Other Concentration

Disaster Risk and Resilience Group

PEOPLE

    • Senior Lecturer
    • School of Earth and Environment
    • Senior LecturerSchool of Earth and Environment

    Applications of Social Ecological Systems theory and methods in the Disaster Risk Governance context. The active management of tensions endemic to cross-sector collaborations in disaster risk management, response and recovery contexts, with a special interest in the use of boundary organizations and collaborative governance to manage institutional misalignments between scientific and other domains. The use of collaborative governance arrangements to improve the research quality and relevance of national research funding programs, and - in response and recovery environments - to enhance cross-sector coordination and decrease ethical risks to impacted communities. Community resilience to natural hazards.

    Applications of Social Ecological Systems theory and methods in the Disaster Risk Governance context. The active management of tensions endemic to cross-sector collaborations in disaster risk management, response and recovery contexts, with a special interest in the use of boundary organizations and collaborative governance to manage institutional misalignments between scientific and other domains. The use of collaborative governance arrangements to improve the research quality and relevance of national research funding programs, and - in response and recovery environments - to enhance cross-sector coordination and decrease ethical risks to impacted communities. Community resilience to natural hazards.

    • Faculty of Science
    • Registered to supervise Master's/Doctoral students
    • Lecturer
    • School of Earth and Environment
    • LecturerSchool of Earth and Environment
    Heather’s research interests include: disaster risk reduction for rural communities; volcanic impact and risk assessments; risk reduction through policy and planning; the application of risk assessment tools for improved emergency management; agricultural and environmental vulnerability function development; quantifying and reducing social vulnerability; and effective risk communication approaches.

    Heather completed a PhD in Hazard and Disaster Management at University of Canterbury in 2015. Her PhD research focussed on quantifying agricultural vulnerability to volcanic hazards, through post-event impact assessments and consultation with a broad range of international experts. Prior to her role at UC, Heather was a Hazard and Risk Analyst at NIWA. This involved undertaking applied research on risk modelling, vulnerability and resilience, with a strong focus on user engagement and applications. Heather has also worked across local government and emergency management in a Senior Hazard Advisor role. This work included disseminating natural hazard impact and resilience building methods to a variety of audiences including town/district planners, emergency management professionals, and the public. The role provided valuable experience at the intersection of policy, emergency management, and the application of the latest research.
    Heather’s research interests include: disaster risk reduction for rural communities; volcanic impact and risk assessments; risk reduction through policy and planning; the application of risk assessment tools for improved emergency management; agricultural and environmental vulnerability function development; quantifying and reducing social vulnerability; and effective risk communication approaches.

    Heather completed a PhD in Hazard and Disaster Management at University of Canterbury in 2015. Her PhD research focussed on quantifying agricultural vulnerability to volcanic hazards, through post-event impact assessments and consultation with a broad range of international experts. Prior to her role at UC, Heather was a Hazard and Risk Analyst at NIWA. This involved undertaking applied research on risk modelling, vulnerability and resilience, with a strong focus on user engagement and applications. Heather has also worked across local government and emergency management in a Senior Hazard Advisor role. This work included disseminating natural hazard impact and resilience building methods to a variety of audiences including town/district planners, emergency management professionals, and the public. The role provided valuable experience at the intersection of policy, emergency management, and the application of the latest research.
    • Faculty of Science
    • Registered to supervise Master's/Doctoral students
    Fields of Research
    • Natural hazards
    • Climate change impacts and adaptation
    • Disaster and emergency management
    • Earth sciences
    • Land use and environmental planning
    • Lecturer - Teaching and Admin
    • School of Earth and Environment
    • Lecturer - Teaching and AdminSchool of Earth and Environment
    • Postdoctoral Fellow
    • Geospatial Research Institute
    • Postdoctoral FellowGeospatial Research Institute
    • Service Unit
    • Senior Lecturer Above the Bar
    • School of Earth and Environment
    • Senior Lecturer Above the BarSchool of Earth and Environment

    I'm a Senior Lecturer Above the Bar in Disaster Risk & Resilience and the Science Lead for the AF8 (Alpine Fault Magnitude 8) programme. My work focuses on understanding and modelling disaster risk as something dynamic — recognising that hazard, exposure, and vulnerability all change over time, often in ways our current risk models don't fully capture.

     

    My current research explores this dynamic risk across five interconnected areas:

    1) how population movement affects exposure to hazards;

    2) how landslide behaviour changes chronically in the years following an earthquake;

    3) how sequences of compounding hazards shape long-term recovery;

    4) how impacts vary across different disaster scenarios; and

    5) how climate change is altering future earthquake and landslide risk.

     

    Over the past decade, I've worked to develop scenario and ensemble-style modelling approaches that give governments, emergency managers, and the UN more realistic ways to plan for major disasters — work that has informed both national and international disaster risk reduction policy. I lead the Risk Science Group for the Aotearoa Earthquake Science Advisory Panel, sit on the Severe Weather Science Advisory Panel, and am a Programme Area Lead for QuakeCoRE's Disciplinary Theme 1.

     

    My research has been published in journals including Nature Communications and PNAS, and has featured in international media from the Associated Press to CNN. I place a strong emphasis on communicating risk clearly to different audiences — from public talks as part of the AF8 roadshow, to briefings for local and central government, through to regular media commentary following major disaster events both in New Zealand and overseas. I'm always keen to collaborate with researchers, agencies, and communities working to build a more resilient Aotearoa.

    I'm a Senior Lecturer Above the Bar in Disaster Risk & Resilience and the Science Lead for the AF8 (Alpine Fault Magnitude 8) programme. My work focuses on understanding and modelling disaster risk as something dynamic — recognising that hazard, exposure, and vulnerability all change over time, often in ways our current risk models don't fully capture.

     

    My current research explores this dynamic risk across five interconnected areas:

    1) how population movement affects exposure to hazards;

    2) how landslide behaviour changes chronically in the years following an earthquake;

    3) how sequences of compounding hazards shape long-term recovery;

    4) how impacts vary across different disaster scenarios; and

    5) how climate change is altering future earthquake and landslide risk.

     

    Over the past decade, I've worked to develop scenario and ensemble-style modelling approaches that give governments, emergency managers, and the UN more realistic ways to plan for major disasters — work that has informed both national and international disaster risk reduction policy. I lead the Risk Science Group for the Aotearoa Earthquake Science Advisory Panel, sit on the Severe Weather Science Advisory Panel, and am a Programme Area Lead for QuakeCoRE's Disciplinary Theme 1.

     

    My research has been published in journals including Nature Communications and PNAS, and has featured in international media from the Associated Press to CNN. I place a strong emphasis on communicating risk clearly to different audiences — from public talks as part of the AF8 roadshow, to briefings for local and central government, through to regular media commentary following major disaster events both in New Zealand and overseas. I'm always keen to collaborate with researchers, agencies, and communities working to build a more resilient Aotearoa.

    • Faculty of Science
    • Registered to supervise Master's/Doctoral students
    • 11 Sustainable Cities and Communities
    • 9 Industry, Innovation and Infrastructure
    • 13 Climate Action
    • Collaborative research projects
    • Consulting & advisory services
    • Media enquiries
    • Policy advice & government consultation
    Fields of Research
    • Natural hazards
    • Geospatial information systems and geospatial data modelling
    • Geomorphology and earth surface processes
    • Disaster and emergency management
    • Earth sciences
    • Physical geography and environmental geoscience
    • Lecturer
    • School of Earth and Environment
    • LecturerSchool of Earth and Environment
    Tēnā koe! He uri au nō Ngāti Mutunga ō Wharekauri me Te Āti Awa.

    I'm passionate about bringing people and knowledge systems, particularly Mātauranga Māori and disaster risk science together in ways that best support whānau, hapū, iwi & local communities in planning and preparing for disaster events and climate change.

    I currently work part time for UC on a number of kaupapa Māori research projects, co-lead RNC Te Whanake Te Kura i Tawhiti Nui research programme and teach into the UC Master of Disaster Risk and Resilience programme whilst I study towards my doctorate.
    Tēnā koe! He uri au nō Ngāti Mutunga ō Wharekauri me Te Āti Awa.

    I'm passionate about bringing people and knowledge systems, particularly Mātauranga Māori and disaster risk science together in ways that best support whānau, hapū, iwi & local communities in planning and preparing for disaster events and climate change.

    I currently work part time for UC on a number of kaupapa Māori research projects, co-lead RNC Te Whanake Te Kura i Tawhiti Nui research programme and teach into the UC Master of Disaster Risk and Resilience programme whilst I study towards my doctorate.
    • Faculty of Science
    • Lecturer
    • School of Earth and Environment
    • LecturerSchool of Earth and Environment
    • Faculty of Science
    • Registered to supervise Master's/Doctoral students
    • Professor
    • School of Earth and Environment
    • ProfessorSchool of Earth and Environment
    Natural hazard and risk assessment, with special interest in volcanic eruptions. Impacts of natural hazards to critical infrastructure and primary industries - including development of innovative methods to analysis vulnerability to volcanic ash fall. Community resilience to natural hazards. Evacuation and loss modelling using geospatial platforms (GIS).
    Natural hazard and risk assessment, with special interest in volcanic eruptions. Impacts of natural hazards to critical infrastructure and primary industries - including development of innovative methods to analysis vulnerability to volcanic ash fall. Community resilience to natural hazards. Evacuation and loss modelling using geospatial platforms (GIS).
    • Faculty of Science
    • Registered to supervise Master's/Doctoral students

Alternative names

DRR

Other Concentration contact

  • University of Canterbury, Christchurch, New Zealand