Collection Overview of 'District earthquake hazard assessments for engineering lifelines.'
Object Overview of 'Ashburton District engineering lifelines project: Earthquake hazard assessment'
College of Engineering buildings reopen after the earthquakes.
Object Overview of 'Timaru District Engineering Lifelines Project: Earthquake Hazard Assessment (Yetton & McCahon, 2001).'
Exterior of the Engineering library following the September earthquake.
This report describes the earthquake hazard in Ashburton district and gives details of historic earthquakes. It includes district-scale (1:250,000) active fault, ground shaking zone, liquefaction and landslide susceptibility maps. The report describes earthquake scenarios for a magnitude 7.0-7.3 earthquake on the Mt Hutt-Mt Peel Fault Zone and a magnitude 8 Alpine Fault earthquake. See Object Overview for background and usage information.
This report describes the earthquake hazard in Selwyn district and gives details of historic earthquakes. It includes district-scale (1:250,000) active fault, ground shaking zone, liquefaction and landslide susceptibility maps. The report describes earthquake scenarios for a magnitude 7.0-7.3 earthquake on the Porters Pass-Amberley Fault Zone and a magnitude 8 Alpine Fault earthquake. See Object Overview for background and usage information.
This report describes the earthquake hazard in Timaru district and gives details of historic earthquakes. It includes district-scale (1:250,000) active fault, ground shaking zone, liquefaction and landslide susceptibility maps. The report describes earthquake scenarios for a magnitude 7.0-7.3 earthquake on the Mt Hutt-Mt Peel Fault Zone and a magnitude 8 Alpine Fault earthquake. See Object Overview for background and usage information.
Interview with Canterbury Earthquakes Geospatial Reserach Fellow, Matthew Hughes. This interview was conducted by Emma Kelland as part of Deirdre Hart's Coastal and River Earthquake Research project.
"Training and Education of Engineers and Organisation of Engineering Profession and Building Assessment after Earthquakes", a report submitted by the then New Zealand Historic Places Trust on the Royal Commission Discussion Papers.
A toppled filing baniet in the Engineering library after the September earthquake.
An earthquake memories story from Alan Bavis, Facilities and Engineering Manager, 33 St Asaph Street, titled, "Big team effort".
This report was the first report in the district series, and has a different format to later reports. It includes all natural hazards, not only earthquake hazards. It describes earthquake, flooding, meteorological, landslide and coastal hazards within Hurunui district and gives details of historic events. It includes district-scale (1:250,000) active fault and flood hazard maps. The report describes an earthquake scenario for a magnitude 6.9 earthquake near Cheviot, as well as flooding, meteorological, landslide, coastal erosion, storm surge, and tsunami scenarios.
A video of a presentation by Dr Craig Davis of the Los Angeles Department of Water and Power on "Learning and planning collaboration on 'Earthquake-Flood Multi-Hazard Impact on Lifelines' and 'Resilience Measures and Strategies'". The presentation was delivered at the Learning from Lifeline Week and Planning Collaborations forum as part of the University of Canterbury's Lifeline Week.
Interview with Engineering Geologist, Shamus Wallace. This interview was conducted by Emma Kelland as part of Deidre Hart's Coastal and River Earthquake Research project.
A presentation by Dr Charlotte Brown (Department of Civil and Natural Resource Engineering) on "A Waste-Full Recovery: Managing waste after the 2010/2011 Christchurch earthquakes".
Interview with Surface Water Planner, Graham Harrington. This interview was conducted by Emma Kelland as part of Deirdre Hart's Coastal and River Earthquake Research project.
Interview with Coastal Procces Geomophologist, R.M. Kirk. This interview was conducted by Emma Kelland as part of Deirdre Hart's Coastal and River Earthquake Research project.
Interview with Coastal and River Geomorphologist, Murray Hicks. This interview was conducted by Emma Kelland as part of Deirdre Hart's Coastal and River Earthquake Research project.
Slides from the presentation by Dr Charlotte Brown (Department of Civil and Natural Resource Engineering) on "A Waste-Full Recovery: Managing waste after the 2010/2011 Christchurch earthquakes".
Photograph captioned by Fairfax, "Beckenham shop owners consult with engineering staff outside their earthquake-devastated shops on Colombo Street".
Photograph captioned by Fairfax, "Beckenham shop owners consult with engineering staff outside their earthquake-devastated shops on Colombo Street".
An interview with Research Fellow in Civil and Natural Resources Engineering, Sonia Giovinazzi. This interview was conducted by Emma Kelland as part of Deirdre Hart's Coastal and River Earthquake Research project .
An interview with Coastal Resources Scientist, Justin Cope, and Natual Hazard Analyst, Marion Irwin. This interview was conducted by Emma Kelland as part of Deirdre Hart's Coastal and River Earthquake Research project .
Misko Cubrinovski, Civil Engineer, photographed with liquefaction and lateral spreading on Oxford Terrace. Misko's area is geotechnical earthquake engineering and foundation engineering, and he will feature in a UC in the News pull out supplement inThe Press.
A earthquake simulation structure built at the College of Engineering, it is designed to demonstrate a retrofit of seismic strengthening to a structure.
A earthquake simulation structure built at the College of Engineering, it is designed to demonstrate a retrofit of seismic strengthening to a structure.
A earthquake simulation structure built at the College of Engineering, it is designed to demonstrate a retrofit of seismic strengthening to a structure.
A earthquake simulation structure built at the College of Engineering, it is designed to demonstrate a retrofit of seismic strengthening to a structure.
A earthquake simulation structure built at the College of Engineering, it is designed to demonstrate a retrofit of seismic strengthening to a structure.