Knowledge Hub
Explore our repository of research outputs and information.
We aim to share and communicate our research, to benefit New Zealand and the international community. You can browse, filter by category or type, or search by keywords.
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- Atmosphere
- Carbon cycle
- Climate Change
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Case study: First fully coupled ocean-atmosphere model for the Ross Sea
Year Published: 2023
Document Type:
Case Studies
Ownership: Antarctic Science Platform
Summary: A new modelling tool developed by Antarctic Science Platform researchers accurately represents ocean-atmosphere-sea ice interactions in the Ross Sea, which is critical for reducing uncertainty in the assessment of future climate scenarios.
Case study: Filter-feeding sponges as eDNA traps to monitor marine biodiversity baselines and change
Year Published: 2023
Document Type:
Case Studies
Ownership: Antarctic Science Platform
Summary: A new environmental monitoring technique developed by Antarctic Science Platform researchers uses filter-feeding sponges as natural environmental DNA (eDNA) samplers. This technique has been successfully demonstrated to monitor the marine biodiversity and biogeography in the Antarctic and Southern Ocean and to identify changes. This new approach will support the monitoring ambitions of the Ross Sea region Marine Protected Area.
Case study: New Antarctic Ice Sheet data contributes to policy and planning
Year Published: 2023
Document Type:
Case Studies
Ownership: Antarctic Science Platform
Summary: The Antarctic Science Platform is generating improved, data-constrained models that are being used for planning and adaptation decision-making measures to manage the impacts of future sea level rise on Aotearoa and Antarctica.
Conservation of heat and mass in P-SKRIPS version 1: the coupled atmosphere–ice–ocean model of the Ross Sea
Authors: A.Malyarenko, A.Gossart, R.Sun, M.Krapp
Year Published: 2023
Document Type:
Papers
Ownership: Geoscientific Model Development
Summary: A coupled model for the Ross Sea, P-SKRIPS, that conserves heat and mass between the ocean and sea ice model (MITgcm) and the atmosphere model (PWRF).
Why is Antarctic sea ice so hard to model?
Authors: Andrew Pauling, Inga Smith, Max Thomas
Year Published: 2023
Document Type:
Cold Call Articles
Ownership: Antarctic Science Platform
Summary: Climate models struggle to reproduce observed Antarctic sea-ice behaviour, due to the many processes affecting its formation and melt. Models must get these processes right in order to inform us what might happen next.
Sea ice and ecosystems
Authors: Rowan Howard-Williams, Ian Hawes
Year Published: 2023
Document Type:
Cold Call Articles
Ownership: Antarctic Science Platform
Summary: Sea ice plays a crucial role in the life cycles of many Antarctic organisms, from the algae at the base of food chains, to seals and penguins at the top.
The connections between sea ice and climate
Authors: James Renwick
Year Published: 2023
Document Type:
Cold Call Articles
Ownership: Antarctic Science Platform
Summary: Antarctic sea ice has an annual seasonal cycle of formation and melting, plus it’s exposed to the winds and storms of the Southern Ocean and to a range of climate influences from near and far.
Sea ice and ocean circulation
Authors: Rowan Howard-Williams, Denise Fernandez, Craig Stevens
Year Published: 2023
Document Type:
Cold Call Articles
Ownership: Antarctic Science Platform
Summary: Formation of Antarctic sea ice affects ocean circulation across the globe. Understanding the mechanisms linking these phenomena is crucially important to understand the impacts of future change in Antarctica.