Vision
For resilience planners in Aotearoa New Zealand to have quantified and accurate assessments of the financial, social and environmental impacts of natural hazards.
Project description
The MERIT (Measuring the Economics of Resilient Infrastructure) decision support tool was developed to help resilience planners estimate the economic consequences of disruptive events. We are improving MERIT to capture more impacts of natural hazard events and provide insights into the changing nature of these impacts. Our research is organised into three sub-projects:
Our goal is for MERIT to provide resilience decision-makers with a robust decision support system that gives them a broad and detailed understanding of the changing financial, social and environmental impacts of natural hazards.
Noy, I. & Filippova, O. (2022) Calm before the storm: Can we avoid extreme house price swings from extreme weather events? Special Publication #5 -…
This paper provides a framework for business recovery to support policy-makers to anticipate business recovery needs in economically disruptive events, including disasters.
Presentation on MERIT modelling tool from Nicky McDonald (MEResearch), Charlotte Brown (Resilient Organisations) and Michele Daly (GNS Science), March 2022
Market Economics Limited. 2017. Economic impact of the 2016 Kaikoura earthquake. Auckland (NZ): Market Economics Limited. 56 p. Prepared for Ministry of Transport
Smith N, McDonald G, Kim J-H, Ayers M, Brown C, Seville E. 2017. Wellington Resilience Programme Business Case: Modelling the Economics of Resilient Infrastructure Tool…
Cardwell RJ, McDonald GW, Wotherspoon LM. 2020. Simulation of post-volcanic eruption time variant land use and economic impacts in the Auckland region of New Zealand.…
McDonald GW, Kingi TT, Kim JH, Dowling L, Journeaux P, Dunningham A, Wakelin S, Monge J, Hock B. 2021. Assessing the economic implications of land…
Juan J. Monge, Nicola McDonald, Garry W. McDonald, A review of graphical methods to map the natural hazard-to-wellbeing risk chain in a socio-ecological system, Science…
Yonson R, Noy I, Ivory VC, Bowie C. 2020. Earthquake-induced transportation disruption and economic performance: the experience of Christchurch, New Zealand. Journal of Transport Geography.…
Cardwell RJ, McDonald GW, Wotherspoon LM. 2020. Simulation of post-volcanic eruption time variant land use and economic impacts in the Auckland region of New Zealand.…
McDonald G, Monge J, McDonald N. 2020. Hawke’s Bay region water security under climate change – economic impact assessment: final report. Auckland (NZ): Market Economics…
McDonald GW, Kingi TT, Kim JH, Dowling L, Journeaux P, Dunningham A, Wakelin S, Monge J, Hock B. 2021. Assessing the economic implications of land…
Monge JJ, McDonald GW. 2020. The economy-wide value-at-risk from the exposure of natural capital to climate change and extreme natural events: the case of wind…
Knowling MJ, White JT, McDonald GW, Kim J-H, Moore CR, Hemmings B. 2020. Disentangling environmental and economic contributions to hydro-economic model output uncertainty: An example…
McDonald GW, Smith NJ, Kim J-H, Brown C, Buxton R, Seville E. 2018. Economic systems modelling of infrastructure interdependencies for an Alpine Fault earthquake in…
McDonald GW, Cronin SJ, Kim JH, Smith NJ, Murray CA, Procter JN. 2017. Computable general equilibrium modelling of economic impacts from volcanic event scenarios at…
McDonald GW, Smith NJ, Kim J-h, Cronin SJ, Proctor JN. 2017. The spatial and temporal ‘cost’ of volcanic eruptions: assessing economic impact, business inoperability, and…
McDonald NJ, McDonald GW. 2020. Towards a dynamic equilibrium-seeking model of a closed economy. Systems. 8(4):42. doi:10.3390/systems8040042.
Brown C, Smith N, Buxton R, McDonald G, Daly M, Sevill E. 2016. Wellington Water resilience project. Wellington (NZ): Wellington Water