches provides a useful a source of useful information for floodplain planning in the AORZ. This report presents results from a comparative case study of three international examples to identify relevant principles for large-scale floodplain management at coastal lowland sites.