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Toitū ngā taonga waimāori: cultural keystone species, Māori livelihoods and climate change
Research ProjectStrengthening resilience of whānau livelihoods and cultural practices and supporting freshwater environments and taonga species as we navigate our way through climate change. -
Tools to support powerful conversations
Research ProjectFuture Coasts Aotearoa is empowering communities to confront climate change with practical and interactive tools designed to inspire meaningful science-based conversations around adaptation. -
Impact of rising sea levels on New Zealand pasture
Research ProjectWith sea levels expected to rise in New Zealand, the Future Coasts Aotearoa programme is researching how rising seas could raise groundwater levels and affect lowland farming. -
Forecasting marine heatwaves: A cost-effective early warning system
Research ProjectEarth Sciences New Zealand are creating an AI-driven national forecasting system to effectively manage marine heatwaves. -
Land-to-sea spatial management
Research ProjectAssessing sediment effects on seafloor primary production via satellite . -
De-risking New Zealand’s offshore wind energy
Research ProjectA programme to accelerate efficient and accurate assessments of the impacts of proposed offshore developments on New Zealand’s unique marine fauna and habitats. -
Catching Marine Carbon
Research ProjectThis Endeavour Fund programme will examine the potential and risks of three marine carbon dioxide removal techniques by studying their natural equivalents in New Zealand coastal and open-ocean waters. -
How New Zealand's deep and large lakes reflect and are affected by climate change
Research ProjectA recently completed research programme undertaken by Earth Sciences New Zealand looked at the likely impact of climate change on deep lakes. -
Real Options Analysis
Research ProjectEvaluating its strengths and limitations through two Future Coasts Aotearoa case studies -
Computational Fluid Dynamics for environmental flow modelling
Research ProjectComputational 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. -
Roto Whakamahu: Degraded lakes restoration using native plants
Research ProjectEarth Sciences New Zealand researchers are studying the optimal growing conditions of aquatic plants to help restore degraded lakes. -
Cable Bacteria Biofilm Reactor for Low-Cost, Zero-Emissions Removal of Nitrate From Wastewater
Research ProjectThis research project is developing an energy-efficient, net-zero-emission process for wastewater denitrification.