Mat is working to understand how exposed our ‘transient’ visitors (tourists, seasonal workers etc) are to disaster risk as they travel around the country.
Safa is building an algorithm that will protect our power system transmission lines in a natural disaster event.
PhD candidate Tyler Barton is looking at the impacts caused by natural hazards in rural areas and how these affect individuals, businesses, and communities.
Canterbury quakes research has resulted in enduring relationships between our researchers and a range of stakeholder organizations.
David’s PhD thesis involves interviewing North Canterbury residents to understand social and community resilience to natural hazards in the area.
To celebrate International Day of Women and Girls in Science, we’re hearing from Alpine Fault expert Dr Caroline Orchiston from our Rural research programme.
Niransha is an Urban programme PhD student studying ‘Anchor Projects’ which are intended to boost local recovery after a natural disaster.
We speak with Lisa McLaren who, when not researching citizen science and community resilience to hazard events, is a convener and spokesperson for Generation Zero, a youth-led organisation helping New Zealand cut carbon pollution.
Ashley is examining community initiatives after the Kaikōura earthquake to understand what these organised activities mean in terms of community resilience.
Working on the resilience “Warrant of Fitness” project, which is aimed at testing, refining, and enhancing the New Zealand Resilience Index (NZRI).
Increasing engagement with DIVE and exploring ways to deliver on the site’s promise to provide a place to make resilience data more visible.
Developing a tool to help decision-makers stay on track as we find ways to build disaster resilience in our communities, environments, and economies.
A profile on two up-and-coming young researchers who have been working in the Trajectories team.
Becca is working to describe and visualise aspects of disaster resilience in New Zealand’s rural communities
Extending the New Zealand Resilience Index (NZRI) for specific regions and urban areas to help local and regional authorities better understand their community’s capacity to survive and thrive in the face of disaster.
Contributing to the ‘Measuring and monitoring progress’ section of the National Disaster Resilience Strategy to ensure effective assessment of whether or not we are improving resilience.
Research is underway to determine whether the Resource Management Act can enable managed retreat of communities away from areas facing increasing risk of inundation from the sea or exacerbated coastal erosion.
An examination of the kinds of resilience that are being delivered in Aotearoa New Zealand.
An innovative pilot forum is bringing stakeholders, investors and users together and harnessing future thinking techniques to increase the resilience of our transport system.
Two of our research programmes have been working together on ways to coordinate resilience building efforts between different governing authorities in New Zealand.
Christina is exploring how managed retreat is applied internationally and in New Zealand, in order to examine and develop managed retreat governance.
Gabriele is using statistical modelling to understand how the interaction of hazard events occurring in the same space and within a suitable time window can affect the occurrence of secondary (triggered) events
Kat is spending long periods of time living in Franz Josef to investigate the different initiatives being undertaken by and with residents to reduce hazard risk.
PhD researcher Alex Dunant is investigating how we can map out the interaction of hazards.
Franz Josef is vulnerable to a range of hazard events, and the community needs to ensure it is resilient enough to live through, and prosper after, any future major hazard event.
Hazard programme researchers have been working to extend Project AF8’s 7-day hazard impact scenario to 10 years post-quake, in order to assess the longer-term impacts on response and recovery.
Cuong’s PhD projects include investigating how insurance impacted residential recovery after the Canterbury quakes, and how coastal hazard perception is impacting property values on the Kāpiti Coast.
Investigating how co-ordinated infrastructure planning and investment can improve the resilience of New Zealand’s capital city to earthquake events.
The direct impacts of natural hazard events often lead to substantial indirect impacts when goods or services are suddenly not able to be produced, purchased or transported.
The 2011 Christchurch Earthquake was the most insured earthquake ever, but what were the impacts of all this insurance cover during the city’s recovery?
Businesses have been found to go over and above their contractual obligations to help communities hit by a natural hazard event like an earthquake.
Exploring Māori ancestral experience with tsunami(s) on Rangitoto (D’Urville Island) as described in a ‘folk tale’ called the Rival Wizards.
Developing tsunami education activities for Kura Kaupapa Māori located in Hawkes Bay’s tsunami evacuation zones.
The role of te reo knowledge and scholarship in the compilation of traditional and contemporary mōteatea
Development of te reo publication resources for whānau, hapū and iwi marae wananga including Māori language teachers.
Iwi management plans provide a link between Mātauranga Māori and land use planning, however, their role within council planning processes is uncertain.
Jake is undertaking PhD research investigating sediment tracing in the Whanganui River catchment.
As a nation that faces a wide variety of natural hazards, collaborating and sharing our knowledge, experiences and resources, will be key in enhancing our resilience.
As part of the Resilient Auckland Communities project, researchers have been working with Auckland Council on a project focusing on Pacific peoples.
Jake has recently finished his master’s thesis, which focused on developing a set of best practice guidelines for developing levels of disaster preparedness in metropolitan settings
Small businesses in the hospitality industry play a vital role in New Zealand’s economy. Researchers have been investigating how to enhance their resilience.
Our researchers have found that they might be less prepared than you’d expect.
Heiman, one of our PhD students at The University of Auckland, is assessing Auckland’s disaster resilience based on the United Nations International Strategy for Disaster Reduction.
Civil infrastructure firms fix our roads, power lines and sewers after natural hazard events like earthquakes. Their services are vital to our recovery after an event, but how resilient are the businesses themselves?
Sam is using his engineering expertise to investigate how decisions around physical reconstruction after a natural hazard event affect the overall recovery process of horizontal infrastructure in New Zealand.
Church, Community and Beyond: Effective Disaster Risk Communication with and for Pacific People in Auckland
Disaster messaging is only effective if embraced by the population it is intended for.
Rob is using modelling tools to figure how Auckland’s population can grow in a resilient and risk-mitigating way.
These places of worship might have a role to play before, during and after a natural disaster for South East Asian communities.
Nicha, a master’s student in our Urban programme, is exploring the diverse ways people with different backgrounds prepare and cope with disasters.
Understanding how the people of Petone and Eastbourne responded to the 2016 Kaikōura earthquake and subsequent tsunami warning
Citizen scientists surveyed Lower Hutt residents to find out what they did after the 2016 Kaikōura quake.
Can our capital cope with a natural disaster? Our researchers have been surveying Wellingtonians to find out how resilient the city’s residents are.
Creating a video to communicate a complex scientific issue isn’t easy. Our team evaluates the recent Project AF8 video series to gain insight into what works and what doesn’t.
Lisa’s PhD research aims to analyse how citizen science can be used as a tool by coastal communities to increase their resilience to High Impact Weather.
Social media not only keeps us up to date with the latest memes, it might also be helping communities to be more resilient to natural hazards.
Children own valuable knowledge about hazards such as floods or earthquakes in their local area, but they are vulnerable so we instinctively want to protect them and not involve them in DRR.
Marion’s thesis explores the usability of disaster apps. She’s advocating for the responsible design of apps that are meant to be used during high-stress disaster situations.
The Edge project is a unique example in New Zealand of researchers becoming embedded in an existing local government decision-making process.
One of the major challenges in coastal resilience planning is trying to ensure that adaptation pathways are both effective and well-suited to the coastal communities that they will impact.
Low-lying coastal communities around New Zealand will need to start embracing managed retreat as climate change and sea-level rise continue to encroach on and erode our coasts.
Growing up in Lower Hutt, PhD student Lauren Vinnell was well aware of Wellingon’s vulnerability to natural hazards. But she was also aware of how many people in the area were unprepared for a hazard event like an earthquake or tsunami.
Ashton is working to figure out how society can reduce the risk of coastal hazards and adapt to a changing climate.
Edge team researchers surveyed Hawke’s Bay residents to find out what they value most about the coast, and how they think coastal hazards should be managed.
Edge programme PhD student Laura Robichaux grew up in South Louisiana in the United States, surrounded by the benefits and risks inherent to coastal living.
A new collaborative research programme aims to better understand and compare the characteristics of stopbank networks across New Zealand.
Students in Hawke’s Bay have been using two popular children’s pastimes to help their community become more prepared for an emergency.
New Zealand’s Alpine Fault is expected to produce a magnitude 8 earthquake in future, which will widely impact the South Island and lower North Island.
We rely on infrastructure networks every day. They provide us with essential services like electricity and water as well as transportation and waste collection, and these networks are reliant on each other too.
From high-impact weather events, to seismic and volcanic risks, coastal erosion and other processes – there is a lot that can and does affect one of our primary economic drivers, and the people and communities who call it home.
We live in a risky environment. New Zealand experiences wildfires, floods, landslides and earthquakes far too frequently. But are we aware of the risks, and how prepared are we to reduce their impact and cope with a disaster?
Rural New Zealand has specific needs and challenges in the face of natural hazards, which are often not adequately addressed in current responses and management plans. Tyler Barton, a PhD student at the University of Canterbury, aims to address this issue.
We assume that electricity will be available when we want to use it, but what if an earthquake, storm or volcanic eruption hits and a blackout follows?
It is only a matter of time before another volcano erupts in Auckland’s Volcanic Field.
Xavier is a keen rock-climber, tramper, skier and one of the PhD students in our Infrastructure team.
The Rural programme aimed to find out what we know, what we don’t know, and what we need to know about rural resilience in NZ in order to ensure that the work we do fills critical gaps in our understanding.
A group of year 13 classes from Napier Girls’ High School had a classroom session on coastal hazards, coastal hazard management and how to measure coastal processes.
Alistair’s research focuses on increasing the resilience of potentially-isolated communities like Kaikōura and Franz Josef.
Kristie-Lee grew up in the Chatham Islands, and her research project focuses on fostering community-led action to reduce tsunami impact there.
If you had asked the population of Christchurch which major disaster they feared most on 12 February 2017 the majority would have answered earthquakes or flooding. Wildfire would have been the last thing on the city’s collective mind.