Photograph captioned by BeckerFraserPhotos, "The Ark of Hope interactive art installation on the corner of Brougham and Colombo Streets".
A photograph captioned by BeckerFraserPhotos, "A Gap Filler piano at 636 Ferry Road".
A document which describes the process that SCIRT took to fill its operational workforce gap.
A pile of gravel in Avonside used to fill up the gaps created by seismic activity and liquefaction. The cracks in this curb side have not been filled yet.
A crack between the river bank and the footpath near the Williams Street Bridge in Kaiapoi. This crack has now largely been filled in. The visible gap shows how much the land slipped towards the river during the earthquake.
The driveway of a house on Avonside Drive. One of the concrete slabs has lifted and the owner has tried to fill the gap with blocks of wood. Unfortunately, these have come loose and are sticking out of the hole.
The use of post-earthquake cordons as a tool to support emergency managers after an event has been documented around the world. However, there is limited research that attempts to understand the use, effectiveness, inherent complexities, impacts and subsequent consequences of cordoning once applied. This research aims to fill that gap by providing a detailed understanding of first, the cordons and associated processes, and their implications in a post-earthquake scenario. We use a qualitative method to understand cordons through case studies of two cities where it was used in different temporal and spatial scales: Christchurch (2011) and Wellington (Kaikōura earthquake 2016), New Zealand. Data was collected through 21 expert interviews obtained through purposive and snowball sampling of key informants who were directly or indirectly involved in a decision-making role and/or had influence in relation to the cordoning process. The participants were from varying backgrounds and roles i.e. emergency managers, council members, business representatives, insurance representatives, police and communication managers. The data was transcribed, coded in Nvivo and then grouped based on underlying themes and concepts and then analyzed inductively. It is found that cordons are used primarily as a tool to control access for the purpose of life safety and security. But cordons can also be adapted to support recovery. Broadly, it can be synthesized and viewed based on two key aspects, ‘decision-making’ and ‘operations and management’, which overlap and interact as part of a complex system. The underlying complexity arises in large part due to the multitude of sectors it transcends such as housing, socio-cultural requirements, economics, law, governance, insurance, evacuation, available resources etc. The complexity further increases as the duration of cordon is extended.