Research

Computational Fluid Dynamics (CFD) is an advanced simulation technology that uses numerical methods and powerful computing resources to model the movement of air in the natural environment.

Earth Sciences New Zealand researchers are studying the optimal growing conditions of aquatic plants to help restore degraded lakes. 

This research project is developing an energy-efficient, net-zero-emission process for wastewater denitrification.

NIWA are developing a modelling approach to better predict fish abundances in the past, to then be able to forecast fish abundances in the future under climate change and fishing scenarios

How Internal wave MIXing is altered by climate change and what are the consequences for ecosystems?

A team of NIWA freshwater ecologists are researching the use of biodegradable plant mats to help reintroduce native aquatic plants to degraded freshwater lakes in Aotearoa-New Zealand.

See reports produced to guide potential adaptation strategies in the Lower Waikato region.

The Te Puuaha case study uses causal diagrams to show how sea level rise impacts whaanau wellbeing, helping identify areas for action.

A serious game simulating a coastal lowland scenario under climate change to support adaptation decision-making and community engagement.

Quantifying impact of sea-level rise on agricultural yield.

Mapping migration space for coastal habitats under sea-level-rise

The New Zealand Water Model (NZWaM)