Weather hazards

NIWA plays a pivotal role in weather hazards research, providing critical information and tools for assessing, monitoring, and managing weather-related risks and impacts.

  • River flow forecasting

    Research Project
    NIWA is developing a national river flow forecasting tool for New Zealand that aims to support and strengthen our planning for and response to extreme rainfall events.
  • Adaptive futures: a serious game for climate change adaptation

    Research Project
    NIWA is using serious games to look at problems holistically, support understanding and give a framework for climate change adaptation decision-making.
  • Flood-harvesting effects on braided river geomorphology

    Research Project
    The alp-fed braided rivers of Canterbury are treasured for their landscape, recreational amenities, salmon- and trout-fishing, and unique riverine environments – which provide habitat to a host of endangered birds – but they are under threat from land-use intensification and a growing demand for irrigation water.
  • Suspended sediment dynamics in New Zealand Rivers: Impacts of catchment characteristics on the timing of sediment delivery during runoff events

    Research Project
    Fine sediment is the most pervasive and significant contaminant in New Zealand’s rivers, estuaries, and coastal areas.
  • River forecasting: capabilities versus user requirements

    Research Project
    Currently there are gaps in understanding of user decision making processes and public needs and requirements for river forecasting in New Zealand. This project aims to bridge NIWA river forecasting aspirations and capabilities with both the public and decision makers’ requirements.
  • PARTneR (Pacific Risk Tool for Resilience)

    Research Project
    Understanding how hazards impact people and the environment provides the foundation for informed decision making for a resilient Pacific
  • Wave and storm-surge projections (WASP)

    Research Project
    NIWA is working on a ministry-funded project to produce a model, validated by 40 years of historic data, to project future wave and storm surges off the coast for two climate change scenarios.