Both MESOPP (mesopelagic prey-predator dynamics) and ParaKrill (krill parasites) are firmly grounded in Southern Ocean ecosystem research.
Australian Antarctic Division
Australian government Antarctic research agency with field stations, long-term Southern Ocean data, and krill and mesopelagic ecosystem expertise.
Their core work
The Australian Antarctic Division (AAD) is Australia's primary government agency responsible for Antarctic science, policy, and logistics. They operate research stations on Antarctica and sub-Antarctic islands, giving them unmatched access to field sites and long-term environmental data in the Southern Ocean. Their scientific work centers on polar marine ecosystems — from mesopelagic food webs to krill biology and Antarctic wildlife — contributing data and field expertise that European research teams cannot independently replicate. In EU projects, they function as a specialist partner providing Southern Hemisphere baseline data, Antarctic specimens, and on-the-ground research capacity that expands a consortium's geographic and scientific scope.
What they specialise in
ParaKrill (2021-2024) directly investigates parasite diversity, distribution, and impact in Antarctic krill populations.
MESOPP (2016-2019) studied prey and predator dynamics in the mesopelagic zone of the Southern Ocean.
ParaKrill represents a shift toward host-parasite interactions as a distinct research focus within Antarctic marine biology.
How they've shifted over time
The AAD's H2020 participation began with broad mesopelagic ecosystem research — prey-predator food web dynamics across the Southern Ocean — reflecting a systems-level view of the water column (MESOPP, 2016-2019). By the early 2020s, the focus narrowed to a specific organism and a specific biological threat: parasites in Antarctic krill, a keystone species for the entire Antarctic food web (ParaKrill, 2021-2024). This suggests a progression from ecological mapping toward applied biological risk assessment, likely driven by growing concern over krill fishery sustainability and ecosystem health under climate pressure.
The AAD appears to be moving toward organism-level biological risk research in Antarctic ecosystems, making them a strong partner for projects addressing krill stock health, Southern Ocean biodiversity monitoring, or climate-driven disease dynamics in polar species.
How they like to work
The AAD has not led any H2020 projects, consistently joining as a participant or third-party partner — a pattern typical of non-European institutions contributing specialist access rather than administrative leadership. With only 8 unique partners across 4 countries from two projects, their consortium footprint is small but likely highly selective, built around shared Antarctic research interests. Working with them means gaining access to Australian Antarctic infrastructure and long-term field data, but coordination will span a significant time zone difference and institutional frameworks outside the EU research system.
The AAD has collaborated with 8 unique partners across 4 countries, reflecting a tightly scoped international network rather than a broad European one. Their partnerships are driven by shared scientific need — Southern Ocean access and polar ecosystem expertise — rather than geographic proximity.
What sets them apart
The AAD is one of a small number of institutions worldwide with permanent, operational research infrastructure in Antarctica and the Southern Ocean — a capability that cannot be replicated by European partners alone. They bring decades of baseline environmental data, access to Antarctic krill and wildlife populations, and field logistics that transform a project's empirical scope. For any consortium studying polar ecosystems, Southern Ocean carbon cycling, or climate change in the cryosphere, AAD participation adds geographic and scientific credibility that is otherwise unattainable.
Highlights from their portfolio
- MESOPPThe AAD's only funded H2020 project (EUR 63,000 via MSCA-IF), addressing the poorly understood mesopelagic zone — a critical but under-researched part of the ocean carbon cycle.
- ParaKrillAddresses parasites in Antarctic krill — a keystone species for the entire Southern Ocean food web and a commercially fished stock — making findings directly relevant to fishery management and ecosystem policy.