Scholarships
Supporting Future Leaders in Antarctic Research
Antarctica New Zealand works with a number of generous sponsors to award scholarships to postgraduate research students. These scholarships provide a means for new talent to enter New Zealand’s Antarctic research community. The scholarships are awarded annually, and include a stipend and logistics support to conduct or participate in research in Antarctica. The awards are competitive and attract students of a very high calibre.
Antarctica New Zealand Postgraduate Scholarships
Keep an eye on this page to see when the 2023 scholarships open for applications.
Antarctica New Zealand Doctoral Scholarship
This scholarship recognises the importance of a talented, vibrant, and sustainable research community within New Zealand that is focused on the big questions facing Antarctica and the Southern Ocean, and the relevance of this region for the rest of the planet.
- For doctoral research
- Stipend of $20,000 per annum over two years (total of $40,000); and
- Logistics support in Antarctica*
New Zealand Post Antarctic Scholarship
New Zealand's presence in Antarctica is important to our nation and New Zealand Post has a long association with the continent – ever since Sir Edmund Hillary was postmaster at Scott Base in 1957. Supporting up-and-coming New Zealand scientists through this scholarship is a key way that New Zealand Post continues its close association with the white continent.
- For master’s or doctoral research
- Stipend of $10,000 over one year; and
- Logistics support for one season in Antarctica*
*Subject to programme availability. Planned fieldwork must be aligned with an existing field event.
Frequently Asked Questions
2022 Scholars
New Zealand Post Antarctic Scholarship
Madison Farrant
University of Waikato
Meltwater streams and contaminant transfer
Madison will travel to Antarctica this season to study whether the Adèlie penguin colony at Cape Bird has become a contamination source. Despite the perception of Antarctica being pristine, heavy metals such as lead, copper, mercury, chromium, cadmium and arsenic are being recorded in increasing levels. These and other contaminants enter Antarctic environments from near and far, coming from natural sources (like volcanoes) and man-made ones (like sewage outfalls, exhaust emissions and oil spills). When penguins eat affected krill and fish, contaminants can build up in their bodies and then be deposited through faeces, animal carcasses, feathers and eggshells. Madison will work at Cape Bird where Adèlies have nested for centuries. She aims to discover whether the colony has itself become a source of contamination, with run-off from melting snow and glaciers spreading contaminants from the colony to nearby land and waters.
Antarctica New Zealand Doctoral Scholarship
Alex Aves
University of Canterbury
Microplastics in Antarctica
Alex’s masters research project identified the presence of microplastics in Antarctic snow for the first time (now published Aves et al 2022). She will use this scholarship to expand on those initial findings. Her project will use a combination of snow and air samples collected in Antarctica, as well as air and water samples collected from NIWA research vessel Tangaroa. This will allow her to advance our understanding of the distances airborne particulates can travel, where they come from, when they were deposited, sources of marine microplastics, and patterns in airborne microplastic concentrations.
Antarctica New Zealand Doctoral Scholarship
Sofia Rauzi
University of Waikato
Investigating the role of biogenic silica in the Southern Ocean carbon cycle
Sofia will use her scholarship to study the role that sea creatures' skeletons play in the Antarctic ocean carbon cycle. Her research will investigate carbon dioxide released via ‘reverse weathering’, a process where clay sediments forming in the marine environment release carbon dioxide back into to the ocean and atmosphere. The process is currently poorly understood, and the rates of carbon dioxide release uncertain. Southern Ocean marine sediments are silica rich, and recent research suggests that marine organisms using silica to form their skeletons (such as diatoms, sponges and radiolarians) play a significant role in the reverse weathering process. Sofia’s project will analyse three sediment cores from the Ross Sea to help answer the question ‘are Antarctic marine sediments hotspots for the release of carbon dioxide?’