title: Development of the New Zealand community Fault Model – version 1.0

authors: Van Dissen, Russ

abstract: There has been a long-identified need in New Zealand for a community-developed, threedimensional (3D) model of active faults that is publicly accessible and available to all practitioners. Over the past year, work has progressed on building and parameterising such a model – the New Zealand Community Fault Model (NZ CFM). The NZ CFM will serve as a unified and foundational resource for many societally important applications such as the National Seismic Hazard Model, Resilience to Natures Challenges Earthquake and Tsunami Programme, physics-based fault systems modelling, earthquake ground-motion simulations, and tsunami hazard evaluation. Version 1.0 of the NZ CFM is nearing completion and release. NZ CFM v1.0 provides a simplified 3D representation of New Zealand’s crustal-scale active faults (including a selection of potentially seismogenic faults) compiled at a nominal scale of 1:500,000 to 1:1,000,000. NZ CFM faults are defined based on surface geology, seismicity, seismic reflection profiles, wells, and geologic cross sections. The model presently incorporates more than 800 triangulated mesh surfaces as representations of active and/or potentially seismogenic faults linked to parameters such as dip and dip direction, seismogenic rupture depth, sense of movement, slip direction, and net slip rate.

text: Development of the New Zealand community Fault Model – version 1.0 There has been a long-identified need in New Zealand for a community-developed, threedimensional (3D) model of active faults that is publicly accessible and available to all practitioners. Over the past year, work has progressed on building and parameterising such a model – the New Zealand Community Fault Model (NZ CFM). The NZ CFM will serve as a unified and foundational resource for many societally important applications such as the National Seismic Hazard Model, Resilience to Natures Challenges Earthquake and Tsunami Programme, physics-based fault systems modelling, earthquake ground-motion simulations, and tsunami hazard evaluation. Version 1.0 of the NZ CFM is nearing completion and release. NZ CFM v1.0 provides a simplified 3D representation of New Zealand’s crustal-scale active faults (including a selection of potentially seismogenic faults) compiled at a nominal scale of 1:500,000 to 1:1,000,000. NZ CFM faults are defined based on surface geology, seismicity, seismic reflection profiles, wells, and geologic cross sections. The model presently incorporates more than 800 triangulated mesh surfaces as representations of active and/or potentially seismogenic faults linked to parameters such as dip and dip direction, seismogenic rupture depth, sense of movement, slip direction, and net slip rate.

year: 2021

title: Relational and collective excellence: unfolding the potential of Pacific early career researchers

authors: Allen, Jean M. Uasika

subjects: relational excellence

abstract: As Pacific early career researchers (ECRs), relational interconnections and engagement are at the heart of our collective responsibilities to each other. Although we share a mutual responsibility to our research communities (in academia and industry), each Pacific ECR is unique in our field of research and genealogical connections to the Pacific. This paper engages the Indigenous storywork methodology to capture, negotiate, and make meaningful links between our research experiences and relational excellence. This methodological approach reveals thematic elements of respect, responsibility, reciprocity, reverence, holism, interrelatedness, and synergy are woven throughout the paper to highlight our collective va-relationality and potential as ECRs. Our collaborative approach to defining and engaging with Pacific research creates new and innovative possibilities for Indigenous and Pacific research excellence.

text: Relational and collective excellence: unfolding the potential of Pacific early career researchers As Pacific early career researchers (ECRs), relational interconnections and engagement are at the heart of our collective responsibilities to each other. Although we share a mutual responsibility to our research communities (in academia and industry), each Pacific ECR is unique in our field of research and genealogical connections to the Pacific. This paper engages the Indigenous storywork methodology to capture, negotiate, and make meaningful links between our research experiences and relational excellence. This methodological approach reveals thematic elements of respect, responsibility, reciprocity, reverence, holism, interrelatedness, and synergy are woven throughout the paper to highlight our collective va-relationality and potential as ECRs. Our collaborative approach to defining and engaging with Pacific research creates new and innovative possibilities for Indigenous and Pacific research excellence.

year: 2022-08-04

title: Protecting Māori data: Can a Privacy Code of Practice provide a partial solution?

authors: Watts, David

abstract: This paper explores whether a Māori Data Privacy Code, developed under the Privacy Act 2020, could provide additional protection for classes of information that are regarded by Māori as tapu. The Act already covers the personal information of Māori individuals in the same way it does any other individual. We argue that a MDP Code could offer additional protection for particular classes of sensitive personal information – specifically whakapapa data and data pertaining to deceased Māori. A MDP Code could restrict the purposes for which such information can be collected, used, disclosed, retained, stored and disposed of; put stronger requirements on agencies to demonstrate that their collection and use of this information is justified; require free, prior and informed consent for its use and disclosure; and provide for greater transparency and independent Māori oversight.

text: Protecting Māori data: Can a Privacy Code of Practice provide a partial solution? This paper explores whether a Māori Data Privacy Code, developed under the Privacy Act 2020, could provide additional protection for classes of information that are regarded by Māori as tapu. The Act already covers the personal information of Māori individuals in the same way it does any other individual. We argue that a MDP Code could offer additional protection for particular classes of sensitive personal information – specifically whakapapa data and data pertaining to deceased Māori. A MDP Code could restrict the purposes for which such information can be collected, used, disclosed, retained, stored and disposed of; put stronger requirements on agencies to demonstrate that their collection and use of this information is justified; require free, prior and informed consent for its use and disclosure; and provide for greater transparency and independent Māori oversight.

year: 2025-10