Insurance is widely acknowledged as a key component in an organisation's disaster preparedness and resilience. But how effective is insurance in aiding business recovery following a major disaster? The aim of this research was to summarise the experiences of both the insurance industry and businesses dealing with commercial insurance claims following the 2010 and 2011 Canterbury earthquakes.
The Canterbury earthquakes of 2010 and 2011 have shone the spotlight on a number of tax issues. These issues, and in particular lessons learned from them, will be relevant for revenue authorities, policymakers and taxpayers alike in the broader context of natural disasters. Issues considered by this paper include the tax treatment of insurance monies. For example, building owners will receive pay-outs for destroyed assets and buildings which have been depreciated. Where the insurance payment is more than the adjusted tax value, there will be a taxable "gain on sale" (or depreciation recovery income). If the building owner uses those insurance proceeds to purchase a replacement asset, legislative amendments specifically enacted following the earthquakes provide that rollover relief of the depreciation recovery income is available. The tax treatment of expenditure to seismically strengthen a building is another significant issue faced by building owners. Case law has determined that this expenditure will usually be capital expenditure. In the past such costs could be capitalised to the building and depreciated accordingly. However, since the 2011-2012 income year owners have been prohibited from claiming depreciation on buildings and therefore currently no deduction is available for such strengthening expenditure (whether immediate or deferred). This has significant potential implications for landlords throughout New Zealand facing significant seismic retrofit costs. Incentives, or some form of financial support, whether delivered through the tax system or some other mechanism may be required. International Financial Reporting Standards (IFRS) require insurance proceeds, including reimbursement for expenditure of a capital nature, be reported as income while expenditure itself is not recorded as a current period expense. This has the effect of overstating current income and creating a larger variation between reported income for accounting and taxation purposes. Businesses have obligations to maintain certain business records for tax purposes. Reconstructing records destroyed by a natural disaster depends on how the information was originally stored. The earthquakes have demonstrated the benefits of ‘off-site’ (outside Canterbury) storage, in particular electronic storage. This paper considers these issues and the Inland Revenue Department (Inland Revenue) Standard Practice Statement which deals with inter alia retention of business records in electronic format and offshore record storage. Employer provided accommodation is treated as income to the benefitting employee. A recent amendment to the Income Tax Act 2007 retrospectively provides that certain employer provided accommodation is exempt from tax. The time aspect of these rules is extended where the employee is involved in the Canterbury rebuild and comes from outside the region.
A photograph of a paste-up on a Colombo Street bus shelter. The paste-up shows a computer error message, reading, "Capitalism has crashed. Install new system?
The site of Gap Filler's "Film in the Gap!" project in Beckenham. An amplifier and a public address system was set up for performing musicians to use.
A presentation by Associate Professor John Vargo (Department of Accounting and Information Systems, and Resilient Organisations Research Group) on "Organisational Resilience in Canterbury: Yesterday, Today and Tomorrow".
A fence has been spray painted after the building was cleared by a USAR team. This system was used following the February earthquake to mark buildings that have been checked.
A Christchurch city council manager has told the Royal Commission there was an element of chaos after the first earthquake in September 2010 as staff sought to get systems in place.
A brick fence has been spray painted after the building was cleared by a USAR team. This system was used following the February earthquake to mark buildings that have been checked.
An earthquake memories story from Marilyn Ollett, Service Manager, General Surgery/Cardiac Surgery, titled, "We had to think on our feet".
A wooden fence has been spray painted after the building was cleared by a USAR team. This system was used following the February earthquake to mark buildings that have been checked.
A store window that has been spray painted after it was cleared by a USAR team. This system was used following the February earthquake to mark buildings that have been checked.
A window has been spray painted after the building was cleared by a USAR team. This system was used following the February earthquake to mark buildings that have been checked.
Spray painted codes outside a block of apartments after it was cleared by a USAR team. This system was used following the February earthquake to mark buildings that have been checked.
Detail of spray painted codes left after a building was cleared by a USAR team. This system was used following the February earthquake to mark buildings that have been checked.
A fence has been spray painted after the building was cleared by a USAR team. This system was used following the February earthquake to mark buildings that have been checked.
A one story, two bays, approximately half scaled, perimeter moment frame containing precastprestressed floor units was built and tested at the University of Canterbury to investigate the effect of precastprestressed floor units on the seismic performance of reinforced concrete moment resisting frame. This paper gives an overview of the experimental set up and summarizes the results obtained from the test. The results show that elongation in the beam plastic hinges is partially restrained by the prestressed floor, which increases the strength of the beams much more than that being specified in the codes around the world.
Three years on from the earthquakes that crippled Christchurch's infrastructure, the city has yet to see costings and timeframes for the delivery of a revamped transport system for the central city.
The company which runs Christchurch's water and sewage systems says it expects supply and wastewater problems in the wake of the earthquake to appear for at least the next six months.
The entrance to a building has been spray painted after it has been cleared by a USAR team. This system was used following the February earthquake to mark buildings that have been checked.
An earthquake memories story from Murray Caird, Charge Orderly, The Princess Margaret Hospital, titled, "I take off my hat to those nurses".
Spray painted codes outside a block of apartments after it had been cleared by a USAR team. This system was used following the February earthquake to mark buildings that have been checked.
The side wall of a building has been spray painted after it was cleared by a USAR team. This system was used following the February earthquake to mark buildings that have been checked.
A concrete-block fence has been spray painted after the building was cleared by a USAR team. This system was used following the February earthquake to mark buildings that have been checked.
A concrete-block fence has been spray painted after the building was cleared by a USAR team. This system was used following the February earthquake to mark buildings that have been checked.
A concrete-block fence has been spray painted after the building was cleared by a USAR team. This system was used following the February earthquake to mark buildings that have been checked.
A concrete-block fence has been spray painted after the building was cleared by a USAR team. This system was used following the February earthquake to mark buildings that have been checked.
A concrete-block fence has been spray painted after the building was cleared by a USAR team. This system was used following the February earthquake to mark buildings that have been checked.
A multi-disciplinary geo-structural-environmental engineering project funded by the Ministry of Business Innovation and Employment (MBIE) is being carried out at the University of Canterbury. The project aims at developing an eco-friendly seismic isolation foundation system which will improve the seismic performance of medium-density low-rise buildings. Such system is characterized by two main elements: 1) granulated scrap rubber mixed with gravelly soils to be placed beneath the structure, with the goal damping part of the seismic energy before it reaches the superstructure; and 2) a basement raft made of steel-fibre reinforced rubberised concrete (SFRRuC) to enhance the flexibility and toughness of the foundation, looking at better accommodating the displacement demand. In this paper, the main objectives, scope and methodology of the project will be briefly described. A literature review of the engineering properties of steel-fibre reinforced rubberised concrete (RuC) will be presented. Then, preliminary results on concrete mixes with different rubber and steel fibres content will be exhibited.
The topic of ‘resilience’ thinking seems of late to have superseded that of ‘sustainability’ thinking. Sustainability means simply that which sustains and lasts but has taken on many different subtle nuances over the last 20 years since it came into common parlance with the Bruntland Report of 1987, which sought to clarify the definition. However, resilience ‘speak’ has become hot property now, especially highlighted since Christchurch experienced a natural disaster in the form of several large earthquakes from Sep 2010 until most recently in December 2011. Many people comment on how resilient people have been, how resilient the city has been, so it seems timely to investigate what resilience actually means and importantly, resilient to what and of what? (Lorenz, 2010). This essay will look at the concept of systems and resilience, definitions and theories will be explored generally and then these concepts will be more closely defined within the context of a particular system, that of Somerfield School located in the western suburbs of Christchurch.
The 22nd February 2011, Mw 6.3 Christchurch earthquake in New Zealand caused major damage to critical infrastructure, including the healthcare system. The Natural Hazard Platform of NZ funded a short-term project called “Hospital Functions and Services” to support the Canterbury District Health Board’s (CDHB) efforts in capturing standardized data that describe the effects of the earthquake on the Canterbury region’s main hospital system. The project utilised a survey tool originally developed by researchers at Johns Hopkins University (JHU) to assess the loss of function of hospitals in the Maule and Bío-Bío regions following the 27th February 2010, Mw 8.8 Maule earthquake in Chile. This paper describes the application of the JHU tool for surveying the impact of Christchurch earthquake on the CDHB Hospital System, including the system’s residual capacity to deliver emergency response and health care. A short summary of the impact of the Christchurch earthquake on other CDHB public and private hospitals is also provided. This study demonstrates that, as was observed in other earthquakes around the world, the effects of damage to non-structural building components, equipment, utility lifelines, and transportation were far more disruptive than the minor structural damage observed in buildings (FEMA 2007). Earthquake related complications with re-supply and other organizational aspects also impacted the emergency response and the healthcare facilities’ residual capacity to deliver services in the short and long terms.