Protecting the past - Restoring heritage bridges
Articles, UC QuakeStudies
A document which describes the processes that SCIRT took when repairing some of Christchurch's heritage bridges.
A document which describes the processes that SCIRT took when repairing some of Christchurch's heritage bridges.
A report which details the archaeological monitoring carried out during the course of SCIRT project 11136, repairs to the Gloucester Street bridge.
A document which lists the awards won by SCIRT.
he 2016 Building (Earthquake Prone Building) Amendment Act aims to improve the system for managing earthquake-prone buildings. The proposed changes to the Act were precipitated by the Canterbury earthquakes, and the need to improve the seismic safety of New Zealand’s building stock. However, the Act has significant ramifications for territorial authorities, organisations and individuals in small New Zealand towns, since assessing and repairing heritage buildings poses a major cost to districts with low populations and poor rental returns on commercial buildings.
The concept of geoparks was first introduced in the first international conference on geoparks held in China in 2004. Here in New Zealand, Kiwis are accustomed to national parks, land reserves, marine reserves, and urban cities and regional parks. The concept of these protected areas has been long-standing in the country, whereas the UNESCO concept of geoparks is still novel and yet to be established in New Zealand. In this dissertation, I explored the geopark concept for better understanding of its merits and examined the benefits of geotourism attractions as a sustainable economic development strategy to retrieve a declining rural economy. This research is focused on Kaikoura as a case study with geological significance, and emphasizes pre-earthquake existing geological heritages and new existing geological heritages post-earthquake to determine whether the geopark concept is appropriate and what planning framework is available to process this concept proposal should Kaikoura be interested in future.
Unreinforced masonry churches in New Zealand, similarly to everywhere else in the word have proven to be highly vulnerable to earthquakes, because of their particular construction features. The Canterbury (New Zealand) earthquake sequence, 2010-2011 caused an invaluable loss of local architectural heritage and of churches, as regrettably, some of them were demolished instead of being repaired. It is critical for New Zealand to advance the data collection, research and understanding pertaining to the seismic performance and protection of church buildings, with the aim to:
A story submitted by Ailsa to the QuakeStories website.
A story submitted by johnson hoeta to the QuakeStories website.
A story submitted by Andy R to the QuakeStories website.
A story submitted by Eric Cummins to the QuakeStories website.
A story submitted by Alice to the QuakeStories website.
A story submitted by Anonymous to the QuakeStories website.