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 Inuit Nunangat          

 Kakaallalit Nunat            

 Ísland           

 Føroyar     

ABOUT

The Arctic marine environment is particularly sensitive to climate change. Natural phycotoxins are expected to increase in a warming Arctic, with consequences for cultural practices, food security, and human and ecosystem health.

PHATE is a collaborative initiative on Sustainable Arctic Development funded by NordForsk and Canada’s New Frontiers in Research Fund, with additional support from ArcticNet and Genome Québec. The project unites natural and social scientists, Inuit Knowledge Keepers, wildlife specialists, public health professionals, and policymakers from across Greenland, Canada, Iceland, the Faroe Islands, Denmark, and Norway, with over 22 partner organizations.

By combining ecological data with cultural knowledge, community narratives, and food practices, PHATE seeks to co-develop understanding of toxigenic phytoplankton and their toxins, create tools for early-warning systems, improve risk communication, and support sustainable environmental management as the Arctic undergoes rapid environmental changes.

News!

New Arctic Phycotoxin Project & Training Opportunities

A major new international project, PHATE, brings together scientists, Inuit Knowledge Holders, and policymakers to assess emerging phycotoxin risks in the Arctic. With 22 partners across six countries, PHATE integrates ecology, genomics, food security, and community-based research to build the first regional risk assessment for marine toxins in the Atlantic Arctic; while creating new opportunities for students and early-career researchers.

Explore Arctic Marine Toxins – PhD Opening

A unique PhD opportunity to study toxic marine diatoms across Denmark, Iceland, and the Arctic. Join an international project on climate-driven marine toxins and work in top research institutes.

Our approach

PHATE connects the Arctic marine ecosystem across past, present and future perspectives by integrating geological, biomolecular, historical, and narrative records, while promoting capacity building under a One Health approach.

Revealing spatio-temporal phycotoxin trends under
climate change

Community-led monitoring and toxin testing in animal tissues

Building detection and
prediction tools

Making information useful for both researchers and communities

Partners institutions

CANADA:
•Nunavik Research Centre - Makivvik
•Nunavik Regional Board of Health and Social Services  
•University of New Brunswick
•Université Laval
•Memorial University
•Dalhousie University
•Canada NRC
•Anguvigaq
•Nunatsiavut Government

GREENLAND:
Greenland Institute of Natural Resources
•Ilisimatusarfik - University of Greenland

ICELAND
•Hafrannsóknastofnun (Marine and Freshwater Research Institute)
•University of Iceland (Háskóli Íslands)

FAEROE ISLANDS
•University of the Faroe Islands
•Havstovan (Faroese Marine Research Institute)  

NORWAY
•Norsk institutt for kulturminneforskning 
•Svalbard Museum

DENMARK
•Geological Survey of Denmark and Greenland 
•Statens Naturhistoriske Museum
•University of Copenhagen
•Aarhus University
•Technical University of Denmark