Theme 7

Landslide Planning Guidance

Reducing landslide risk through land-use planning de Vilder SJ, Kelly SD, Buxton R, Allan S, Glassey PJ. 2024. Landslide Planning Guidance. Reducing landslide risk through land-use planning. Lower Hutt (NZ): GNS Science 77 p (GNS Scicence miscellaneous series; 144). doi:10.21420/R2X8-FJ49 Landslides have killed more people in New Zealand than any other geological hazard combined and […]

Landslide Early Warning Systems

Harrison SE, Potter SH, Glassey PJ, Massey C. 2023. Considerations for the development of Landslide Early Warning Systems in Aotearoa New Zealand. Lower Hutt (NZ): GNS Science. 71p. (GNS Science report; 2023/29). https://doi.org/10.21420/06G9-DG40 This guidance document outlines key considerations in the design and development of a Landslide Early Warning System (LEWS) in Aotearoa New Zealand. […]

Tools for managing landslide hazards resulting from the next large earthquake

by Chris Massey and Phil Glassey NZ Geomechanics News - Bulletin of the New Zealand Geotechnical Society Inc., December 2022, Issue 104 A suite of tools developed as part of this programme (see Data and Tools) including, webmaps, guidelines, calculators, probability maps and data that can be utilised for managing landslide hazard when NZ has […]

Stakeholder and end-user engagement

Engagement with identified partners, stakeholders and end-users of the EILD research programme will solicit input and encourage collaboration to develop useful, useable and used tools in mitigating against earthquake-induced landslide risks. In addition, the engagement will promulgate the results of the research as widely as possible to relevant end-users. The tools will evolve, along with […]

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