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Responding to and preparing for extreme weather events
Research ProjectFollowing extreme weather events in 2023, NIWA reprioritised research to help affected communities recover and prepare for the future. -
RiskScape software
Research ProjectRiskScape is a software application for analysing natural hazard consequences. -
Real Options Analysis
Research ProjectEvaluating its strengths and limitations through two Future Coasts Aotearoa case studies -
Potential adaptation options
Research ProjectSee reports produced to guide potential adaptation strategies in the Lower Waikato region. -
Causal diagrams to help understand wellbeing in Te Puuaha| The Lower Waikato River
Research ProjectThe Te Puuaha case study uses causal diagrams to show how sea level rise impacts whaanau wellbeing, helping identify areas for action. -
Future Coasts multi-hazards game
Research ProjectA serious game simulating a coastal lowland scenario under climate change to support adaptation decision-making and community engagement. -
Mapping Elevation Capital
Research ProjectMapping migration space for coastal habitats under sea-level-rise -
AI flood maps: forecasting where and when, in real-time
Research ProjectFloods are New Zealand’s most frequent and costly natural disaster. Fast and accurate forecasting of flood impacts is crucial for reducing the risk to life, property, and infrastructure. -
Future Coasts Aotearoa
Transforming coastal lowland systems threatened by sea-level rise into prosperous communities -
Tides
Research ProjectOn this page, you can find information about tide forecasts, sea-level network, tidal model of New Zealand's EEZ, and red-alert days for coastal flooding. -
Identifying rip currents using artificial intelligence
Research ProjectNIWA and Surf Life Saving New Zealand are working together to develop a state-of-the-art, rip current identification tool. -
Pacific Risk Tool for Resilience, Phase 2 (PARTneR-2)
Research ProjectThe three-year PARTneR–2 project aims to help countries in the Pacific become more resilient to the impacts of climate-related hazards.
