resilience to nature’s challenges...this research strategy provides a platform for responding to...
TRANSCRIPT
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Resilience to Nature’s Challenges
Introduction to this Proposal .................................................................................................................... 2
Research Strategy ...................................................................................................................................... 3
Research Plan Development ..................................................................................................................... 5
Resilience to Nature’s Challenges National Science Challenge Scope .................................................. 5
International context ............................................................................................................................. 5
Participatory development process ...................................................................................................... 6
Research Plan .......................................................................................................................................... 10
Introduction ......................................................................................................................................... 10
Value Proposition ................................................................................................................................ 12
Research Plan Overview ...................................................................................................................... 13
Research Plan Summary Tables ........................................................................................................... 16
Priority Co-Creation Laboratory programmes ................................................................................. 16
Resilience Toolbox programmes ..................................................................................................... 17
Detailed Research Plan ............................................................................................................................ 20
Priority Co-Creation Laboratories ............................................................................................................ 20
P1. Resilient Rural Backbone ............................................................................................................... 20
P2. Resilient Cities New Zealand ......................................................................................................... 22
P3. Living at the Edge: Transforming the Margins .............................................................................. 25
P4. Transformative Māori Research: Fulfilling MBIE Vision Mātauranga ........................................... 28
Resilience Toolbox Programmes .............................................................................................................. 30
T1. Resilient governance for New Zealand’s future ............................................................................ 30
T2. Infrastructure and Built-Environment Solutions ........................................................................... 33
T3. Creating an Economically Resilient New Zealand (CERNZ) ............................................................ 35
T4. The integration of tikanga Māori in building Resilience ................................................................ 37
T5. Creating a New Zealand Resilience Culture ................................................................................... 39
T6. Resilience to New Zealand’s hazard spectrum .............................................................................. 41
T7. Resilience Trajectories for a Future Proof New Zealand ............................................................... 43
“Beyond 2019…” – Resilience to Natures Challenges: Phase 2 ............................................................... 45
Research Programme Budgets ................................................................................................................ 48
Overall Budget ..................................................................................................................................... 48
Programme Budgets ............................................................................................................................ 50
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Introduction to this Proposal
We present a new Research Plan and Proposal to address the Resilience to Nature’s Challenges (RNC)
National Science Challenge, issued in the New Zealand Gazette, issue number 135, on 1 October 2013.
The proposal is founded on a 25-year shared resilience vision. We are cognisant of international
learning, that a step-change in New Zealand’s resilience to nature’s challenges is contingent upon
changing course from adaptive/reactive practice to transformative resilience. To lead this, new science
is needed to extend beyond the current paradigm of risk identification and risk management. New
work is proposed to promote resilience in governance, incentivise resilience decisions and enterprise
investments and broaden the cultural appetite for resilience, through building combined agendas on
infrastructure, economic and social development issues. The imperative is on looking forward to face
the diverse and rapidly changing demographics and hazard environments of our country. The RNC will
place a heavy focus on implementation and science-stakeholder co-creation to create tailored, shared
solutions and gain maximum impact from science innovation.
This proposal extends from the 10 June 2014 submission, including a full research plan that was
prepared during a structured participatory process involving national stakeholders and researchers.
We address the requirements outlined in the 27 June 2014 letter from Dr Prue Williams by:
Outlining a plan and detailed research programme to allocate initial and ongoing research
funding in the Challenge [this document, from p21];
Describing the priorities, criteria and processes used for allocating initial and subsequent
funding across research areas within the Challenge, including a plan for Contestable research
funding [this document, pp 6-10, with further detail in Appendix 2 of the Business Plan];
Explaining the relationship of the Natural Hazards Research Platform and transition of Rural Fire
contracts into the Challenge [Business Plan, p2 and pp13-15];
Describing what aspects of underpinning science are required for the Challenge mission and
how they will be sourced both within and outside the Challenge funded activities [this
document, from p4, with further detail on related activities on p2 of the Business Plan];
Naming the proposed individuals in the governance and management groups and key
management roles, demonstrating benefit-value of these structures [Business Plan, from p4];
Detailing a reporting and monitoring framework and review schedule for the Challenge,
including key-performance indicators [Business Plan, p10].
Further, we also describe:
Our Vision for a Resilient New Zealand and a connected Strategy for achieving this vision
through the RNC National Science Challenge;
How the Vision Mātauranga vision and strategy is articulated throughout the RNC;
How the Research Strategy and Detailed Research Plan were created through an open
participatory process from scoping to prioritisation, forming a coherent, trans-disciplinary and
compelling science programme.
By building on our portfolio of hazard and risk science with new cross- and trans-disciplinary
approaches, we will navigate and lead New Zealand on a new path in planning, enterprise, governance
and cultural development to become a world leader in natural hazard resilience.
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Research Strategy
On 1 May 2013 Prime Minister, Hon John Key and Minister of Science and Innovation Hon Steven
Joyce, announced ten National Science Challenges. One of the features that sets these apart from
previous investments was described as follows:
“The Challenges provide an opportunity to align and focus New Zealand's research on
large and complex issues by drawing scientists together from different institutions and
across disciplines to achieve a common goal through collaboration”
(http://www.msi.govt.nz/update-me/major-projects/national-science-challenges)
This Research Strategy provides a platform for responding to this opportunity for the Resilience to
Nature’s Challenges (RNC) National Science Challenge, by guiding a new collaborative and negotiated
approach to research team development, research programme design and science-stakeholder co-
creation. It includes the Principles, Vision, Mission and Aspirations and Structure that will lead our
Challenge.
The Principles of the RNC National Science Challenge Research Strategy include:
Respect – to embrace and encourage areas of research that contribute to New Zealand’s
resilience to nature’s challenges.
Partnership – to seek meaningful engagement with stakeholders to develop a combined
resilience vision and produce co-created solutions to fulfil the vision.
Negotiation – to jointly reach common priority goals from diverse aspirations and to target
limited resources where they are most needed.
Transdisciplinarity – to create new science directions and discussions by going beyond
traditional science discipline boundaries.
Vision Mātauranga – to recognise that Māori are the only assured land owner in the future of
Aotearoa and that the potential of Māori resources, tikanga and mātauranga are key to the
success of the RNC Challenge. To this end a complete parallel Māori strategy has been prepared
for the RNC and is available upon request.
The Vision of the RNC is that:
New Zealand is a nation of people who have transformed their lives,
enterprises and communities to anticipate, adapt and thrive
in the face of ever-changing nature’s challenges.
In order to reach this vision, the RNC Challenge has the following guiding Mission:
We will partner with multiple stakeholders to generate new co-created research solutions to inform
“how” New Zealand builds a transformative pathway toward resilience to nature’s challenges. Through
an agile research and engagement team, priority-driven transdisciplinary co-creation laboratories, and
high-quality, targeted underpinning research, we will tackle the “wicked” problems facing our rapidly
changing cultural, economic, built and natural environments.
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Inherent to this mission are our Aspirations:
That the RNC National Science Challenge will become a trusted provider of research and advice
to Aotearoa, including Māori;
That the Challenge will deliver internationally linked and leading research;
That our research interventions and outcomes will contribute to New Zealand achieving a
transformational change in its resilience to nature’s challenges that will be evident in economic,
social, infrastructure and cultural outcomes; and
That we will become an exemplar for the co-creation of science with New Zealanders, including
Māori, for the benefit of Aotearoa.
The Pathway for the Challenge will be through:
Open, inclusive and good governance, in order to lead and inspire others to take up the RNC
strategy
Sourcing the best capability to pursue the research goals needed to support our strategy and
Vision
Bold transformative research that creates new knowledge and unlocks the innovation potential
behind collaboration and transdisciplinary research, including mātauranga Māori.
Co-creation – by developing enduring and meaningful partnerships with stakeholders, we will
develop sustainable and fit-for-purpose research solutions to resilience to nature’s challenges.
The Structure of the RNC National Science Challenge research is pictured below, and further
elaborated in the Research Plan that follows.
The first key feature of this structure is a departure from hazard-silo based research programmes that
have characterised past investments in this area. Instead, targeted underpinning research innovation
(left side of the diagram above) will address key aspects of our lives, such as: culture, governance and
decision making, economic drivers, community infrastructure, mātauranga Māori, understanding our
physical environmental threats and designing our pathway forward. These will form part of the
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resilience pipeline that leads to the second key design element: four transdisciplinary co-creation
laboratories. In these prioritised spaces, the largest resilience issues will be tackled as public-
stakeholder-science programmes. These will be expanded into the second half of the Challenge, but
will initially focus on the most urgent emerging issues in New Zealand’s future and also develop a new
partnership approach for integrating science into Resilience outcomes.
Research Plan Development
Resilience to Nature’s Challenges National Science Challenge Scope
Based on the RfP issued for the National Science Challenges (October 2013) our process focussed on:
Identifying the most important national-scale issues and opportunities;
Building collaboration and a broad portfolio of multi-disciplinary research; and
Deriving a long-term strategic approach to mission-led science.
In order to develop the scope for the Resilience to Nature’s Challenges National Science Challenge, the
RfP was used as the guiding document, with an objective “To enhance New Zealand’s resilience to
natural disasters”, broken down under the following sub-areas:
Resilient Society
Resilient Buildings and Infrastructure
Risk Assessment
Geological, Weather, and Fire Hazards.
To accurately scope the new investment in this Challenge, we first identified and recognised ongoing
research work-streams and capabilities in the area encompassed in the RfP. This included the MBIE-
contracted New Zealand Natural Hazards Research Platform, CRI core funding of GNS Science, NIWA
and Scion, EQC-supported hazard research, university-based research and related Government agency
and lifelines-utilities research. The following figure depicts the role that the RNC National Science
Challenge will play within this context of other research activity. To this end, the scoping of the
research plan must consider integration with, and addition to, existing research initiatives, but also
extend beyond these to identify the key gaps to resilience to nature’s challenges in New Zealand and
design new, innovative and cross-cutting research initiatives.
International context
The range of international definitions of resilience is vast. In this proposal, the typology of Handmer
and Dovers (2009) (A typology of resilience: Rethinking institutions for sustainable development. In
Lisa, Schipper, and Burton (Eds.), Adaptation to climate change. Earthscan) was used to define our
paradigm of transformative change. Transformative change is the ultimate means of achieving a step-
change in resilience. International evidence shows this is a long-term exercise, and if rushed without
matching evidence-based science and policy, can lead to maladaption and create new social and
environmental risks.
The urgent need for the international community to focus on resilience to natural hazards has become
a key component of Disaster Risk Management, Climate Change Adaptation and Sustainable
Development and Growth Strategies. A series of terminating international agreements (The Hyogo
Framework for Action on building resilience to disasters, the Sustainable Development Goals and the
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2015 climate agreement under the UN Framework Convention on Climate Change) have emphasised
that research in Disaster Risk Management must directly focus on strengthening disaster risk
management policy and practice. The next wave of agreements will be directed toward transformative
change, and more active pursuit of community resilience goals. Within this Challenge, we recognise
that major resilience initiatives must be coupled with other drivers for change, including social,
economic and political objectives to overcome the great inertia hindering transformative change.
Research across the consortium members of this Challenge has a wide range of connections to
international research programmes and collaboration, which include, but are not limited to: UN
International Strategy for Disaster Reduction (UNISDR) and associated research unit, Integrated
Research on Disaster Risk; World Social Forum; Bushfire and Natural Hazards CRC (Australia); Federal
Emergency Management Agency (USA); Disaster Prevention Research Institute (Japan); Geotechnical
Extreme Events Reconnaissance (USA); Earthquake Engineering Research Institute and Pacific
Engineering Research Center (USA); UK Met Office; World Meteorological Organisation’s Natural
Disaster and Mitigation Programme; Global Earthquake Model; Pacific Tsunami Warning System;
Global Volcano Model; Incorporated Research Institutions for Seismology; and vHub.
Relationship of RNC National Science Challenge with other research entities in this arena
Participatory development process
During the establishment phase of the RNC National Science Challenge, the Interim Director
undertook a structured participatory planning process to engage a broad research user/stakeholder
group and a large, multi-organisational researcher group in the development of an RNC Vision,
Research Strategy and detailed Research Plan.
Stakeholders/user elicitation
Scoping workshops held before the establishment period and one-on-one meetings with key
stakeholders at national and regional levels at the outset of the establishment phase set the scene and
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scope for formal workshops. Four formal user/stakeholder workshops were held; each was run by
separate facilitators, deliberately using a separate set of elicitation processes:
Prof Shane Cronin led a Wellington workshop of ~20 participants on 3 November 2014,
involving mainly high-level national stakeholders (including MCDEM, DPMC, Treasury, IAG,
Insurance Council, LGNZ, MPI, MFE, MBIE, NIWA, GNS Science, DOC, EQC, Auckland Council,
Wellington Regional Council and BOP Regional Council). Using focus group-work approaches,
Vision statements were developed through painting a picture what a resilient New Zealand
would look like in 2025 and 2050, before identifying the societal, built, political and economic
changes needed to achieve this and finally the key research that would support the process.
Dr Rawiri Faulkner ran a mātauranga Māori researcher and stakeholder workshop with 15
participants on 12 November 2014 in Auckland. Māori researchers and research stakeholders
developed a Māori vision for a resilient New Zealand, along with a Vision Mātauranga strategy
for the RNC National Science Challenge. Further, key research priorities were highlighted to
populate a specific mātauranga Māori research area within the Challenge.
Dr John Vargo ran a Christchurch workshop with two sessions on 21 November 2014, allowing
over 50 participants from a vast range of local government, business leaders, academics, and
NGO representatives to attend. He applied a “six-capitals” approach to group identification of
the key features of a resilient New Zealand. From this, using a scoring exercise, each group
prioritised the most important aspirational feature and explored the research needed to
achieve it.
Prof Suzanne Wilkinson led an Auckland workshop on 27 November 2014 with ~30 participants
from several areas of the Auckland Council, lifelines utilities, engineering and legal consultants.
Using an approach of first eliciting key themes of resilience from the group (e.g., cohesive
society), working groups listed research needs and a set of priorities under each theme.
Prof Cronin attended all workshops to gain a national overview of the stakeholder desires. Despite the
different venues, different stakeholders and different facilitation approaches, very similar aspirations
were expressed of a resilient New Zealand, including the following attributes:
New Zealanders anticipate the natural hazards they face (including those resulting from climate
change).
Organisations and networks for resilience span all levels of government and the private sector,
with consistent approaches that are understood by all.
New Zealanders have developed an embedded resilience culture that influences their decision
making.
Our primary sector is responsive to natural hazard threats and is equipped with business model
resilience tools to prepare for and recover quickly from natural hazard events.
Our communities are supported by resilient infrastructure, and agile, responsive recovery
planning that is organised before future major shock events.
People and communities are facing and debating the difficult questions around sustainability
and thriving in situations and locations that are faced now or in the future with acute natural
hazard threat.
That New Zealand has answered the “how” of resilience from household to government.
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Research community elicitation to develop the Research Plan
Following the 10 June 2014 RNC submission that led to this establishment phase, a writing group was
established with key researchers from each of the partner organisations and other groups of direct
relevance to the RNC area. The initial “Writing group” was made up of Prof Suzanne Wilkinson (UoA),
Dr Tom Wilson (UC), Dr Hamish Rennie (LU), Dr Vivienne Ivory (Opus), Dr Julia Becker (GNS Science),
Dr Murray Poulter (NIWA), Dr Rob Bell (NIWA), Dr Garry McDonald (Market Economics Ltd), Dr John
Vargo (ResOrgs), Prof John McClure (VUW), Dr Jonathan Procter (MU), Dr Caroline Orchiston (OU) and
Dr Tara Strand (Scion). This group was expanded gradually as the research strategy and plan began to
take shape, with further leaders added in key areas. All participants of this core team were tasked
with:
Broadly engaging with their surrounding research communities (in both their organisations and
especially their discipline fields);
Coordinating the wider inputs of their colleagues into the writing and development of a
coherent work plan; and
Operating under the “citizens of the Challenge principles” where individual and organisational
imperatives are secondary to the goals of the RNC National Science Challenge.
Following the 10 June 2014 submission, it was clear that the guiding principles for RNC research were
robust, but more development was needed to form a coherent research strategy that used these
principles. Rather than immediately develop research priorities, Prof Cronin led the researcher group
through a parallel set of participatory workshops with a similar phasing to the user/stakeholder
activities described above. This included:
A workshop held on 31 October 2014 at NIWA in Wellington to scope a vision of what a resilient
New Zealand in 2025 and 2050 would look like, the fundamental changes and innovations
needed to reach this vision and key research questions that could accelerate these. In addition
to the writing team, several additional researchers from GNS Science, Scion and NIWA
participated.
A Māori-researcher workshop on 12 November 2014 as described above, where the main
science group visions were shared and discussed.
The expanded writing group members (and targeted others) were tasked with taking the vision
and outputs of the stakeholder and researcher workshops and identifying project/programme
ideas and brief descriptions (“wiki-stubs”) that would underpin and fulfil the RNC vision and
priorities raised in the earlier workshops. Around 38 programme/project suggestions were
elicited from key researchers interacting with members of the expanded writing group. These
were circulated as blind proposals, with no identification of authors or teams.
On 24 November a workshop was held at NIWA in Wellington to sort, categorise, combine and
prioritise the many proposal/project ideas during group exercises. Prof Cronin led an open
facilitation process with the entire group, running through the research prioritisation criteria
developed in the Business Plan of this proposal. Key exercise outputs included:
o A grouping of similar proposals that can be combined or clustered/packaged together.
o Identifying those proposals that are out of scope of the RfP for the RNC.
o Ranking proposals in the range of underpinning to applied research or implementation.
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o Evaluating the proposals in terms of their risk to successful delivery vs. science
stretch/reward.
o Evaluating the value for money and level of investment that should go into proposals.
o Prioritising the urgency of the proposals and potential staggering of them during the Phase 1
programme (or Phase 2 post 2019).
o Classifying the proposals in relation to the five principles outlined in the 10 June 2014 RNC
programme document (Resilience Success, Engagement, etc.).
During the 24 November workshop, a draft research plan structure was developed through these
exercises (see figure below). This was further shaped by Prof Cronin, who then, using the best-teams
criteria as described in the RNC Business Plan, appointed provisional writing leaders to each of the 11
programmes identified in the fledgling structure from 28 November 2014. (Four Priority areas, which
became our Priority Co-Creation Laboratories and seven Resilience Toolbox programmes.)
Participatory results of sorting, prioritising and evaluating research ideas and initial proposals
Each programme’s Interim leader was sent the identities of the wiki-stub mini-proposal providers and
also tasked to independently form a “best-teams” approach to developing their research programme
and research team. This resulted in draft proposals for each programme area, with some having two
alternates that were later merged.
On 9-10 December 2014, a two-day writing workshop was held at the University of Otago School of
Medicine building in Wellington. During this, each programme writing lead circulated and verbally
described their team and proposal, with the remaining team providing critique, addition and
suggestions for improvements to the scope, team and presentation. Further, overlaps between
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programmes were identified and the service-overlap connections were negotiated between Priority
Co-creation Laboratories programmes and the Resilience Toolboxes. This established the cross-
fertilisation needed between programmes, with toolboxes contributing technical inputs into the
priority areas (as well as collaborating on areas of joint work between them). During this process,
budgets were negotiated with each group, working up from the basis of the professional time and
resources needed to complete the work most efficiently. Previous overall funding allocations were
based on the workshop prioritisation exercise and the recognition of the numbers of wiki-projects that
were combined into each programme area. In addition, during this exercise, programme leaderships
were negotiated with each programme group in an open process, moderated in cases of debate and
uncertainty by Prof Cronin. This resulted in the final composition of programme leads who were
supported by acclamation in each programme team.
Following the 9-10 December 2014 workshop, Prof Cronin has worked with each team to refine the
proposal and prepare a final consistent budget, following value-for-money principles.
Research Plan
Introduction
To achieve the Resilient New Zealand Vision, a coherent, transdisciplinary body of research is needed
to rise above standard silos of single disciplines and communities-of-practice. To this end, the
numerous research priorities and projects derived from the participatory stakeholder and researcher
elicitation process (as described above) were structured in a manner to drive the crossover and
integration that the Resilience New Zealand stakeholders and researchers universally see as the
overarching need.
Transdisciplinarity thrives on crossover, but also requires a fundamental basis of innovation involving
high-quality intra- and cross-disciplinary research. To this end – a structure has been developed that
frames two types of research programmes that are linked to collectively deliver the ‘Resilience New
Zealand’ Vision.
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Looking through the Resilience “Pipeline” (adapted concept of our 10 June 2014 submission). We will
move toward the Resilient New Zealand Vision, through the inner ring of integrative, transdisciplinary co-
creation laboratories, which are fed by intra- and cross-disciplinary knowledge-development in the outer
ring of Resilience Toolboxes and supported further by coordination of research in related National Science
Challenges, the Natural Hazards Research Platform, GeoNet and research in our partner agencies,
including aligned CRI core funding.
The Priority Co-Creation Laboratories (Resilient Rural Backbone, Resilient Cities New Zealand, Living at
the Edge: Transforming the Margins, and Transformative Māori Research: Fulfilling MBIE Vision
Mātauranga) are active cross-fertilisation, integration and co-creation laboratories that focus our
collective efforts on the most imperative resilience problems that New Zealand faces.
These laboratories are led by skilled coordinators and communicators, who interface directly with
stakeholder partners and together source targeted research-based resilience solutions from the
Resilient Toolbox areas. With a concentration on specific and distinct priority target areas for New
Zealand and its people, natural environment and economy, these programmes also implement specific
stakeholder solutions and require, directed, context-oriented research solutions. Hence, one-size-fits-
all solutions will be superseded by consortia of stakeholders and researchers that will focus science to
solve the complex, “wicked” problems that are barriers to New Zealand’s resilient future. Specific,
separate Rural and Urban programmes were developed to recognise the strong differences in New
Zealand’s geographical and sociological make up. The Vision Mātauranga priority programme brings a
Māori focus across all endeavours of the RNC National Science Challenge and provides a critical nexus
for the range of Resilience Toolbox programmes to tailor their approaches and outputs to a Māori
context. The Living at the Edge programme is focused on our extremes, where the high tensions
associated with urgent nature’s challenge issues force pressing and possibly radical solutions,
particularly driven by anthropogenic, geologic and climate change. Living at the Edge will focus on
highly contested issues that expose the “wicked” problems and thus offer both our greatest risk to
delivery as well as the greatest potential for rewards.
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The Resilience Toolboxes focus the best intra- and inter-disciplinary teams to develop consistent high-
quality research solutions for all of New Zealand. Specific tailored outputs, processes and tools are
required for each of the Priority Co-Creation Laboratories, which will be serviced by a common pool of
experts within each Resilience Toolbox. With a holistic oversight between areas, the Resilience
Toolbox team leaders will ensure a complementary suite of outputs, along with identifying knowledge
trade-offs, efficiencies in delivery platforms and application-lessons from the diverse Priority Co-
Creation Laboratories to develop an overall best practice basket of solutions.
Value Proposition
New Zealand is highly vulnerable to natural hazards and risks. Ranked third after Bangladesh and
Chile, New Zealand is one of the most vulnerable economies in the world to the impact of natural
disasters as a percentage of GDP (Centre for Economics and Business Research, 2012, Lloyds Global
Underinsurance Report 2012). Based on data going back to 1900, we can expect on average for natural
disasters to cost this country just 1% of its GDP in any year or about NZ$11.6 billion (Insurance Council
for New Zealand, Wellington: 2014 Protecting New Zealand from Natural Hazards). Hence, if the RNC
programme succeeds in reducing the severity of impacts by just 5%, this would have a total net
present value of $9.7 billion (assumes benefits will be in perpetuity and discount rate of 6%).
The Canterbury Earthquake Sequence clearly illustrates the need for resilience. Even with high rates of
insurance and deep fiscal investment, these events have created enduring economic impacts. There
are 26,000 fewer housrholds now in Christchurch than if the earthquakes had not taken place. By
2031, Christchurch households will still be more than 20,000 short of pre-quake projections. This
equates to an associated loss in annual retail demand for Christchurch of around $760 million in 2016,
and $640 million out to 2031 (Market Economics, 2014: Christchurch Population and the Effects of the
Earthquakes. Presentation to MBIE). Additionally, the rebuild costs for Christchurch are calculated at
just over $22 billion ($3.4 billion for infrastructure, $10.0 billion for residential and $8.6 billion for
commercial).
Importantly, there are a number of wider socio-economic benefits of creating resilience for New
Zealand, some of which we have captured in the figure overleaf. While these are difficult to quantify in
monetary terms, their impact will be extremely significant for our overall wellbeing as a nation. For
example, if the RNC programme resulted in increased investment in human capital, which, in turn,
reduced the rising rate of inequality. Cingano (2014, Trends in Income Inequality and its Impact on
Economic Growth. OECD Social, Employment and Migration Working Papers, No 163) estimates that
inequality knocked more than 10 percentage points off the cumulative per capital GDP growth in New
Zealand over the two decades 1990-2010. If the RNC were to increase the per capita GDP growth over
the next two decades by just 0.01 %, this would result in a net present value over 50 years of some
$21.8 billion.
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Wider Benefits forecast from the research success of the RNC National Science Challenge
Research Plan Overview
With an overall budget of $19 million available in the first phase period, this research programme
includes a detailed work plan between 1 July 2015 to 30 June 2019, but demonstrates aspirations
beyond 2019 where, as engagement and research progresses, the work programme will continue to
deepen and adapt in response to user needs. The basic organisational structure of the research
programmes (pictured below) involves two levels of hierarchy, the base-level service-provision of
integrated Resilience Toolboxes, and the Priority Co-Creation Laboratories that integrate and focus the
outputs and solutions of the RNC National Science Challenge to stakeholder/user needs.
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With this investment, the RNC National Science Challenge will involve an overall team of 90
researchers, across initially 21 organisations, including (in alphabetical order): AgResearch, Auckland
Council, BRANZ, GNS Science, HitLab (Chch), Kapiti District Council, Landcare Research, Lincoln
University, Market Economics Ltd., Massey University, NIWA, Opus International Consultants Ltd.,
National Infrastructure Unit of Treasury, Resilient Organisations, Scion, Te Whare Wānanga o
Awanuiārangi, University of Auckland, University of Canterbury, University of Otago, University of
Waikato, and Victoria University of Wellington. In addition, iwi researchers are involved in several of
the programmes, and additional stakeholder/user organisation staff will be added to the programme
as it gains momentum.
Over 29 FTE/year of researcher time will be engaged in this programme, which supports the
development of 20 new PhD researchers in diverse areas of resilience to nature’s challenges. The
programme researchers are 13% at the level of Professor or Principal Scientist, 47% Senior-Mid level
Scientists, 17% Emerging Researchers, and 8% (sub-PhD level) Research Assistants. From the
investment mix proposed (see diagram below), heavy emphasis is placed on the Priority Co-Creation
Laboratories as the key interface to delivery of science. Note also that a significant proportion of
funding is reserved for a contestable process that will boost the capability and depth of the research
programme and also encourage greater researcher participation as the momentum and visibility of
the RNC National Science Challenge grows.
As depicted in the figures overleaf, the overall span of the final Research Plan extends from near the
underpinning research end (Resilience Toolboxes), through to active implementation of resilience
solutions with active community participation (especially Priority Co-creation Laboratories). Evaluating
the risk-reward of the research programme mix, the mid-point of the research challenge lies at a point
higher than average in both risk and potential reward, which is consistent with the National Science
Challenge ethos. The highest risk programme is the Living at the Edge Co-creation Laboratory, where
very contested options and ultimately only very difficult solutions are possible. While the risk to
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delivery is high at this end, being able to solve these critical situations will be key to ensuring our
resilience future. With the impacts of climate change and sea level rise, these hazard conversations
and debates between communities and district, regional and national legislative and planning
processes will only increase in number and magnitude.
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Research Plan Summary Tables
Priority Co-Creation Laboratory programmes
P1. Resilient Rural Backbone P2. Resilient Cities P3. Living at the Edge P4. Vision Mātauranga
Research questions What are the resilience solutions to a range of nature’s challenge-induced shocks for the rural areas of New Zealand? How can the resilience of rural value-chains and the primary sector be strengthened to nature’s challenges?
What does a city resilient to nature’s challenges look like in a New Zealand context and how can we gain agreement on the chief indicators? How can we build a (nature’s challenges) resilient cities future model for Auckland City, despite its rapid “growth pains”?
How can we develop viable solutions for communities living in locations of extreme present or future risk to nature’s challenges? How can we integrate community self-determination and decision-making with district and regional planning process?
How can we integrate and develop new te reo and new Māori understanding around resilience to nature’s challenges? How can we integrate mātauranga into wider resilience strategies for Māori communities?
Funding (ex GST) $1,542,000 $1,457,000 $1,581,000 $600,000
Interim Leader Dr Tom Wilson Prof Suzanne Wilkinson Prof Paul Kench Dr Jonathan Procter
Team composition N. Cradock-Henry (Landcare); H. Rennie (Lincoln U); C. Orchiston (U Otago); L. Langer (Scion); S. Beavan (U Canterbury)
A. Chang-Richards, G. Neef, J. Marlowe, J. Lindsay (U Auckland); B. Glavovic, T. Egbelakin (Massey U); E. Seville (ResOrgs); J. McClure (VUW); Ruth Berry (BRANZ); R. Solomon (Auckland Council)
G. Coco (U Auckland); H. Rennie (Lincoln U); R. Bell, D. King (NIWA); J. Lawrence (VUW); B. Glavovic (Massey U); J. Becker, W. Saunders (GNS Science); P.Blacket (AgResearch)
D. King (NIWA); D. Hikuroa (U Auckland); T. Black (Awanuiarangi), iwi researchers
Stakeholders MPI, MFE, Dairy NZ, Meat and Wool, Merino NZ, MCDEM, Federated Farmers, DOC, LGNZ, NZ Rural Fire Authority, ECan, iwi partners
Auckland Council, Auckland Chamber of Commerce, MCDEM, MFE, iwi partners, Lifelines Utilities, Developers, Christchurch City, Wellington City
Kapiti District Council, Greater Wellington Regional Council, iwi partners, MCDEM, MFE, DOC
Constituent iwi partners (Ngati Rangi, Rangitaane, Ngati Raukawa, Ragitihi), Kura Kaupapa
Milestone 30 June 2017
We have developed an active Rural Resilience support network evidenced by regular activities and an active membership.
We have developed an urban (nature’s challenges) resilience network between the three major New Zealand cities.
We have identified the methods for positively engaging with and testing future resilience scenarios with a coastal margin community facing challenging decisions on its future.
We have developed a set of tikanga based principles to operate as a framework for partnering with four key iwi groups.
Milestone 30 June 2018
A Rural Resilience Solutions toolbox has been completed and is in use by our stakeholders
We have developed a set of integrated, fit-for-purpose toolboxes for resilience planning for Auckland City.
With a coastal-margin community, we have developed a shared understanding of the increasing and compound hazard risks confronting the community and characterised their resilience fabric.
We have documented methods to develop iwi/hapū natural hazards identification, adopting resilience strategies and plans for event response and recovery.
Milestone 30 June 2019
Our multi-scale resilience solutions suite has been developed and we have completed the Canterbury/West Coast case study, with adaptations being adopted by our partner communities.
The tools we have developed and tested for enhancing urban resilience decisions have become mainstream in Auckland City growth and development strategies and planning.
We have developed place-based relevant socio-economic and hazard-risk scenarios and social engagement processes that result in a more-empowered, shared community buy-in to preferred adaptation pathways that are consistent with district planning processes and policies.
We have developed and documented (nature’s challenge) resilience specific te reo and mātauranga that is being used for science education purposes at wānanga/kura/kohanga levels.
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Resilience Toolbox programmes
T1. Resilient Governance
T2. Infrastructure T3. Economically Resilient NZ
T4. Tikanga Māori T5. Resilience culture
T6. Hazard Spectrum T7. Resilience Trajectories
Research questions
How do we build governance, policies and institutional relationships that improve our resilience to nature’s challenges? How can we design decisions around future adaptive pathways that take into account community resilience to ongoing or growing nature’s challenges?
How can we quantify system level performance of national critical infrastructure when subject to natural hazard impacts and cascading impacts? How can we identify and incentivise the resilience characteristics of buildings and horizontal infrastructure? How can we streamline robust hazard assessment of post-earthquake damaged buildings?
How can we simulate the economic benefits of resilience options for nature’s challenges? How can we apply benefit/cost to test alternate adaptation strategies for resilience to nature’s challenges? How can we identify a set of best practice risk-sharing and financial interventions to motivate resilience?
How can we incorporate traditional Māori planning techniques and environmental management tools into nature’s hazard resilience options for the future? How can strategic investment prioritisation into Māori assets build resilience to nature’s challenges?
How can we create a resilience (to nature’s challenges) culture in all walks of life in New Zealand? What are the social norms around resilience to nature’s challenge and what factors influence them changing? How can we apply the development of information and communication technologies to drive change toward a resilience culture?
How can we express consistent hazard information to stakeholders for adaptation decisions for both low-magnitude, high-frequency AND high-magnitude, low-frequency hazards? How do we take a full scoping view of the hazard that a community may face now and in the future?
How can we measure the progress of improvement in our resilience to nature’s challenges? What are resilience trajectories that we should strive for and what data do we need to collect to identify and track these? What does a resilience (to nature’s challenges) WOF look like and can it be used to promote resilience decision-making?
Funding (ex GST) $1,372,500 $1,721,500 $1,371,000 $1,133,500 $1,546,000 $1,353,500 $922,000
Interim Leader Dr Vivienne Ivory Dr Ken Elwood Dr Garry McDonald Dr Dan Hikuroa Dr Julia Becker Dr Tara Strand Dr John Vargo
Team composition
B. Glavovic, P. Schneider (Massey U), J. Vargo (ResOrgs), J. Lawrence (VUW), L. Langer, R. Parker (Scion), J. Thomas, R. Profitt, M. Trotter (Opus), I. White (U Waikato)
B. Bradley, M. Cubrinowski, G. McRae, S. Giovinazzi (U Canterbury), S. Costello, L. Wotherspoon, L. Murphy (U Auckland), A. King, SR. Uma, M. Gerstenberger (GNS Science), G. Beattie (BRANZ), R. Fairclough (Infrastructure Unit), D. Brunsdon (ResOrgs)
I. Noy (VUW), N. Smith, C. Murray (Market Economics), C. Saunders (Lincoln U), L Timar (GNS Science), J. Monge (Scion)
J. Procter, A. Bennet, J. Hudson (Massey U), C. Kenney (GNS Science/Massey U), S. Lambert (Lincoln U), D. Hikuroa (U Auckland), D. King (NIWA), R. Profitt (Opus), G. Harmsworth (Landcare)
C. Orchiston, V. Ivory (U Otago), J. McClure, W. Abrahamse, R. Fischer (VUW), D. Johnston (GNS Science/Massey U), A. Beatson (Opus)
M. Gerstenberger, A. King, N. Horspool (GNS Science), G. Smart (NIWA), M. Bebbington (Massey U), T. Davies, M. Quigley (U Canterbury)
J. Stevenson (ResOrgs), V. Ivory, C. Bowie (Opus).
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T1. Resilient Governance
T2. Infrastructure T3. Economically Resilient NZ
T4. Tikanga Māori T5. Resilience culture
T6. Hazard Spectrum T7. Resilience Trajectories
Stakeholders LGNZ, NZ Property Council, DOC, NZ Fire Service, NZ Planning Inst., MCDEM, Regional and District Councils, MFE
NHRP, National Infrastructure Unit, National Lifelines Group, BRANZ, Utilities companies, MBIE
Treasury – National Infrastructure Unit, MoT, MFE, NZTA, CDEM, Councils, infrastructure providers, Economic Development Agencies, Business Associations, Iwi businesses
Iwi/hapū associated with each of the Māori researchers, Post-Treaty settlement Governance entities, Māori Land trusts
Public, MCDEM, EQC, National Rural Fire Authority, Local government
ECan, MCDEM, DOC, NZ Rural Fire Authority, Regional and District Councils, Ngai Tahu
Statistics New Zealand, CERA, CCC, U Canterbury, GeoNet, LINZ, MCDEM, MFE, MPI, District and Regional Councils
Milestone 30 June 2017
We will have identified and documented the components of resilient community decision-making around nature’s challenges in New Zealand.
We have developed methodology for incorporating downstream impacts in risk assessments and investment cases for critical infrastructure.
We have created an interface between MERIT (economics of resilient infrastructure) and RiskScape models to enable rapid assessment of economic consequences of resilience building initiatives.
We will have developed a framework to support Māori groups to undertake their own monitoring, adaptation and decision making strategies around nature’s challenges.
We have identified how social norms operate to create a resilience culture, and where opportunities exist for addressing barriers to positive change.
We have developed a method for comparing and communicating the collective hazard of differing hazard types and frequency/magnitude properties and our stakeholders are applying this approach to their decisions.
We have developed and tested a Resilience (to nature’s challenges) Pathway Heuristic tool to analyse, define and assess resilience.
Milestone 30 June 2018
We will know where New Zealand can most effectively address the institutional enablers and barriers to resilience so that current and future generations can thrive.
We have delivered a rating system for buildings that is easily understood from the level of financers through to the public to make informed choices about the required service level of infrastructure.
We have developed a benefit-cost approach to support business case analysis for alternative resilience options for nature’s challenges.
Several iwi researchers have successfully applied resilience adaptation strategies for their communities, using principles of kaitiakitangata and mātauranga.
Stakeholders have adopted our approaches and tools developed via emerging information technologies to promote more resilient communities.
Our Canterbury/West Coast rural hazard spectrum study has shown how a range of “common” to rare hazards can be integrated into assessments and mitigation decision-making strategies.
We have produced a resilience information system that aggregates, organises, and facilitates sharing of pertinent resilience data to support including resilience pathway monitoring and enhancement tools.
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T1. Resilient Governance
T2. Infrastructure T3. Economically Resilient NZ
T4. Tikanga Māori T5. Resilience culture
T6. Hazard Spectrum T7. Resilience Trajectories
Milestone 30 June 2019
A spectrum of methods have been developed to engage New Zealanders in making decisions about future possibilities for resilience to natural hazards, in the context of their communities and locations.
We have constructed a “national report card” on natural hazard resilience of physical infrastructure, enabling nationwide multi-hazard prioritization.
We have developed a toolkit for best-practice risk sharing and alternative financial interventions for resilience to nature’s challenges.
We have developed methods for the economic analysis of adaptation options to support Māori business/iwi organisations to build resilience to nature’s challenges.
We have developed tailored approaches leading to measurable changes toward a resilience culture in case study communities with different characteristics.
We have developed and implemented a tool for multiple hazard types and scales for a region and this method is being expanded by other stakeholders in other parts of New Zealand.
Our stakeholders are piloting a prototype Resilience WOF “app” or equivalent software, applied to assess the resilience of a high priority community or sector, including actionable strategies for resilience improvement.
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Detailed Research Plan
Priority Co-Creation Laboratories
P1. Resilient Rural Backbone
Interim Leader: Dr Tom Wilson
This Priority Co-Creation Laboratory will broker innovative solutions for enhancing the resilience of
rural New Zealand, recognising its unique contribution to our national identity and its pivotal
economic function. A resilient rural backbone will be built via:
Developing an integrated framework for assessing resilience across rural value chains: from
households to regions and small to global-scale agribusinesses;
Producing tools for resilience-interventions and defining opportunities, through comprehensive
scenario activities with key sectors, communities and regions; and
Building a researcher-stakeholder co-creation team and outreach network as ‘honest brokers’
for policy and practice leadership via new networks and through chains of land care, disaster
management and other farming, tourism and rural community initiatives.
These outcomes will fast-track resilient solutions for multiple hazards into the New Zealand rural
context.
Fit to the Resilient New Zealand Vision
The ongoing drivers towards more intensive modes of agricultural production have connected rural
communities and economies (including agribusiness and tourism) to global capital, resources,
environmental and social change. This system operates within complex interacting financial, climatic
and environmental shocks and stressors. A resilient New Zealand will require innovative and enduring
solutions to ride out the shocks induced by nature’s challenges. This programme will deliver the
research required to enhance rural resilience across social, ecological and economic domains, at
multiple scales to help build a thriving future for our rural sector.
Methods
Co-production of resilience solutions will ensure greater alignment with users’ needs by identifying
and targeting knowledge gaps at the outset of the research. This research will coordinate resources
from cross-cutting Resilience Toolbox programmes, to foster collaboration and co-operation across
disciplinary boundaries, and utilise project resources efficiently. There are two interrelated work
streams:
Resilience Solutions for Rural New Zealand: will co-produce and broker innovative solutions for
enhancing the resilience of rural New Zealand. Rural communities are vulnerable to a range of slow
and rapid-onset hazards, including climatic and geophysical hazards. Critical infrastructure, such as
roads, rail and telecommunications provide vital social and economic functions, both before, during
and following hazard events; however, limited research has been carried out on how to improve
these, within a rapidly changing rural landscape in New Zealand.
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The project will also complement work being developed in other National Science Challenges,
including BioHeritage, Our Land and Water, and Deep South’s focus on enhanced modelling of climatic
extremes.
Three case studies will be developed: one in a rural-urban interface community with rapid
development in rural and peri-urban areas; another in a Māori case-community; and the third in a
rural community that is dependent almost entirely on primary production, with little economic
diversification.
Multi-level Resilience: will develop and apply an integrated, analytical framework for promoting
resilience at multiple scales across rural value chains. It will showcase the economic consequences of
resilience initiatives for agri- and tourism businesses under multi, cascading and creeping natural
hazard events.
The Manawatu floods, Canterbury Earthquake Sequence and Otago snowstorm were all recent hazard
events with significant impacts from individual households to large agribusinesses. A “value-chain
approach” will be used to optimise solutions for the interconnected risks faced by rural businesses.
Environmental risks and hazards affect rural operators beyond corporate, regional and national
boundaries, requiring lifecycle thinking and analysis, and creative collaboration.
The project will provide an economic value proposition for resilience initiatives through time and
across space utilising RiskScape and “MERIT” (Economics of Resilient Infrastructure) models. Drawing
on Resilience Toolboxes, incentives and behaviour of economic agents toward resilience will be
highlighted, with particular focus on post-event recovery. The first case-study region will be
Canterbury-West Coast, with its complex hazardscape, diverse rural communities and nationally
significant infrastructure. Environment Canterbury will co-lead this initiative, which is also supported
by Fonterra, Westland Milk Products, Synlait and Merino NZ. Later case-studies will extend learning to
other natural and social environments with high-priority research needs such as the Hawke’s Bay
region. Further, agribusiness case study (dairy, high-value horticulture, forestry) will focus on a
comprehensive and integrated approach to assessing value chain resilience from farm, orchard and
forest to regional processing and distributions to policy.
Science Stretch
The programme is positioned at the leading edge of rural risk and hazards research through the use of
a multi-hazard, transdisciplinary and co-production approach. It will address a historical lack of
research and policy attention on natural hazard resilience in rural New Zealand.
Best teams
This facilitated collaboration will be led by Dr Tom Wilson (University of Canterbury) and Dr Nick
Cradock-Henry (Landcare Research). They will be supported by a core team of researchers sourced
from Scion (Lisa Langer), Lincoln University (Hamish Rennie), University of Otago (Caroline Orchiston),
GNS Science (Andrew King), NIWA (Graeme Smart), ResOrgs (John Vargo), University of Canterbury
(Sarah Beavan) and Market Economics Ltd (Nicky Smith). The team has expertise in complex hazards,
ecological economics, social science, planning, resilience science, rural infrastructure, and community
and Māori engagement.
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Key Partners and Engagement Plan
Following a rigorous and systematic process of stakeholder identification, a Rural Resilience
Symposium will be hosted in year one to launch a “Rural Resilience Community of Practice Network”
to engage with key partners over the life of the Challenge (including Ministry for Primary Industries
(MPI), Ministry for the Environment (MFE), Dairy NZ, Meat and Wool, Merino NZ, Federated Farmers,
Local Government NZ, NZ Rural Fire Authority, Department of Conservation, etc.). Laboratory team
members will start with existing stakeholders and expand this group using social network analysis to
integrate private, public and influential industrial stakeholders.
Dedicated Rural Resilience to Nature’s Challenges stakeholder reference groups will provide regular,
engaged feedback, ensuring optimal collaborative and sustainable generation and application of
resilience solutions for Rural New Zealand. We will hold an annual Rural Resilience Symposium with
key science providers and end-users, including key international partners. This will help shape and
refocus research needs. A range of engagement methods (formal, informal, face-to-face, via email,
newsletter, web-based facilities, Facebook, blogs, webinars, interactive visualisations, apps, video,
etc.) will be used to share knowledge, data and information on rural risks, hazards and interventions. A
long-term, collaborative learning process that enhances capacity to generate, share and apply
resilience solutions with stakeholders is central to the programme.
Inputs required from the Resilience Toolbox Programmes
Toolbox Programme Requirements
T1 Resilient Governance Integration with whole programme development, application and evaluation
T2 Infrastructure and
Built Environment
Solutions
Integration with Rural Resilience Solutions
Multi-scale Resilience including underpinning infrastructure
T3 Economically Resilient
New Zealand
Integration with Rural Resilience Solutions development, application and
evaluation, including ‘Resilience Accounting (at farm system level)’
Key supporting Toolbox for Multi-scale Resilience work stream, including
‘Valuing Resilience Initiatives’
T4 Tikanga Māori Integration with Rural Resilience Solutions development, application and
evaluation.
Comparative study of Māori rural business (linked with T3)
T5 Creating a Resilience
Culture
Integration with whole programme development, application and evaluation
T6 Resilience to New
Zealand’s hazard
spectrum
Quantitative multi-hazard risk assessment of rural environments
Cascading, slow and rapid onset, multi-hazard scenario development (inputs)
T7 Resilience Trajectories Suite of resilience indicators customised for Rural Resilience Solutions,
tracked with changing demographics, investment patterns etc.
P2. Resilient Cities New Zealand
Interim Leader: Professor Suzanne Wilkinson
This Priority Co-Creation Laboratory will integrate, implement and build onto the knowledge and tools
created in the Resilience Toolboxes to enable cities in New Zealand to adapt and transform with urban
change whilst building their resilience to nature’s challenges. Resilient cities will be built via:
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Developing a framework for evaluating what a city resilient to natural hazards looks like in the
New Zealand context and an inter-city expertise network to assist on its achievement; and
Working with the case study of Auckland City to develop a Resilient Cities model, focussing
particularly on the issues of building resilience to nature’s challenges into the rapid growth-
plans and growth pains of the city, including major nationally significant investments in
transport and housing.
Nature’s challenges are compounded in densely packed communities, economies, organisations and
infrastructure within rapidly changing urban environments. As space and land become highly valued,
communities, infrastructure and buildings are developed on the fringes of a city, and cities, such as
Auckland, are increasingly enacting urban intensification programmes. Resilience implementation has
always lagged rapid urban growth in New Zealand, generating unsustainable communities and
supporting infrastructure outcomes in the face of nature’s challenges.
Achieving resilience whilst managing rapid growth is at the heart of the complex problems tackled in
this laboratory programme. New Zealand needs a resilience network connecting our main centres and
this research laboratory will integrate its activities with those in Wellington and Christchurch, both
participants in the Rockfeller 100 Resilient Cities (100RC) programme. At the core of this programme
we will develop the nexus between scientists and a diverse network of stakeholders to achieve
Resilient Cities New Zealand.
Fit to the Resilient New Zealand Vision
This research reaches to the centre of the Resilient New Zealand vision by targeting solutions to our
increasingly urban population base and lifestyles. Using the inputs from the multiple inter-disciplinary
Resilience Toolboxes, this Co-Creation laboratory will provide the tools and strategies for our fast-
growing and/or rapidly changing urban areas to thrive in the face of nature’s challenges, despite
changing needs, populations and urban forms. Auckland is the fastest growing urban environment in
New Zealand (hosting more than 60% of New Zealand’s growth over the next 30 years). It is also prone
to a wide range of natural hazards, with a range of frequencies, magnitudes and cascading chains of
impact. These impact a diverse range of ethnicities, networks, age-groups and wealth. Auckland
Council’s 30-year plan incorporates resilience aspirations and Strategic Direction 12 aims to “plan,
deliver and maintain quality infrastructure to make Auckland liveable and resilient”.
Methods
Leveraging off national and international expertise in developing resilience for New Zealand cities, we
will develop a science-stakeholder co-laboratory responsible for resilient urban environments
throughout New Zealand. We will examine comparative international cities to interrogate new and
successful approaches to the complex problem of urban change in relation to natural hazard and risk.
Another focus will be in conjunction with the Resilience Trajectories Toolbox team on refining and
rationalising the 100Resilient Cities indicators for New Zealand cities. Further, the 100Resilient Cities
network will be used to identify the most comparative cases that we can use for deeper learning
linkages. This includes translating and developing tools that incorporate Vision Mātauranga. This work
will be carried out in two interrelated streams.
Resilient Cities in New Zealand will develop a consensus of solutions that will create a New Zealand
city resilient to nature’s challenges. We will be use co-design, co-production, and co-implementation
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methodology for developing the consensus with national stakeholders. This will be used to create a
translation interface between different agencies involved within and outside of international resilient
cities’ initiatives. The consensus of most appropriate resilience tools, measures and indicators for New
Zealand will underpin sustainable plans for transformational change. At the end of year two, we will
have the connections in place and the key stakeholders involved linking the main cities in New Zealand
with the science.
This work will initially (during Phase 1) focus on our largest city, Auckland, with resilience success
having a direct national flow-on impact. Auckland also highlights the most intense focus on large-scale
rapid growth, wealth spread and vulnerability. Its large geographic spread, natural environment and
social diversity, overprinted with rapid growth, bring about the potential for poor resilience outcomes.
Using the basis of the aspirational Auckland Council’s Strategic Plan, we will partner with Auckland City
partners to place the Plan under a resilience “lens”. Using the MERIT (Economics of Resilient
Infrastructure) model and RiskScape we will trace future land use under planned scenarios of
population and economic growth, including testing longer-term simulated environments in Auckland,
reporting key resilience measures for the different options. This will include social, built environment
and economic aspects. An action research approach will be used to enable planners and policy makers
to intervene, and test alternative resilience-pathways and simulate resilient city trajectories and
transition steps.
Resilient Urban Societies will catalyse changes at a local level and assist with resilience initiatives at
community level. This will address the common disconnects between national level, regional level and
intra-city level plans and policies with respect to nature’s challenges. We will focus on a range of
settings (such as vulnerable communities, rapid growth communities and demographically changing
communities), which have different levels of resilience understanding and needs. We will scope how
decision-making affects communities and how they can be empowered to be active actors in building
resilience to nature’s challenges. Working with Councils and communities, we will use science to bring
the multiple levels of organisational hierarchy together (planning with community) to build
connectedness, including understanding changing Māori demographics and the impact of the changes
on the future resilience of our cities.
This programme, focusing on resilience to nature’s challenges, will closely work with other initiatives
that look at other aspects of health and social resilience in urban settings, such as the University of
Otago Resilient Urban Futures Programme and National Science Challenge 11 (Building Better Homes,
Towns and Cities).
Science Stretch
Resilience in the context of cities is often focussed on the inherent issues around providing lifeline
services, housing, employment and environmental amenities for high-density populations. With rapid
population growth, these issues come to the forefront of political and social agendas. The stretch
provided here is to bring resilience to nature’s challenges to the forefront as an equal consideration in
urban planning, development, design and decision-making. Science and its co-development and
implementation will be a key to incentivising and designing the blueprints for sustainable growth and
urban change.
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Best teams
The multi-organisational team (University of Auckland, Opus, Victoria University of Wellington, Market
Economics, Massey University, Resilient Organisations, BRANZ) all have partners and wide
stakeholder/user networks. The group is led by Prof Suzanne Wilkinson, and includes Auckland Council
researchers (Regan Solomon), civil engineers and urban specialists (Dr Alice Chang-Richards, Dr
Temitope Egbelakin, Ruth Berry), planners (Prof Bruce Glavovic,), social scientists (Prof John McClure,
Dr Jay Marlowe, Prof Andreas Neef), economics (Dr Garry McDonald), hazard specialists (Dr Jan
Lindsay) and risk strategies (Dr Erica Seville).
Key Partners and Engagement Plan
Key to this work is the involvement with Auckland, Wellington and Christchurch Councils, including
developing relationships with Chief Resilience Officers and Council staff. We will be working with
International Resilient Cities’ initiatives and Property Council, Planners, Engineers and Developers, the
Auckland Māori Statutory Board along with a host of government agencies, such as MCDEM and MFE.
Inputs required from Resilience Toolbox programmes
Toolbox Programme Requirements
T1 Resilient Governance Recommend decision-making structures that enhance resilience thinking and improve resilience decision making at local and regional levels
T2 Infrastructure and Built Environment Solutions
Integrate the growth of the built environment and infrastructure decision
making tools to assist with implementing long term development plans to
increase resilience of the city
Multi-scale Resilience including underpinning infrastructure
TB3 Economically Resilient New Zealand
Use the MERIT model for Auckland and other regions to understand the
economic impacts of hazard
T4 Tikanga Māori Examine the effects of rapid urbanisation on urban Māori community
resilience
T5 Creating a Resilience Culture
Understand the cultural aspects of Auckland, and the impact that changing
cultures under growth/ decline has on resilience
T6 Resilience to New Zealand’s hazard spectrum
Link with urban hazard tools including DEVORA (Volcanic Risk Programme for Auckland), Wellington, It’s Our Fault (earthquake risk programme), and RiskScape to provide hazard and risk exposure information to improve application of the Auckland plan
Examine cascading, slow and rapid onset, multi-hazard scenario development for urban centres
T7 Resilience trajectories Apply and refine these in an Auckland setting to show how the city is
responding/improving and to inform decision making – also test in other
cities
P3. Living at the Edge: Transforming the Margins
Interim Leader: Professor Paul Kench
This Priority Co-creation Laboratory programme will lead to tangible viable and acceptable solutions to
transform communities living in highly vulnerable settings. It will apply tools and processes from the
Resilience Toolboxes in the context of acute sites facing nature’s challenges using action research
studies. Underpinning this, we will use a participatory approach to develop pathways that enable
communities to resolve intense conflicts in high-risk locations, especially those exacerbated by
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changing climate, environment and land-development scenarios. The solutions created will empower
New Zealand communities to be risk-aware, agile participants in decision-making and developing a
resilient future. Stakeholders will produce a shared understanding and a set of strategies to build
resilience that are integrated with planning processes and support integrated governance systems at
multiple hierarchical levels.
Communities living at ‘The Edge’ are those located in highly dynamic physical settings (e.g., coastal
margins, flood plains) that are highly vulnerable to a range of nature’s challenges. New Zealand is
characterised by many of these communities with several exemplars that have are already highly
publicised. These communities face intensification and acceleration of the future risk trajectory with
sea-level rise, climate change and a corresponding amplification of conflicts on when and how to
adapt.
Fit to the Resilient New Zealand Vision
This laboratory programme will showcase the transdisciplinary research needed to tackle areas where
unsustainable local community practices exist. In particular it will target communities that are most
vulnerable to nature’s challenges and ongoing climate change in New Zealand, through application of
shared adaptation pathways and integrated with enabling planning and governance processes. Future
risk-aware, thriving communities will be agile and adaptive in reducing the increasing and
compounding risks they and future generations face.
Methods
Multiple perspectives of physical coastal and flood dynamics and community complexity will be drawn
together to identify approaches to enhance co-learning and shared understanding of coastal-
community futures. The method will be implemented by engagement through a series of workshops
and public fora with multiple communities of interest embedded in local community network
organisations and iwi. Participatory approaches will underpin the project, contributing to shared
community - scientific - local government understandings and short- to medium-term strategies to
support community-driven resilient decision making.
The laboratory will initially be developed under one of New Zealand’s “hot spots” of community
debate around coastal conflict: Kāpiti Coast District. This place-based study is highly complex in terms
of the range of hazards present, and the difficult potential solutions. From this site, we will develop a
suite of approaches for application to other ‘edge’ locations. Two secondary case studies will come on
stream from Year 3, one in an urban setting and another parallel with the Deep South Challenge, a
predominantly Māori coastal/river community, to demonstrate the effectiveness of approaches and
lessons from the case study.
The first part of this work will involve building a shared understanding of processes, hazard and
resilience by exploring community understanding and experience of known hazard issues and events.
We will also characterise the social and economic characteristics, networks and community values
that underpin community attachment and resilience at the case study site and that will govern
adaptation responses, which could be developed through learning games, visualisations or
simulations.
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Following this, we will run scenario explorations of coastal futures to model community demographic
and socio-economic dynamics and environmental change across a range of timeframes alongside
community-driven visions and concepts for resilient living at the coast. With the community we will
evaluate the impacts of hazard change (and associated uncertainty) on the setting to co-create
alternative adaptive pathways to achieve a collective vision.
Finally, we must negotiate and build the resilient vision in relation to the current and future
legislature. To carry this out, a full spectrum of technical, planning and transformative land-use
options will be explored to determine their cost effectiveness and the impact and alignment with
shared values. Stakeholders together will develop short, medium and long-term strategies, trigger
points and pathways as part of a comprehensive approach to enhance community resilience. We also
will have a full evidence base to potentially recommend adaptation to consistent legislative
improvements.
Science Stretch
In the New Zealand policy/governance and science context, highly-vulnerable communities “on the
edge” struggle with how to adapt to a dynamic and accelerating natural-hazard risk trajectory and
how to move towards more resilient options and spaces. To achieve this, the evidence base, tools,
resources and mix of governance/policy and local community/hapū decision-making processes will
require a truly inter-disciplinary approach to derive innovative solutions or pathways to adaptation for
the entire community. This research will apply to a range of community scales, community values and
place attachment, and multiple planning timescales with a mix of climate change and geological
hazards.
The other significant stretch is working with communities facing longer-term (rather than imminent)
risk from climate change to negotiate and agree on an implementation of sustainable adaptation
pathways in the context of strong bonds to place attachment, whenua or fee-simple property rights.
This is a “wicked” complex-systems problem that has defied tractable solutions in New Zealand and
also worldwide at a community scale.
Best team
Our team is a strong mix of leading researchers with applied expertise, including Prof Paul Kench and
Dr Giovanni Coco (University of Auckland) in coastal hazards, Dr Hamish Rennie (Lincoln University) in
coastal and water planning, Dr Rob Bell (NIWA) and Judy Lawrence (Victoria University of Wellington)
in climate-change/risk research, Prof Bruce Glavovic (Massey University) and Dr Wendy Saunders (GNS
Science) in resilience planning, Dr Julia Becker (GNS Science) in social vulnerability analysis, Dr Paula
Blackett (AgResearch) in community group function, and Darren King (NIWA) in climate-change
adaptation for coastal Māori communities.
Key Partners and Engagement Plan
Key partners include the research community, the sector undertaking climate change adaptation
research in New Zealand and overseas, and the case-study community stakeholders. These will include
the existing researchers (e.g., CRIs, universities, research centres or Centres’ of Research Excellence
(CoRE) (if funded, the Hilary Institute for Antarctic Ice Sheet and Sea-level Research), relevant
consultants, other National Science Challenge teams (especially The Deep South and Building Better
28
Homes, Towns and Cities), central government agencies, professional bodies, iwi/hapū groups and
self-organised community groups.
The team will work with the local government partner (Kāpiti Coast DC), community groups and the
Coastal Advisory Group from the outset to build trust and legitimise the processes towards developing
a shared adaptation pathway. An engagement plan will be developed with these stakeholders to
outline the role, expectations, knowledge brokerage and co-produced outputs of the project and the
types of engagement processes. Similar engagement plans will be developed for the urban secondary
place-based study.
Inputs required from the Resilience Toolbox Programmes
Toolbox Programme Requirements
T1 Resilient Governance Emerging planning/policy /governance frameworks that may better support
adaptive long-term planning
Generation of future scenarios to test adaptive solutions
T3 Economically Resilient
New Zealand
Development of socio-economic trajectories for scenario development
Evaluation of impacts and cost effectiveness of adaptation strategies to
support adaptation pathways, value resilience options and evaluate decision
points
T4 Tikanga Māori Māori land-use planning
Effective engagement processes and sharing of cultural knowledge
T5 Creating a Resilience
Culture
Social/community engagement processes
Citizen science
T6 Resilience to New
Zealand’s hazard
spectrum
Use of hazard spectrum for contemporary hazard analysis and future
scenarios at case study locations
Spatial analysis of hazards at case study locations
T7 Resilience Trajectories Approaches in assessing and tracking pathways to resilience
P4. Transformative Māori Research: Fulfilling MBIE Vision Mātauranga
Interim Leader: Dr Jonathan Procter
We will integrate local/traditional/iwi knowledge and values and develop and integrate new te reo
into natural hazard resilience strategies. This Priority Co-Creation Laboratory programme will also
provide a basis for Māori researchers and stakeholders to explore mātauranga Māori and explore
more meaningful ways to create resilient outcomes for Māori and New Zealand. This pool of resources
and Māori researchers will also guide other researchers to fulfil Vision Mātauranga (VM) principles
and outcomes throughout this National Science Challenge.
Fit to the Resilient New Zealand Vision
This research will result in Māori (and New Zealand communities) developing culturally appropriate
resilience practices through more effective communication of science/mātauranga and co-created
research. Developing this collaboratory also contributes to VM by encouraging enduring relationships
with a focus on science and practical engagements that will, in-turn, build capacity within iwi.
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Methods
Mātauranga Māori and tikanga Māori will be investigated within a kaupapa Māori approach in three
streams. Firstly we will investigate the mātauranga of past and present natural hazard events with a
focus on identifying traditional response and recovery practices. This will be achieved through the
creation of spatial and formal models to store and share information. Data will be gathered directly by
iwi researchers and from archival information, e.g., Waitangi Tribunal research, recorded historical
accounts, traditional sources (Waiata) etc.
Coupled with this work, we will apply mātauranga Māori to develop te reo language and vocabulary in
relation to nature’s challenges and the concepts of resilience. This will be designed for use at all age
levels, including school children (Kura Kaupapa Māori). This will promote te reo and mātauranga for
science and resilience principles, particularly in schools that aim to encourage future generations of
Māori into science.
The third stream of research will be to co-create resilience solutions for nature’s challenges that are
tailored to the unique needs and tikanga of Māori communities. Iwi have developed their own
management plans surrounding marine and freshwater environments and these are recognised in
legislation; however, the development of Māori-specific natural hazard resilience solutions has lagged.
The research will focus on methods to develop coordination between Māori community needs and
traditional response and recovery arrangements to natural hazard events.
Science Stretch
The articulation of mātauranga Māori into resilience solutions will require the development of
culturally specific engagement processes and the creation of specific te reo to increase the resilience
of Māori communities. This will also guide and inform other research within the Challenge on
engagement methods and co-created research and solutions with Māori. The most significant aspect
of this research will be to develop effective and applied methods to bridge indigenous knowledge and
western science and create a pathway forward to solve real and present dangers facing our indigenous
communities. This project also directly involves building capacity and capability of iwi in New Zealand
by developing the skills of Māori researchers and researchers from other RNC programmes to engage
directly with iwi.
Best team
These tasks will be undertaken by researchers across CRIs, universities and Wānanga in partnership
with their iwi, including: Dr Jonathan Procter (Massey University) and Ngati Rangi with a focus on
volcanoes; Darren King (NIWA) with Ngati Raukawa and coastal issues; Dr Dan Hikuroa (Nga Pae O
Maramatanga, University of Auckland) and Rangitihi with a focus on flooding. Projects will involve
specific Māori communities with contracted iwi researchers. Researchers from Te Whare Wānanga o
Awanuiārangi (Prof Tai Black) will provide the development of te reo and methods to engage iwi and
transfer knowledge to iwi/hapū/whanau and wānanga/kura/kohanga.
Key Partners and Engagement Plan
The main partnerships will be with iwi partners to unlock the innovation potential of Māori
knowledge, resources and people. This co-creation laboratory approach will build long term
partnerships between a wider range of researchers within the Challenge with Māori to pursue
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research priorities that are well linked to their needs. Aligned with the strategy, four iwi will be key
partners to this research at the outset, with wider engagement growing as the Challenge gains
momentum. We will continue to develop new and innovative solutions that can be applied elsewhere
in Aotearoa.
The most significant aspect of this research will be to develop methods to bridge indigenous
knowledge and western science and create a pathway to solve some very real and present dangers
facing our Māori communities. This research should raise awareness within organisations, such as EQC
and MCDEM (and the National Civil Defence Emergency Strategy), to recognise and provide
specifically for Māori.
Inputs required from the Resilience Toolbox Programmes
Toolbox Programme Requirements
T1 Resilient Governance To examine approaches for decision making that are consistent with tikanga
and mātauranga Māori
T2 Infrastructure and Built
Environment Solutions
Analysis of Māori infrastructure and interdependencies, in both urban and
rural contexts
T3 Economically Resilient
New Zealand
Application of resilience accounting to Māori businesses and communities
T4 Tikanga Māori Mātauranga Māori knowledge and sharing methods
Tikanga Māori and kawa development
T5 Creating a Resilience
Culture
Approaches of engaging with Māori around hazard and resilience
T6 Resilience to New
Zealand’s hazard
spectrum
Using spatial methods to understand nature’s challenges from a Māori
perspective
T7 Resilience Trajectories Application and refinement of a suite of Māori resilience indicators
Resilience Toolbox Programmes
T1. Resilient governance for New Zealand’s future
Interim Leaders: Dr Vivienne Ivory and Professor Bruce Glavovic
To build inter-generational resilience to nature’s challenges in the face of complex, global change, this
project seeks to address the role that governance, policies, and institutional relationships can
contribute to resilience outcomes. In the face of complex socio-ecological systems, with uncertainty,
turbulence, and contest, there are no straightforward technical or legal solutions to assessing and
managing natural hazard risks. Instead, we must find ways of resolving the inherent conflict existing at
the interface between civil and private actors and networks.
Lessons from natural hazard events reveal what resilient success (and failure) looks like, empirically
and conceptually. These learnings will be used to pinpoint the governance-related enablers, barriers
(and barrier-breakers) for the strengthening of community functioning in the context of major natural
shocks. Governance solutions will be developed and tested with communities and institutions to
identify step changes in how communities and organisations can best prepare for improved risk
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reduction in both response and recovery, now and in future generations. Outcomes of this research
will promote:
Adaptiveness to local and emerging needs (including the uncertain future);
Negotiated, actionable response by communities to the predictable future;
Self-organising capacity and transformation that safely and effectively leads to resilient
outcomes; and
New legislative frameworks that advocate a resilience approach and not a pure risk-based
approach to management of nature’s challenges.
Fit to the Resilient New Zealand Vision
Transdisciplinary research that addresses the need to enable and empower presently-unsustainable
communities and organisations to make decisions that are agile and adaptive in reducing the rising
risks they face in the long term.
Methods
Co-creation underpins methods at all stages, from the identification of problems, definitions, through
to design and implementation of solutions. The research programme will support the Priority Co-
Creation Laboratories by providing:
Resilience Decision Learning Lessons that will explain what resilient community functioning looks like
in New Zealand. We will take a systems perspective to examine the where, when and who of resilient
governance, calling upon data from national and (relevant) international events. This will include
mapping successful recovery. We first look backwards using formal and informal evidence and
databases to understand disaster events, the governance context, and medium and long term
trajectories of recovery of communities, regions and sectors. Systems methods such as Accimap will
be used to graphically represent multiple factors from multiple levels that ultimately contribute to
successful recovery. We will use these to develop causal models of resilience, whilst incorporating
inherent complexity in ways that can transform how we address resilience across the civil and private
sectors.
From these data we will design future pathways for decisions that can be made now to improve
outcomes from future (and ongoing) events. Using design-thinking methods we will work with
stakeholders and other Resilience Toolboxes and Priority programmes to consider possible adaptive
pathways. We will call on experiences in water management as an example of conflict resolution.
In order for resilience to be embedded in a coherent way into decision making at multiple levels of
governance, this project will develop innovative scenario and engagement methods to help the
difficult conversations where communities and institutions negotiate their own perspectives on
responsibilities and roles when adapting to complex hazard environments. The methods will be used
to guide potential interventions in the Priority Co-Creation Laboratories to build plausible future
possibilities that can be experienced, debated, and tested.
Data from ‘negotiation’ methods can then fed back to governance and policy actors to further adapt
mechanisms, as well improve the empirical and conceptual models of resilience. Research and
industry best practice and technology will be called on to develop innovative tools that can help
32
communities realistically appraise potential impacts from natural hazards, optimise and trial
interventions, and identify gaps or barriers still to be addressed.
Science Stretch
This research stream provides new conceptual insights about how good governance influences
resilience building in New Zealand. The work will unravel resilience-sustainability interconnections;
unpacks the complexity of natural hazard risk reduction and resilience building where multiple drivers
sit behind community decision-making; and creates and strengthens local-international scientific
connections.
Best team
This team brings together expertise in governance, community engagement, planning, community
functioning, and complexity, all under the wider umbrella of resilience to nature’s challenges. The
programme will be led by Vivienne Ivory (Opus/University of Otago) and Bruce Glavovic (Massey
University), supported by expertise from Resilient Organisations (John Vargo), Victoria University of
Wellington (Judy Lawrence), Scion (Lisa Langer, Richard Parker), GNS Science (Wendy Saunders), Opus
(Jared Thomas, Reginald Profitt, Maggie Trotter), University of Waikato (Iain White), and Massey
University (Paul Schneider), along with cross-over researchers from other sub-programmes. The team
composition will ensure effective translation of evidence across national and local scales, and within
civil and private sectors.
Key Partners and Engagement Plan
Partners include governance and planning institutions such as Local Government New Zealand, the
New Zealand Property Council, Department of Conservation, and disciplinary communities such as
New Zealand’s Planning Institute and Environment Institute of Australia & New Zealand.
The translational methods proposed here will directly engage science, consultants, and communities
in the conversation about resilience in the local context of case studies, with promoting public
discussion within communities through formal and informal avenues. Learnings from local dialogue
can also contribute to national conversations through the Royal Society of New Zealand (Science
Media Centre and Teacher Fellowship scheme), Te Papa and a range of regional museums.
How needs of Priority Co-Creation Laboratories will be met
Resilient Governance will engage with the four Priority Co-Creation Laboratories, sharing lessons on
successful resilience, and then developing ‘negotiating’ tools that can be used in each case.
Negotiating tools can incorporate specific aspects identified within the Laboratories and inform
solutions. The priority projects will provide the case studies for the Resilience Governance Toolbox to
develop and test innovative methodologies for understanding and improving governance to address
nature’s challenges.
This research programme will also support Māori approaches in establishing decision-making and
resilience strategic governance that are consistent with the principles of tikanga and integrated with
Mātauranga Māori.
33
T2. Infrastructure and Built-Environment Solutions
Interim Leaders: Professor Ken Elwood and Dr Brendon Bradley
This Resilience Toolbox programme will build resilience to nature’s challenges in New Zealand through
improved pre- and post-event natural hazard design learnings for infrastructure, the built environment
and the community services supported by critical infrastructure at a range of scales.
Fit to the Resilient New Zealand Vision
In the face of New Zealand’s unique natural hazard environment, and based on scientific and
engineering evidence, this toolbox will enable New Zealanders to anticipate vulnerabilities, and
protect and transform the built environment to support thriving communities.
Methods
The toolbox consists of four interrelated work streams for application in Priority Co-creation
Laboratories to improve the performance of infrastructure and the built-environment in order to
support communities when subjected to natural hazard shocks:
Critical infrastructure “too big to fail” (Years 1-2): by working closely with stakeholders (e.g., national
utilities, ports), and the Treasury National Infrastructure Plan, we will quantify system-level
performance of nationally critical infrastructure when subject to natural hazards and cascading
impacts, feeding into improved design, retrofit and new-development recommendations. Methods to
fully quantify resilience of key infrastructure and trickledown impacts of service disruption are lacking
in New Zealand. Nor are there consistent schemes to measure and monitor infrastructure resilience
within or across infrastructure types. Using these initial results, investment criteria to assess the
merits of different options to improve resilience will be developed. Applications will include key
national infrastructure, such as ports, the hydro-electric network, electricity transmission, and critical
transport networks subject to a range of hazard types. From this we will implement new methods for
incorporating downstream impacts in risk assessments and investment cases for critical infrastructure.
Incentivizing resilience – Buildings (Years 1-2) will address a gap in understanding the resilience
failings of existing infrastructure and the resilience benefits of new technologies in New Zealand.
Without this appreciation, resilience cannot be reflected in the marketplace or insurance. This project
will develop methodologies to classify new and existing buildings, recognising natural hazard resilience
capabilities (e.g., low-damage technologies). Current instruments used in New Zealand (e.g., %NBS)
are too blunt to provide meaningful classification of buildings with regard to resilience and only
consider the building in isolation. A unique aspect of our approach will be the consideration of the
asset function, the community served, and the surrounding site hazards. Concepts will be initially
developed for buildings, but will be extended to horizontal infrastructure later in the programme.
Longer-term research will lead toward a resilience rating system for infrastructure that is easily
understood and unambiguous. This will allow those in the infrastructure value chain, from financers
through to tenants, to make informed choices about the required service level of infrastructure in
their communities and the costs/value of the associated investment in resilience.
Incentivizing resilience – Horizontal infrastructure (Years 2-4): this will extend from concepts for
buildings to horizontal infrastructure, providing a consistent framework for assessment for all
34
infrastructure. This will build on key work being carried out by NZTA, Kiwirail and Transpower on the
Joint Resilience Operating Policy Programme and National Infrastructure Unit, Economics of Resilient
Infrastructure, Lifeline Groups resilience building programmes, and the GNS Science Lifeline
Interdependency project. A key outcome will be the development of a “national report card” on
natural hazard resilience of physical infrastructure, and a nationwide multi-hazard prioritisation.
Post-event assessment and recovery (Years 3-4): this addresses the need for robust assessment of
damaged buildings and infrastructure during response to identify life safety risks and determine the
structure’s post-event fate. For the example of earthquakes, this project aims to provide guidance for
cities and regions facing post-event decisions based on state-of-the-art understanding of probable
ground motions from aftershocks, heightened collapse risk of damaged buildings, and an
understanding of the influence of building assessments on community recovery. The unique multi-
disciplinary linking of seismology, engineering, and recovery planning will result in transformative
improvements in response and recovery, strengthening the resilience of New Zealand communities.
Science Stretch
This programme will develop the first consistent and stakeholder-relevant assessment tools for all
forms of infrastructure (vertical and horizontal) considering multiple hazards in New Zealand. This will
extend all previous approaches by moving from quantifying risk to quantifying and measuring
resilience, as well as considering the cost/value of solutions and community function in the scope of
multiple hazards.
Best team
This team encompasses the key New Zealand capabilities in civil and geotechnical engineering,
lifelines, transport networks, finance, seismology and infrastructure design in relation to natural
hazards from the University of Canterbury (Sonia Giovinazzi, Brendon Bradley, Greg McRae, Misko
Cubrinovski), University of Auckland (Ken Elwood, Seosamh Costello Liam Wotherspoon, Larry
Murphy), along with GNS Science (Andrew King, SR Uma, Matt Gerstenberger), BRANZ (Graeme
Beattie), National Infrastructure Unit (Roger Fairclough) and Resilient Organisations (Dave Brunsdon).
Key Partners and Engagement Plan
Partnerships with existing research programmes will be exploited to provide input data, including the
Natural Hazards Research Platform, GNS Science, the Universities of Auckland and Canterbury,
QuakeCoRE, Opus Research and BRANZ. Each has current work programmes on elements of risk to
and resilience of infrastructure elements that will provide the basis for this Resilience Toolbox
programme. To ensure that synergies and leveraging opportunities are maximised, we will convene an
annual cross-Challenge researcher workshop.
This programme will link to the following international agencies: NSF (particularly Decision
Frameworks for Multi-Hazard Resilient and Sustainable Buildings); the NIST Centre of Excellence on
Community Resilience; the US Resiliency Council (http://usrc.org/); and the EQ Engineering Research
Institute (EERI).
To ensure that toolbox outputs meet the needs of, and are compatible with, public and private sector
business practices a small steering group of technical experts will be formed from the Treasury
National Infrastructure unit, consultant engineers (including heritage expertise), large infrastructure
35
owners currently engaged in resilience planning, MBIE Infrastructure and Resources Unit, and the
Ministry of Transport.
How needs of Priority Co-Creation Laboratories will be met
The Priority Co-Creation Laboratories will be supported by developing performance measurements
specific for their needs, such as infrastructure critical to rural industries or “Edge” locations and Māori
communities. Specifically for the urban environment, performance measurements and
recommendations for infrastructure will help to incentivise and cost appropriate resilience
interventions (retrofits or replacements). The Resilient Cities programme will benefit from tools to
improve post-hazard response and recovery.
T3. Creating an Economically Resilient New Zealand (CERNZ)
Interim Leaders: Professor Ilan Noy and Dr Garry McDonald
This programme will develop economic decision-support tools that enable New Zealand to more
effectively and quickly transform to a nation resilient to nature’s challenges. These toolsets will
operate over multiple scales and actors to: (1) offer capabilities to simulate economy-wide
consequences of infrastructure (horizontal and vertical) failure with and without alternative
mitigations/adaptations; (2) extend widely-practiced approaches/conventions to economic
decision/policy analysis (benefit-cost analysis) to allow for better appraisal of alternative resilient-
building strategies; and (3) identify a set of best-practice risk-sharing and financial interventions to
motivate resilience.
Fit to the Resilient New Zealand Vision
We will provide state-of-the-art economic tools to drive resilience by enabling decision-makers to
build better business and value cases for, and to assess the potential of, alternative resilience-building
initiatives and pathways.
Methods
Our programme, based on a Design Research approach, is comprised of three related work-streams:
Enabling Pathways to Resilience. (G. McDonald, N. Smith, L. Timar) Capitalising on existing R&D
investments we will create (Year 1) an interface between RiskScape and “MERIT”, the Economics of
Resilient Infrastructure model. MERIT is a spatially explicit and dynamic decision support system.
Linking the two models will enable the rapid assessment of economic consequences (GDP,
employment, etc.) of resilience-building strategies through time (1-30 years) and across space (local
through national). Using the Priority Co-Creation Laboratory case studies, we will assess (Years 2-3)
the economic consequences of alternative resilience building strategies and pathways. Specifically,
this will create an evidence base for resilience initiatives for vertical and horizontal infrastructure
under multi, cascading and creeping natural hazard scenarios. We will also adapt MERIT to capture the
behaviour and incentives of community actors and other asset owners toward resilience (Years 3-4),
with particular attention paid to post-event recovery.
Valuing Resilience Initiatives. (C. Murray, J. Monge, L. Timar, C. Saunders) Drawing on international
research and collaborators, and other values-based Resilience Toolboxes, we will create (Years 1-2) a
36
modified benefit-cost analysis (BCA) framework to enable better business case development for
strategies supporting resilience to nature’s challenges. Current debate on economic valuation is
dominated by differences between BCA and economic consequence analysis, calls for consideration of
equity across a broader range of well-being indicators, and the appropriate use of discounting. We will
create protocols for, and test (Years 2-3), alternative formations for resilience-based BCA, while
ensuring proposed approaches are flexible to accommodate emerging science on risk (uncertainty)
and multi-scale (local to national government, infrastructure providers, Māori businesses and not-for
profit organisations). Where possible, resilience-based BCA metrics will be partially populated by the
Enabling Pathways to Resilience work-stream.
Motivating Resilience. (I. Noy) Experience in Christchurch has shown that while insurance and various
financial interventions (e.g., tax rates, tax holidays, regulation) may have a critical role in risk sharing,
risk reduction and facilitating post-disaster recovery, these also have the potential to entice counter-
productive behaviours. This work stream will expand the empirical evidence base for risk-
transfer/financial mechanisms towards resilience (Years 2-3), and draw on the emerging field of
behavioural economics, which seeks to understand the systematic biases, heuristics and market
failures underpinning inefficient behaviour, to propose a toolkit (Years 3-4) of best practice risk-
sharing and alternative financial interventions. Opportunities to test these interventions will be
provided by the all of the Priority Co-creation Laboratory programmes.
Science Stretch
While much hazard-oriented research has focused on the estimation of risk and providing information
on options for mitigation, few attempts have been made to develop integrated toolsets for combining
vulnerability and mitigation/adaptation/recovery strategies within a comprehensive assessment of
benefits and costs. Also, a common limitation has been the valuation of impacts, arising both from
natural events and adaptation/response strategies, only in the context of current economic conditions
or replacement costs of the built environment. Our programme provides capability to explore and
value resilience outcomes under alternative futures, including consideration of how resilience-building
initiatives will help shape socio-economic systems of the future. Importantly, it also extends our ability
to use existing economic models (Input-Output and dynamic Computable General Equilibrium and
BCA) to capture behavioural considerations pertinent to resilience, including understanding how
insurance might be structured to best facilitate risk-sharing and recovery.
Best team
Our team has strong applied economics expertise drawn from the CRIs, universities and the private
sector. Prof Ilan Noy (Victoria University of Wellington) is a global leader in assessing the economics
of natural disasters. Dr Garry McDonald (Market Economics Ltd) has a proven track record in New
Zealand science leadership, commercialisation of research (>$40m of projects) and specialist skills in
ecological-economics, and is co-developer of (with Ms Nicky Smith) of the MERIT economic module.
Prof Caroline Saunders (Lincoln University) has extensive experience in key New Zealand export
sectors. Drs Levente Timar (GNS Science, Motu) and Juan Monge (Scion) are emerging economic
leaders in resilience.
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Key Partners and Engagement Plan
We will develop our methods and outputs in conjunction with Treasury, National Infrastructure Unit,
MoT, MFE, NZTA, CDEM, Councils, infrastructure providers (ports, airports, telecos, electricity and gas
providers), Economic Development Agencies, Business Associations, not-for-profit organisations, and
iwi.
To support our research directions we will link with the International Institute for Applied Systems
Analysis, Centre for Risk and Economic Analysis of Terrorism Events (University of Southern California),
Wharton Risk Management and Decision Processes Centre (University of Pennsylvania), SMART
Infrastructure (Wollongong University), University of Tohoku, Critical Infrastructure Program for
Modelling and Analysis (Australian Government) and Infrastructure Australia.
How needs of Priority Co-Creation Laboratories will be met
Our Design Research approach will develop, test, and iteratively refine a suite of multi-scale (time,
space and by organisation sector) economic tools for cross-cutting use in the Priority Co-Creation
Laboratories and other toolbox areas. The Enabling Pathways to Resilience work-stream enables
simulation of economic consequences of hazards events (including “wicked” problems, combining
societal and natural hazard events) at multiple scales, with and without resilience-building initiatives
(mitigation, adaptations, and recovery strategies) as co-produced under the Resilient Rural Backbone,
Resilient Cities and Living at the Edge Priority Co-Creation Laboratories. Similarly, decisions of
significance at the national/regional/district/city level and to the Resilient Rural Backbone and
Resilient Cities (including Māori in rural communities) research priority programmes and Infrastructure
and Built Environment Solutions toolbox will be assessed in the Valuing Resilience Initiatives work-
stream. The Motivating Resilience work stream will, under all Priority Co-Creation Laboratories, assist
policymakers to make better decisions about how, and when, to intervene in insurance markets or
implement other financial tools.
T4. The integration of tikanga Māori in building Resilience
Interim Leader: Dr Dan Hikuroa and Dr Jonathan Procter
This research will produce new hazard and environmental management tools and iwi development
strategies that are based on traditional planning techniques that have been successful in the face of
New Zealand’s natural challenges for over 500 years of human occupation.
Anecdotal evidence suggests that Māori/iwi are more resilient than other sectors of the community or
New Zealand. If this is case, we will discover the factors that make them resilient and identify the
factors that relate to culturally specific practices and assets, e.g., marae, Māori farms, etc. We will
codify and develop these inbuilt resilience features, while examining factors of resilience and
vulnerability via a cultural lens within adaptive and transformative resilience frameworks. Success in
this research will be the further development of Māori resilience practices that can be applied to both
Māori and wider community contexts in the Priority Co-Creation Laboratories.
Fit to the Resilient New Zealand Vision
This project will develop co-created solutions for Māori community resilience to nature’s challenges by
identifying and applying traditional decision-making and planning solutions. This will also contribute to
38
the vision of building a more resilient New Zealand by strengthening current assets and practices
within Māori communities and businesses to allow these entities to thrive during or after an event.
Methods
The two streams to this research will focus on comparative case study approaches using participatory
and kaupapa Māori research with the tools and solutions developed adaptable and applicable across
Aotearoa as the RNC Challenge progresses into its second phase post 2019 and new iwi partnerships
are made.
Māori Assets: The outcome of this stream of research will be achieved through evaluating
prioritisation of investment in resilience and adaptive strategies for key iwi/hapū assets (farms,
forestry, marae, pa). Māori farming and Māori businesses will be a particular source of focus and in
particular the role these assets play across the hazard preparedness to response and recovery
spectrum.
Māori cultural landscapes and kaitiakitanga: Frameworks will be developed to support iwi to
undertake their own natural hazard monitoring and management strategies through applying
traditional environmental planning methods to Māori land and landscapes of cultural significance. Iwi
(particularly those that are post Treaty settlement) are having a greater role and responsibility in
managing their environments and exploring the mātauranga associated with their cultural landscapes.
Strategies and plans developed to fulfil mana whenua role as kaitiakitanga could be expanded to build
capability to develop guidelines around the emergency management framework. This research will
support iwi researchers to investigate suitable adaptive frameworks. Case studies will focus on
researcher-iwi partnerships applying appropriate methods, indicators (modern and traditional) and
sites to monitor and manage their significant cultural landscapes that are vulnerable to nature’s
challenges.
Science Stretch
Striving to understand cultural, social and behavioural practices that enhance the resilience of some
Māori communities can not only generate new knowledge to support a wider group of Māori, but it
can lead to practices and ideas that can extend to a broader New Zealand wide culture and practice
around resilience to nature’s challenges. This approach to the research will be an international first
and the development of methods to quantify and increase resilience in indigenous communities will
provide a template for adoption around the world. This is also the first time a team of Māori
researchers will be developing Māori specific methods for Māori communities in the area of resilience.
The proposed research will align with the themes of Vision Mātauranga and in particular the key
priority area of Transformative Mātauranga Māori Research.
Best team
The Māori assets team will be led by Dr Cassie Kenney (Massey University/GNS Science), James
Hudson (Massey University) and Simon Lambert (Lincoln University), who is experienced in recovery
and response research associated with the Canterbury Earthquake Sequence. Feeding in from related
programmes, Dr Garry McDonald (Market Economics Ltd) and Dr Tom Wilson (University of
Canterbury) will provide new models and tools to examine resilience from the economic and rural
management perspectives. Dr Dan Hikuroa (University of Auckland/Nga Pae o Maramatanga) will
39
provide mātauranga Māori guidance. The Māori Planning and Kaitiakitanga team will be led by April
Bennett (Massey University), a resource management planning (RMA) researcher, supported by Dr
Jonathan Procter (Massey University) and Darren King (NIWA), for knowledge surrounding natural
hazard processes, and Dr Garth Harmsworth (Landcare Research) for mātauranga Māori support.
Planners from the Resilience Governance toolbox will also provide input into this research.
Key Partners and Engagement Plan
All research will be undertaken in partnership with iwi/hapū/marae or iwi organisations, Post
Settlement Governance Entities and Māori Land Trusts/agricultural businesses.
Research findings and methods will also be disseminated with approval and in partnership with iwi to
other research organisations other research streams in this Challenge. Findings will also be shared
with stakeholders, such as MCDEM and EQC, through workshops and local organisations, including
DoC and emergency management groups. This will help to integrate the different perspectives of
mātauranga Māori into emergency management practices and provide practical tools that can
understood in a western science context.
How needs of Priority Co-creation Laboratories will be met
The four Priority Co-Creation Laboratory programmes will be supported by developing and supplying
the tools required by new iwi partners. These new solutions and planning/policy tools will provide an
example and a foundation that can be adapted for differing tikanga and kawa that are unique to each
iwi.
T5. Creating a New Zealand Resilience Culture
Interim Leader: Dr Julia Becker
This project will support the Priority Co-Creation Laboratories by investigating ways of creating a long-
term resilience culture in New Zealand in a variety of settings. It will seek to understand and influence
social norms around resilience to natural hazards, including living with hazard uncertainty, changing
demographics and economic climates. Our efforts will result in resilience actions being prioritised and
integrated into new practices that are beyond business as usual. It will consider resilience for sudden
shocks (e.g., earthquakes, storms, wildfires) and incremental hazards (e.g., sea-level rise). The overall
outcome will be a New Zealand society that thinks and acts around resilience to nature’s challenges in
a far more proactive and instinctive way.
Rather than resist change, resilient cultures adapt to and thrive with change, such as advances in
information and communication technologies (ICTs). This project will seek to create a resilience
culture whereby ICTs are regarded as valuable, trusted and safe means to prepare, mitigate, and
respond to emergencies. By working pre-event to establish frameworks for integrating tools into the
policies and procedures of response organisations, a culture of trust can be developed between them
and communities, digital volunteer expertise, and researchers around the use of social media, crisis
mapping, and crowd-sourcing technology.
40
Fit to the Resilient New Zealand Vision and Mission
This research will develop new means to expedite the development of new social norms of resilience
to nature’s challenges in New Zealand communities.
Methods
Research will build on national and international resilience research initiatives and prioritise five
research areas to underpin a resilience “culture”, defining the best tools and strategies to drive
behaviour change, and the ways in which technologies can be harnessed to change social norms of
resilience across diverse communities and hazard profiles.
Creating a cultural resilience platform: will define and organise the “pieces” that make up a resilient
culture. This research will be informed by evaluating existing New Zealand participatory research
projects to identify past successes, such as DEVORA in Auckland and It’s our Fault in Wellington.
Stakeholder workshops will be used to undertake a gap analysis to identify cultural practice
roadblocks and successes in resilience and adaptive capacity.
Changing social norms towards a culture of resilience: will undertake mixed methods research to
understand social norms of resilience in New Zealand communities and individuals. We will first
observe variation in resilience social norms in relation to other societal influences (e.g., group
dynamics, institutional practices that support or discourage resilient practices, citizens’ causal models
of hazards). Further, via case study communities (in the Priority Co-creation Laboratories), we will
build intervention programme for co-creation to influence social norms around resilience and go on to
monitor progress of these over time to identify opportunities for optimisation.
Solutions, tools and strategies: will engage with the community across Priority Co-Creation
Laboratories to develop solutions, tools and strategies that enable communities and individuals to
understand and act upon hazard and risk information effectively, as per a resilient culture. The lessons
learned from this work will then be applied to the wider New Zealand context.
Emerging technologies: will apply action research, researchers, practitioners, and digital volunteering
communities to jointly develop frameworks for the coordination and integration of social media, crisis
mapping and crowd sourcing technologies. In addition, these will be used to evaluate and assess Civil
Defence and Emergency Management monitoring requirements to support situational awareness and
develop methods for a range of governance and community agencies to apply scientific research
principles to the data collected by social media monitoring tools, leading to their integration into the
policies and procedures of official response organisations.
Citizen Science: will identify, evaluate and develop improved methods and avenues for the
presentation and transfer of our research outputs for innovative information-sharing. It will connect
citizens to science, by supporting and enabling the public to become active participants in scientific
research. We will investigate and evaluate the effectiveness of using a full range of media to approach
public, from app-development to television, radio and web-based approaches.
Science Stretch
This programme will integrate social sciences to develop and implement strategies that lead
communities to prioritise resilience to nature’s challenges in a realistic sense alongside other issues. It
41
will focus on areas that have proved challenging to understand in the past, including factors leading to
a sustainable, inter-generational resilience culture and the use of emerging technologies to engage
and promote a resilience culture.
Best team and Partners
Our social science team has a strong multi-disciplinary approach, led by Dr Julia Becker (GNS Science) a
social scientist focussing on hazards and resilience research. Prof John McClure (Victoria University of
Wellington) and Prof David Johnston (Massey University), who focus on behavioural factors
influencing hazard preparedness, Dr Vivienne Ivory (Opus International Ltd./Otago University) and Dr
Wokje Abrahamse (Victoria University of Wellington) who work on social norms and wellbeing, Prof.
Ron Fischer (Victoria University of Wellington, statistics) and Abi Beatson (Opus International Ltd.
Postdoc) who specialises in social media and disasters.
Our key partners include the Ministry of Civil Defence and Emergency Management and the wider
CDEM sector, EQC, National Rural Fire Authority, Local Government and communities, as well as the
Treasury’s Living Standards Framework Programme (Hilary Blake). These stakeholders will be engaged
in the development and application of the research. We will also draw on social change programmes,
such as those developed by the Ministry of Health.
We have a series of international links to inform our research practice, including to UCL London;
Natural Hazards Centre Boulder; NZ/US Joint Commission on Science and Technology Cooperation;
EMBRACE European Resilience research; Australia - Bushfire CRC; and RMIT.
How needs of Priority Co-creation Laboratories will be met
For the Resilient Cities Priority Co-Creation Laboratory, we will investigate urban-specific social norms
and strategies that are most effective in developing community support for a resilient city culture. For
the Resilient Rural Backbone programme, specific methods of engagement with rural stakeholders will
be developed. For the Living at the Edge programme, we will inform the complexities that exist when
trying to understand and solve wicked problems (with intractable solutions) and for the
Transformative Māori Research programme we will provide social science and social norms support
for the Māori-specific research focus.
T6. Resilience to New Zealand’s hazard spectrum
Interim Leader: Dr Tara Strand
This Resilience Toolbox will generate new hazard knowledge and understanding and a set of fit-for-
purpose tools and solutions that meet the community and stakeholder-expressed demand for a
nationally consistent delivery of risk information and resilience solutions across all hazard types. We
will develop new methods to express all parts of the low-magnitude/high-frequency to high-
magnitude/low-frequency hazard impacts spectrum in a consistent way to a range of stakeholders.
This toolkit will further take into account the dynamic shifts that can occur along the spectrum due to
climate change, societal change, and geological activity. We will underpin the Priority Co-Creation
Laboratories by developing better understanding of the ‘what’ and ‘when’ of nature’s future
challenges in a variety of contexts, including cumulative, cascading and unexpected hazards.
42
Fit to Resilient New Zealand Vision
Development of new knowledge that allows the evaluation of the spectrum of hazard impacts both
expected and not yet anticipated in New Zealand will lead to the most significantly enhanced and
realistic resilience discussions, debates and solutions in our communities. This programme will initiate
and support the community led development on impact-reduction solutions needed to build and
enhance local, regional and national resilience by evaluating both their “normal” hazards (e.g., rural
fire, storm), through to their rare ones (e.g., earthquake, tsunami and volcano).
Methods
This ten year programme has two focus areas in the first phase of the Challenge, which will be
developed using deep interaction with stakeholders and communities. This programme is expected to
ramp up to incorporate a much larger investment and a full multi-hazards approach across a range of
scales and locations after the completion of the Natural Hazards Research Platform contract in 2019.
In the interim, much ongoing NHRP and related CRI core funded research will be channelled into the
outputs and work streams of the Phase 1 programme.
Hazard spectrum modelling (high frequency-low impact to low frequency-high impact): will develop a
nationally consistent explanation of risk and impact information for New Zealand. In the first phase,
we will focus on a scenario-based approach case study that provides an opportunity to develop
consistent delivery of risk information for a vast hazard spectrum (from frequent to rare, catastrophic
to localised) in the Canterbury / West Coast region, which aligns with the Resilient Rural Backbone
Priority Co-creation Laboratory. Stakeholder interaction has highlighted the demand for consistent risk
information irrespective of hazard type. Current risk paradigms are based on smoothed probabilistic
outlooks and do not adequately represent either end of the hazard impact magnitude frequency
range. The multi-dimensional dependence structure in the frequency-time-magnitude spectrum will
be applied to the various Canterbury hazards. Innovative new statistical methodologies and co-
creation of new knowledge between scientists and stakeholders (including community members) will
be used to develop events and impact scenarios over time and space scenario. From this we will
develop a nationally applicable framework for hazard impact scenario development and later roll this
out to other areas of the country.
Dynamic Rural Fire (a predictable hazard): will take an aspect of rural fire research mapped into this
research programme following termination of a rural fire MBIE contract in late 2016. Rural fire will be
used to understand how impacts from a low-impact, but frequent, hazard relate to a catastrophic
event, such as a major earthquake. This task will leverage the existing Scion, NIWA, and Rural Fire
Authority partnership and will link with the similarly frequent but better-understood flood hazard
situation, to build a real-time fire and smoke behaviour prediction system that forecasts the dynamic
“when” of wildfire hazard. This approach can be extended to other presently poorly known high-
frequency hazards, such as small landslides. Following this, the system will be primed to link with risk
models for comparisons of impacts from multiple hazards.
Science Stretch
Integrating the range of nature’s challenges in New Zealand in a coherent way between and across all
types and magnitudes of hazards will be a major applied scientific advance and a key component to
developing a realistic view of the processes and actions needed for building resilience. Understanding
43
what the full scope of hazard impacts means for communities and stakeholders is the key to deciding
on societal adaptations and investment decisions around both short-term and long-term resilience
solutions.
Best team
The team will consist of a range of hazard experts, risk researchers, and statisticians including Dr Tara
Strand (Scion), Andrew King and Matt Gerstenberger (GNS Science), Graeme Smart (NIWA), Prof Mark
Bebbington (Massey University), and Prof Tim Davies and Dr Mark Quigley (University of Canterbury).
Key Partners and Engagement Plan
Key partners include community and commercial stakeholders (initially in the Canterbury, West Coast
region), ECan, private corporations, and local and regional officials. Further, RiskScape developers and
users are also key partners. We will have representatives of stakeholders co-creating with us, and we
will engage with the public so they may benefit from the hazard spectrum tools and solutions kit. We
will also engage with the multiple cultures within New Zealand to ensure the tools and solutions meet
the needs of all New Zealanders, particularly tools that are fit-for-purpose within the Māori culture.
Initially, we will actively engage with Ngāi Tahu for our Canterbury/West Coast community led risk
solutions case study. There is synergy between the work we propose and ongoing related research in
Australia (Bushfire and Natural Hazards CRC), as well as in the State of California.
How needs of Priority Co-Creation Laboratories will be met
This programme will feed directly into the Resilient Rural Backbone Priority programme’s case study
and will provide the underpinning new methodologies to support all of the priority areas that are
vulnerable to a range of spatial and hazard-magnitude/frequency scales. In later years, the focus will
turn to providing innovative solutions into the other Priority Co-Creation Laboratory activities. By
providing a new means of evaluating a range of hazard types and impact scales, community decision-
making and incentivising of resilience mitigation measures can be more accurately portrayed.
T7. Resilience Trajectories for a Future Proof New Zealand
Interim Leader: Dr John Vargo
Through a process of co-creation with potential end-users and stakeholders we will produce: a
Resilience pathways heuristic; a resilience information utility that aggregates, organises, and facilitates
sharing of pertinent data to support a range of evidence based solutions for resilience in New Zealand;
and an expandable suite of resilience indicators across the six capitals (natural, social, built, economic,
cultural and political and in relation to Treasury’s Living Standards Framework) that will provide
resilience pathway monitoring against a set of co-developed targets. This programme is in direct
support of the Priority Co-Creation Laboratories and the other Resilience Toolboxes, as well as the
needs of decision-makers at different parts of the disaster risk reduction cycle. Finally we will create a
prototype Resilience Warrant of Fitness regime. An additional outcome from this process is the
capacity to monitor the impact of this National Science Challenge in achieving its progress toward
reaching the Resilient New Zealand vision.
44
Fit to the Resilient New Zealand Vision
This multi-dimensional resilience programme will allow users to identify barriers and potential
opportunities to accelerate progress toward the vision of a resilient New Zealand and inform policy
makers and practitioners of where to spend our resilience 'dollar' most effectively.
Methods
This programme will apply design thinking and work with practice communities to co-create a toolkit
of pathway monitoring and decision support tools, including:
The Resilience Pathway Heuristic: This tool will be developed through a systematic meta-analysis of
existing resilience measurement frameworks from around the world and includes close testing and
cooperation with stakeholders. The heuristic will incorporate tipping point and pareto analysis for
effectiveness in adapting to dynamic non-equilibrium environments. This analysis will conclude with
the development of a heuristic model for defining and assessing resilience.
The Resilience Information System: Guided by the heuristic model, we will identify the data needs for
creating resilience trajectory models and enhancement tools. We will go on to liaise with data owners
and users, and create a repository and/or federated model for accumulating and accessing the data.
As the repository develops we will use best-practice digital archiving and sharing techniques in
collaboration with the Natural Hazards Research Platform and other related National Science
Challenge programmes (e.g. Building Better Homes, Towns and Cities, The Deep South, Our Land and
Water). This will include rural and urban data in support of the GNS Science core RiskScape
Programme and the Resilient Rural Backbone Priority Co-Creation Laboratory.
A Suite of Resilience Indicators: We will use the resilience information system and application
through the key Priority Co-Creation Laboratories to identify a range of indicators for each of the six
capitals and the Treasury’s Living Standards Framework in a variety of settings, linking indicators to
data sources and identifying gaps for ongoing development of the suite of indicators.
The Resilience Warrant of Fitness: In collaboration with our stakeholders we will pilot and prototype a
holistic resilience assessment maturity model developed from the suite of resilience indicators (in one
of the Priority Co-Creation Laboratories). We will assess the resilience of the community or sector
across the six capitals and the Treasury’s Living Standards Framework, including actionable strategies
for resilience improvement in light of the WOF outcomes to attain a given benchmark or maturity
model level.
Science Stretch
This research programme will synthesise and extend the extensive yet disparate body of work on
resilience assessment, address the known limitations of the validity and utility of existing indicators
and indices, and systematically develop resilience heuristics and resilience trajectory planning and
monitoring tools to support resilience improvement.
Best team
This team includes a combination of Resilient Organisations (John Vargo and Joanne Stevenson) and
Opus International Consultants Ltd. (Vivienne Ivory and Craig Bowie) researchers with support from
45
Treasury’s Living Standards Group (Hilary Blake), along with researchers of the Universities of
Auckland and Canterbury and Massey and Lincoln Universities that contribute via cross-over from
other programmes of this Challenge. The research team is directly engaged with international
researchers such as Dr Kathleen Tierney (Director of the Natural Hazards Research and Applications
Information Centre at the University of Colorado), Dr Susan Cutter (Directed of the Hazards and
Vulnerability Research Institute), Dr Adam Rose (University of Southern California), and Dr Chris
Burton (Social Vulnerability and Integrated Risk Coordinator with the Global Earthquake Model).
Key Partners and Engagement Plan
Key partners who have committed to participating on a co-funding basis (contributing in-kind staff
time, data access and other resources), include: Statistics New Zealand, Canterbury Earthquake
Recovery Authority, Canterbury City Council, University of Canterbury, GeoNet, Natural Hazards
Research Platform/RiskScape, NIWA, Land Information New Zealand, and Canterbury Spatial Data
Infrastructure Programme. Much of the primary stakeholder engagement for this stream of work will
happen through the four RNC Priority Co-Creation Laboratories. Additional primary direct stakeholder
engagement will take place in support of decision and policy makers.
How needs of Priority Co-Creation Laboratories will be met
This toolbox will work in close coordination with the four priority research areas and other toolboxes
in co-creating heuristic, data and path monitoring needs. The Resilience Warrant of Fitness prototype
regime will provide a test bed for key outcomes from across the Challenge.
“Beyond 2019…” – Resilience to Natures Challenges: Phase 2
Background
We have deliberately focused on a detailed Research Plan for Phase 1 within this submission,
focussing on the highest priority research gaps and important areas of additional research, as
identified by stakeholders. It is apparent that the researcher and stakeholder community have decided
upon a heavy emphasis on a mix of social science, economics, engineering and governance systems-
based research, rather than a strong programme of additional geophysical and atmospheric physical
work. This is a direct result of the recognition of the outputs and highly successful activities of the
MBIE funded Natural Hazards Research Platform, and the GNS Science and NIWA core-funded
research and ongoing university research that runs alongside it. These other research investments
provide much of the fundamental data upon which the Phase 1 RNC National Science Challenge is
based. Without the constant improvement of knowledge of our hazard frequencies/magnitudes/types
and locations, we will never be able to gain an accurate view of the range and nature of impacts these
may have on our society and infrastructure.
With the Natural Hazards Research Platform contract due to end in 2019, this coincides with the
Challenge ramping up into Phase 2 with double the funding available. This requires a major re-scoping
of the research landscape. The overall Research Strategy, Vision and Mission presented here are
designed to cover the entire Challenge period; however, the detailed research plan for Phase 2 needs
to take stock of the successes achieved in Phase 1. The main driver for the shape of Phase 1 research
was the perception by stakeholders that the physical hazard and risk data were not being effectively
implemented into resilience solutions. Thus the main emphasis was not on generating new hazard
46
knowledge. Once Phase 1 ends, there will be a need to re-evaluate this and an expectation that, as we
move into Phase 2, a concomitant investment into underpinning hazard and risk research will be
essential to support the next-generation of governance, cultural, engineering and economic models
pursued by a New Zealand that has already moved significantly along the path toward a more resilient
future.
Aspirations
New Zealand will continue to transform throughout Phase 1 of the RNC National Science Challenge.
Rural, urban, Māori and edge communities, organisations and individuals will dynamically grow,
shrink, move, and evolve. This will occur in the face of a changing climate, a volatile international
economy, and continued pressure for increasing economic production and social development. The
RNC National Science challenge will foster and maintain a comprehensive network of agile, high-
quality resilience researchers, who will be well poised to undertake significant new opportunities for
strategic integration of natural hazard resilience research throughout New Zealand. There will be two
major objectives required to achieve this: 1) seamless incorporation of the Natural Hazard Research
Platform, and 2) identification of research priorities through to 2024.
Mapping in the Platform
Incorporating the Natural Hazard Research Platform (NHRP) into the RNC National Science Challenge
before its contracted conclusion in 2019 is a considerable opportunity. The Phase 1 RNC National
Science Challenge activities are focused on addressing predominantly social, economic, and
governance initiatives, as these have lagged physical and natural science. By 2019 we expect our
understanding and the tools available to develop and enhance resilience to natural hazards in New
Zealand will have begun to significantly address this lag. Keeping a strategic view, there will be an
immediate need to continue the delivery of high quality natural hazard research for New Zealand,
integrated assessments of multiple hazards at similar scales, and continued investigation of building
and infrastructure components and system performance under natural hazard loadings. The Natural
Hazards Research Platform research integration will take place within the existing RNC National
Science Challenge structure, and the Platform works-streams are easily mapped naturally to the
existing programme components, especially the Resilience Toolboxes.
Resilience to Nature’s Challenges: Phase-2 Research
The four Priority Co-creation Laboratories will continue into Phase 2, expanding the case-study areas
into national multi-scale programmes. A key priority across all programmes will be expanding the
scope of locality based action-research beyond Phase 1, with emphasises on the development of tools,
resources and strategies applicable and suitable across New Zealand. Particular focus will be on inter-
city linkages and urban-rural and local-global connections.
Expanding the scope of the Priority Co-creation Laboratories will require additional resourcing, but the
overall proportional split of funds between the Laboratory and Toolbox programmes is expected to
remain the same. Evaluation of Phase 1 (2015-2019) of the Challenge will provide the opportunity to
identify resilience gaps, potentially leading to the development of one or (maximum) two additional
Priority Co-creation Laboratory(s).
47
The Resilience Toolbox structure is expected to remain very similar for Phase 2 of the Challenge, but
with the potential for major expansion of investment, particularly in the areas of T2 Infrastructure and
Built Environment Solutions, and T6 Resilience to New Zealand’s Hazard Spectrum to pick up the
underpinning work-streams from the Natural Hazards Research Platform and to feed additional hazard
impact and risk information to the Priority Co-creation Laboratories as they progress.
Further aspirations of individual programmes include:
The Resilient Rural Backbone Co-Creation Laboratory identifies three provisional strategic
objectives for 2019-2024, but recognises that rapid rates of transformation within the rural
sector mean that ongoing stakeholder engagement is necessary to shape them: (1) Hazards
Smart Agriculture within the context of sustainable land management; (2) Sustain the
effectiveness of resilience solutions via longitudinal assessment frameworks with rural
communities; and (3) expand our initial exploration of multi-level resilience across the value
chain to examine globalisation and climate change on rural resilience to nature’s challenges.
The Resilient Cities Co-Creation Laboratory, will expand from its Auckland City strategic focus, to
develop resilience solutions applicable to all urban areas in New Zealand. The Phase 1 tools will
become mainstreamed for enhancing urban resilience decisions. Fit for purpose toolboxes will
be developed for all cities in New Zealand. By understanding the interconnectedness of cities
across New Zealand, we will use best practice in one region to recommend means of enhancing
urban resilience across other regions and cities.
The Living at the Edge Co-Creation Laboratory will expand into linking local to government
(local, regional and national) actors in further key settings where conflict resolution must be
resolved by committed communities, governance and scientists. The focus will shift from not
only current acute sites, but also sites where future development can be influenced in advance
of construction and development and where future climate-change related hazard scenarios will
start in years and decades to come.
The Vision Mātauranga Co-Creation Laboratory will expand to include contemporary Māori roles
in resilience in New Zealand, addressing not only rural Māori communities, but culture, self-
organisation and resilience of urban Māori communities and non-iwi affiliated Māori. Further
expansion is expected to fit with the increasing land, investment and business portfolio run by
iwi organisations.
The Resilience Toolboxes will be expanded in order to support the increasing scope and
widening area of attention of the Priority Co-creation Laboratory programmes. By 2019 these
Toolboxes will form an integrated resilience information system that is agile and reliable,
providing access to a full range of pertinent resilience data, pathway indicators and decision
support tools for stakeholders, policy developers and other decision-makers. As described
above, these will be expanded in key areas where hazard and engineering needs are seen to be
essential for the Phase 2 Challenge activities. Overall the toolboxes will support the ongoing roll
out of a comprehensive Resilience WOF regime that motivates and supports the achievement of
robust resilience targets, demonstrating substantial improvements in the resilience of New
Zealand. Also by 2019 we will have a better understanding of how to develop and implement a
resilient culture where resilience is a social norm. Further work will go into building and
expanding this outcome and harnessing a new raft of emerging technologies to build a nation of
individuals that consider resilience to nature’s challenges as second nature.
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Research Programme Budgets
Overall Budget
ITEM Details
BUDGET*
Year 1 (1-Jul-2015 start)
Year 2 Year 3 Year 4
(30-Jun-19 end) TOTAL
FTE $$ FTE $$ FTE $$ FTE $$
Governance
Governance Group $60,000.00 $60,000.00 $60,000.00 $60,000.00 $240,000.00
Stakeholder, Māori and Science Review $20,000.00 $20,000.00 $20,000.00 $20,000.00 $80,000.00
Total Governance
$80,000.00 $80,000.00 $80,000.00 $80,000.00 $320,000.00
Science Leadership
Director 0.75 $240,000.00 0.75 $240,000.00 0.75 $240,000.00 0.75 $240,000.00 $960,000.00
Challenge Manager 0.75 $170,000.00 0.75 $170,000.00 0.75 $170,000.00 0.75 $170,000.00 $680,000.00
Science Leadership Team 0.25 $62,500.00 0.25 $62,500.00 0.25 $62,500.00 0.25 $62,500.00 $250,000.00
Website/public events/shared Challenge initiatives $50,000.00 $40,000.00 $40,000.00 $40,000.00 $170,000.00
Travel/international linkages $20,000.00 $20,000.00 $20,000.00 $20,000.00 $80,000.00
Contingency $50,000.00 $50,000.00 $50,000.00 $50,000.00 $200,000.00
Annual Colloquium $15,000.00 $15,000.00 $15,000.00 $15,000.00 $60,000.00
Total Science Leadership $607,500.00 $597,500.00 $597,500.00 $597,500.00 $2,400,000.00
Priority Laboratories
Resilient Rural Backbone 2.85 $397,000.00 3.8 $419,000.00 3.6 $379,000.00 2.6 $347,000.00 $1,542,000.00
Resilient Cities New Zealand 2.225 $358,250.00 3.225 $380,250.00 3.225 $380,250.00 2.175 $338,250.00 $1,457,000.00
49
Living at the Edge 1.825 $359,750.00 2.625 $430,750.00 2.625 $430,750.00 1.825 $359,750.00 $1,581,000.00
Vision Mātauranga 0.95 $152,500.00 1.45 $152,500.00 1.45 $152,500.00 0.95 $142,500.00 $600,000.00
Total Priority Laboratories
$1,267,500.00 $1,382,500.00 $1,342,500.00 $1,187,500.00 $5,180,000.00
Toolboxes
Resilient governance 2.45 $318,500.00 2.4 $392,000.00 2.25 $362,000.00 1.25 $300,000.00 $1,372,500.00
Infrastructure and Built-Environment Solutions 3.2 $391,500.00 5.45 $528,000.00 5.05 $433,000.00 3.05 $369,000.00 $1,721,500.00
Economically Resilient NZ 1.25 $287,500.00 2.5 $374,500.00 2.5 $379,500.00 2.25 $329,500.00 $1,371,000.00
Tikanga Māori 2.05 $267,500.00 3.05 $299,500.00 3.05 $299,500.00 2.05 $267,000.00 $1,133,500.00
Creating a Resilience Culture 3.25 $375,000.00 4.35 $427,000.00 4.35 $417,000.00 2.25 $327,000.00 $1,546,000.00
Resilience to NZ’s hazard spectrum 2.55 $307,500.00 3.75 $330,000.00 3.8 $361,500.00 2.9 $354,500.00 $1,353,500.00
Resilience Trajectories 1.35 $222,500.00 1.85 $238,500.00 1.85 $238,500.00 1.35 $222,500.00 $922,000.00
Total Toolboxes
$2,170,000.00 $2,589,500.00 $2,491,000.00 $2,169,500.00 $9,420,000.00
Contestable
Contestable Funding Round, Phase 1 $668,000.00 $666,000.00 $666,000.00
Total Contestable $668,000.00 $666,000.00 $666,000.00 $2,000,000.00
$19,000,000.00
* The FTEs in the budget are fully costed and include overheads at the Host Organisation rate of a 43% / 57% salary / overhead split.
50
Programme Budgets
Year 1 Year 2 Year 3 Year 4
FTEs $$ FTEs $$ FTEs $$ FTEs $$
Resilient Rural Backbone
FTEs 1.85 $330,000.00 1.8 $320,000.00 1.6 $280,000.00 1.6 $280,000.00
Research Students 1 $32,000.00 2 $64,000.00 2 $64,000.00 1 $32,000.00
Engagement expenses & travel $25,000.00 $25,000.00 $25,000.00
$25,000.00
Workshop/summit expenses $10,000.00 $10,000.00 $10,000.00
$10,000.00
TOTAL 2.85 $397,000.00 3.8 $419,000.00 3.6 $379,000.00 2.6 $347,000.00
Resilient Cities New Zealand Cities
FTEs 1.225 $291,250.00 1.225 $291,250.00 1.225 $291,250.00 1.175 $281,250.00
Research Students 1 $32,000.00 2 $64,000.00 2 $64,000.00 1 $32,000.00
Engagement expenses & travel $30,000.00 $20,000.00 $20,000.00
$20,000.00
Workshop/summit $5,000.00 $5,000.00 $5,000.00
$5,000.00
TOTAL 2.225 $358,250.00 3.225 $380,250.00 3.225 $380,250.00 2.175 $338,250.00
Living at the Edge
FTEs 1.325 $268,750.00 1.625 $323,750.00 1.625 $323,750.00 1.325 $268,750.00
Research Students 0.5 $16,000.00 1 $32,000.00 1 $32,000.00 0.5 $16,000.00
Community Engagement, travel, workshops $75,000.00 $75,000.00 $75,000.00
$75,000.00
TOTAL 1.825 $359,750.00 2.625 $430,750.00 2.625 $430,750.00 1.825 $359,750.00
Vision Mātauranga
FTEs 0.45 $95,000.00 0.45 $95,000.00 0.45 $95,000.00 0.45 $95,000.00
Research Students 0.5 $16,000.00 1 $32,000.00 1 $32,000.00 0.5 $16,000.00
Iwi researchers $30,000.00 $20,000.00 $20,000.00
$20,000.00
Wanaga and travel $9,000.00 $3,000.00 $3,000.00
$9,000.00
Engagement Hui $2,500.00 $2,500.00 $2,500.00
$2,500.00
TOTAL 0.95 $152,500.00 1.45 $152,500.00 1.45 $152,500.00 0.95 $142,500.00
51
Year 1 Year 2 Year 3 Year 4
FTEs $$ FTEs $$ FTEs $$ FTEs $$
Resilient governance
FTEs 1.45 $266,500.00 1.4 $310,000.00 1.25 $280,000.00 1.25 $280,000.00
Research Students 1 $32,000.00 1 $32,000.00 1 $32,000.00
Software $30,000.00 $30,000.00
Travel / workshops $20,000.00 $20,000.00 $20,000.00
$20,000.00
TOTAL 2.45 $318,500.00 2.4 $392,000.00 2.25 $362,000.00 1.25 $300,000.00
Infrastructure and Built-Environment Solutions
FTEs 1.2 $247,500.00 1.45 $300,000.00 1.05 $225,000.00 1.05 $225,000.00
Research Students 2 $64,000.00 4 $128,000.00 4 $128,000.00 2 $64,000.00
General Operating Expenses $80,000.00 $100,000.00 $80,000.00
$80,000.00
TOTAL 3.2 $391,500.00 5.45 $528,000.00 5.05 $433,000.00 3.05 $369,000.00
Economically Resilient NZ
FTEs 1.25 $267,500.00 1.5 $322,500.00 1.5 $327,500.00 1.25 $277,500.00
Research Students 1 $32,000.00 1 $32,000.00 1 $32,000.00
Travel & engagement $20,000.00 $20,000.00 $20,000.00
$20,000.00
TOTAL 1.25 $287,500.00 2.5 $374,500.00 2.5 $379,500.00 2.25 $329,500.00
Tikanga Māori FTEs 1.05 $210,000.00 1.05 $210,000.00 1.05 $210,000.00 1.05 $210,000.00
Research Students 1 $32,000.00 2 $64,000.00 2 $64,000.00 1 $32,000.00
Engagement $15,500.00 $15,500.00 $15,500.00
$15,000.00
Expenses MPK $5,000.00 $5,000.00 $5,000.00
$5,000.00
Travel / workshops $5,000.00 $5,000.00 $5,000.00
$5,000.00
TOTAL 2.05 $267,500.00 3.05 $299,500.00 3.05 $299,500.00 2.05 $267,000.00
Creating a Resilience Culture
FTEs 1.25 $241,000.00 1.35 $261,000.00 1.35 $261,000.00 1.25 $250,000.00
Research Students 2 $64,000.00 3 $96,000.00 3 $96,000.00 1 $32,000.00
Travel $20,000.00 $20,000.00 $20,000.00
$20,000.00
Stakeholder engagement $15,000.00 $15,000.00 $15,000.00
$15,000.00
Surveys/printing $15,000.00 $15,000.00 $15,000.00
Subcontract (DP or other) $20,000.00 $20,000.00 $10,000.00
$10,000.00
TOTAL 3.25 $375,000.00 4.35 $427,000.00 4.35 $417,000.00 2.25 $327,000.00
52
Year 1 Year 2 Year 3 Year 4
FTEs $$ FTEs $$ FTEs $$ FTEs $$
Resilience to NZ’s hazard spectrum
FTEs 1.55 $248,000.00 1.75 $248,500.00 1.8 $272,500.00 1.9 $297,500.00
Research Students 1 $32,000.00 2 $64,000.00 2 $64,000.00 1 $32,000.00
Stakeholder ID + Engagement $12,500.00 $5,000.00 $12,500.00
$12,500.00
Travel, workshops, meetings, facilitators $15,000.00 $12,500.00 $12,500.00
$12,500.00
TOTAL 2.55 $307,500.00 3.75 $330,000.00 3.8 $361,500.00 2.9 $354,500.00
Resilience Trajectories
FTEs 0.85 $162,500.00 0.85 $162,500.00 0.85 $162,500.00 0.85 $162,500.00
Research Students 0.5 $16,000.00 1 $32,000.00 1 $32,000.00 0.5 $16,000.00
General Operating Expenses $44,000.00 $44,000.00 $44,000.00
$44,000.00
TOTAL 1.35 $222,500.00 1.85 $238,500.00 1.85 $238,500.00 1.35 $222,500.00