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Freshwater mitigation systems
Effective systems to manage contaminant losses -
Stopping the gold clam: it's now or never
A NIWA-led programme to develop effective, and culturally-attuned strategies for managing the freshwater gold clam. -
Fish Passage
Understanding and supporting the migration of fish through New Zealand's freshwater habitats -
Marine heatwaves
Research ProjectTemperatures around Aotearoa New Zealand are increasing, and not just on land. Amid a changing climate, significant marine heatwaves have impacted Aotearoa over the past decade and are expected to become more frequent and intense. -
Nowcasting and short-to-medium range forecasting for solar and wind energy
Research ProjectScaling up of solar and wind power is essential for Aotearoa New Zealand to become carbon neutral by 2050 -
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. -
CarbonWatch NZ
CarbonWatch NZ is an internationally-recognised research programme that will enable New Zealand to make the right decisions for a zero carbon future. -
MethaneSAT
Research ProjectDetecting and quantifying methane emissions by satellite -
River flow forecasting
Research ProjectNIWA 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. -
High-resolution climate projections using physics and AI
Research ProjectNIWA researchers are developing a physics-informed and artificial intelligence (AI)-driven method to vastly reduce the computer power needed to provide accurate climate change projections. -
Updated national climate projections for New Zealand
Research ProjectThe development of updated national climate projections for Aotearoa New Zealand was completed in 2024. -
High resolution drought forecasting
Research ProjectNIWA and the Ministry for Primary Industries (MPI) are working together to develop a new drought forecasting tool.