Urban Communities
Ngā Hapori Noho Tāone
Programme Leader(s)
The University of Auckland
Massey University
Vision
Aotearoa New Zealand’s urban communities are resilient to natural hazards, supported by inclusive policies and practices informed by new resilience knowledge and technologies.
Programme description
The urgency for future urban resilience solutions is increasing. Our urban areas are growing rapidly, with increasingly diverse populations, greater loads on our infrastructure, and increased exposure to natural hazards including the effects of climate change.
In the Urban Communities programme, we extended our Auckland-centered urban resilience work from Phase 1 of the Resilience Challenge to focus on the urban resilience of Aotearoa New Zealand as a whole.
We are seeking evidence and solutions to address challenges and opportunities for resilience that are emerging due to population changes, technological advancements, densification of our built environment, and a growing understanding of disaster risk to our cities.
Our goal is to develop a thriving Community of Practice of urban resilience researchers and practitioners including partners in local and national government, communities, businesses, Māori organisations and major research programmes who are applying and adapting co-created, multi-hazard, resilience solutions for our cities.
Wawata
E manawaroa ana ngā hapori noho taone o Aotearoa ki ngā mōrearea o te taiao, ā, e tautokona ana e ngā kaupapahere me ngā mahi kauawhi e whakamōhiotia ana e ngā mōhiohio manawaroa hou me ngā hangarau.
Whakaahuatanga papatono
E kōhukihuki haere ana te hiahia ki ngā rongoā kia manawaroa ai ngā taone. E horapa haere ana ā mātou rohenga tāone, ā, e piki haere ana te kanorau o ngā taupori; kua taumaha haere te tūāhanga; ā, kua piki haere te whakaraerae ki ngā mōrearea taiao tae atu ki ngā hua o te āhuarangi hurihuri.
I roto i te hōtaka o Urban Communities, e whātoro ana ā mātou mahi mō te manawaroa o ngā taone e aro pū ana ki a Tāmaki Makaurau mai i te Wāhanga 1 o te Resilience Challenge kia aro ki te manawaroa o ngā taone i Aotearoa whānui.
E rapu ana mātou i ngā taunakitanga me ngā rongoā hei urupare i ngā wero me ngā āheinga manawaroa e puta mai ana i ngā hurihanga o te taupori, ngā kōkiritanga hangarau, te whakaapiapitanga o te taiao hanga, me te mārama haere ki ngā tūraru aituā ki i tātou taone.
Ko tō mātou whāinga ko te whakawhanake i tētahi Hapori Tapatahi o ngā kairangahau me ngā mātanga manawaroa taone tae atu ki ngā rangapū i te kāwanatanga ā-rohe, ā-motu, ngā hapori, ngā pakihi, ngā tōpūtanga Māori me ngā hotaka rangahau nui e whakamahi ana, e urutau ana i ngā rongoā manawaroa, mōrearea-matarau, i hangaia tahitia mō ō tātou taone.
Questions we’re answering
1
How can we best harness technology to develop smart resilient cities?
Phase 22
How can we most effectively enable our urban communities to become advocates for resilience?
Phase 23
How can we best enable the uptake of new hazard, risk and resilience knowledge into policy and practice?
Phase 2Research Team
David Johnston
Massey University
Jan Lindsay
The University of Auckland
Max Stephens
The University of Auckland
Raj Prasanna
Massey University
Marion Tan
Massey University
JC Gaillard
The University of Auckland
Loïc Le Dé
Auckland University of Technology
Andreas Neef
The University of Auckland
Daniel Hikuroa
The University of Auckland
John Hopkins
University of Canterbury
Alicia Cui
Massey University
SR Uma
GNS Science
Suzanne Wilkinson
Massey University
Virginia Braun
The University of Auckland
Karen Fisher
The University of Auckland
Anthony Gampell
The University of Auckland
Te Kerekere Roycroft
The University of Auckland
PhD Student
Urban Communities
Latest Resource Outputs
Report
Challenge Lifetime Summary
A summary of Resilience Challenge achievements and impacts over ten years of collaborative research
Policy Briefing
Psychosocial factors in disaster recovery
This brief focusses on psychosocial issues that may arise immediately post-disaster and how to best address the impact and reduce ongoing distress.
Article
Analysis of Felt Detailed ‘Final Comments’ for the 2016 Kaikōura earthquake
S.Neupane, P.Inch, J.S. Becker, L. Vinnell, T. Goded, R. Prasanna 2024 Analysis of Felt Detailed ‘Final Comments’ for the 2016 Kaikōura earthquake Conference: New Zealand…
Article
Estimating S-Wave intensity for early earthquake warning in New Zealand: Leveraging the first 3 seconds of P-wave intensity
C. Chandrakumar, M.L. Tan, C. Holden, M.Stephens, A.Punchihewa, R. Prasanna 2024 Estimating S-Wave intensity for early earthquake warning in New Zealand: Leveraging the first 3…
Article
Adapting PLUM: Earthquake Early Warning with Node-Level Processing in New Zealand
C.Chandrakumar, M.L. Tan, C. Holden, M.T. Stephens, R. Prasanna 2024 Adapting PLUM: Earthquake Early Warning with Node-Level Processing in New Zealand ISCRAM Proceedings, 21.
Article
Bridging gaps between disaster risk reduction and drowning prevention
L. Le Dé 2024 Bridging gaps between disaster risk reduction and drowning prevention International Journal of Disaster Risk Reduction, 106, DOI: 10.1016/j.ijdrr.2024.104445
Related News & Events
Urban Communities Newsletter
Our Urban Communities programme periodically produces a newsletter to provide specific updates about their suite of work. Check back again soon for the latest edition!