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High Intensity Rainfall Design System (HIRDS)
ServiceHIRDS is a simple online tool that can estimate the magnitude and frequency of high intensity rainfall at any point in New Zealand. -
Extreme coastal flood maps for Aotearoa New Zealand
ServiceDecisions about how we adapt to sea-level rise need to be based on information about our exposure to coastal flooding. -
Climate Change Adaptation Toolbox
ServiceThis Toolbox helps you find out about the changing climate, what it might mean for your business, organisation or community. -
NIWA can help you leverage updated climate projections
ServiceNIWA is using updated climate projections to help New Zealanders better understand climate-related risks. -
Storm-tide red-alert days 2024
ServiceStorm-tide red-alert days 2024 -
Storm surge and wave forecasting
ServiceWe combine capabilities in weather, wave, storm surge and tide forecasting with tide gauge observations. -
Serious games as a tool to engage people
ServiceNIWA is using serious games to look at problems holistically, support understanding and give a framework for adaptation decisions. -
Planning for coastal adaptation
ServiceCoastal risk exposure for New Zealand, adaptation guidance for local government and relevant summaries of previous court cases and Building Act 2004 determinations. -
Climate Change Vulnerability Assessment (CCVA)
ServiceTo prepare for changes in climate, our freshwater and oceans decision-makers need information on species vulnerability to climate change. -
New Zealand Palaeotsunami Database
Software Tool/ResourceThe New Zealand Palaeotsunami Database (Database) brings together all known information about tsunamis that occurred prior to written records. -
Sea level observations (near real-time)
ServiceThis system combines daily sea-level data from NIWA, regional councils, port companies, Antarctica NZ, Bureau of Meteorology and territorial authorities. -
New Zealand Drought Monitor
ServiceThe New Zealand Drought Monitor is a system for keeping track of drought conditions across New Zealand based on a standardised climate index.