Publications

Sofia Ribeiro, M. Heikkilä, K. Weckström and A. Pienkowski (2023) Numerical ecology and time series analysis of marine proxy data, Past Global Changes Magazine, 31(1), 41 (link)

Armbrecht L (2022) Sedimentary ancient DNA (sedaDNA) as a new paleo proxy to investigate organismal responses to past environmental changes in Antarctica, Past Global Changes Magazine, 30(2), 78-79 (link)

Wensman SM, Morgan JD & Keegan K (2022) Ice-core records of human impacts on the environment, Past Global Changes Magazine, 30(2), 108-109 (link)

de Vernal A & Hillaire-Marcel C (2022) Quaternary Arctic sea-ice cover: Mostly perennial with seasonal openings during interglacials, Past Global Changes Magazine, 30(2), 94-95 (link)

Sicard M, de Boer AM & Sime LC (2022) Last Interglacial Arctic sea ice as simulated by the latest generation of climate models, Past Global Changes Magazine, 30(2), 92-93 (link)

Stein R, Kremer A & Fahl K (2022) Past glacial–interglacial changes in Arctic Ocean sea-ice conditions, Past Global Changes Magazine, 30(2), 90-91 (link)

Jones J, Kohfeld KE, Bostock H & Crosta X (2022) The importance of glacial–interglacial Antarctic sea-ice reconstructions in understanding atmospheric CO2 variability, Past Global Changes Magazine, 30(2), 88-89 (link)

Chadwick M (2022) Reconstructing Antarctic sea ice from 130,000 years ago, Past Global Changes Magazine, 30(2), 86-87 (link)

Nixon FC (2022) Wood, whales, and the water's edge: Three proxies for interpreting past sea-ice conditions on Arctic beaches, Past Global Changes Magazine, 30(2), 84-85 (link)

McClymont EL, Bentley MJ, Hodgson DA, Spencer-Jones CL, Wardley T, West MD, Croudace IW, Berg S, Gröcke DR, Kuhn G, Jamieson SSR, Sime LC & Phillips RA (2022) Snow petrel stomach-oil deposits as a new biological archive of Antarctic sea ice, Past Global Changes Magazine, 30(2), 82-83 (link)

Harðardóttir S, Evans JR, Grant DM & Ray JL (2022) Getting to the core of sea-ice reconstructions: Tracing Arctic sea ice using sedimentary ancient DNA, Past Global Changes Magazine, 30(2), 80-81 (link)

Tedesco L & Post E (2022) Sea ice: An extraordinary and unique, yet fragile, biome, Past Global Changes Magazine, 30(2), 76-77 (link)

Fogt RL, Dalaiden Q & Zarembka MS (2022) Understanding differences in Antarctic sea-ice-extent reconstructions in the Ross, Amundsen, and Bellingshausen seas since 1900, Past Global Changes Magazine, 30(22), 74-75 (link)

Wilson K, Arreak A, Sikumiut Committee & Bell T (2022) An Inuit sea-ice-change atlas from Mittimatalik, Nunavut, Past Global Changes Magazine, 30(2), 72-73 (link)

Meier WN (2022) Sea ice in the satellite era, Past Global Changes Magazine, 30(2), 70-71 (link)

Chadwick M, Kohfeld KE, Leventer A, Pieńkowski A & Zimmermann H (2022) Editorial: Sea ice in the polar regions, Past Global Changes Magazine, 30(2), 69 (link)

Oksman M, Kvorning AB, Luostarinen T, Weckström K, Ribeiro S, Pieńkowski AJ and Heikkilä M (2022) Towards reliable proxy-based reconstructions: Community perspectives and criteria for the ACME database, Past Global Changes Magazine, 30(1), 56 (link)

Heikkilä M, Pieńkowski A, Ribeiro S & Weckström K (2019) Arctic Cryosphere Change and Coastal Marine Ecosystems working group, Past Global Changes Magazine, 27(2), 70 (link)

Xavier Benito, Giorgia Camperio, Ignacio A. Jara, Estelle Razanatsoa and Iván Hernández-Almeida (2023) 31 (1) Advancing past socio–environmental systems science, Past Global Changes Magazine, 31(1), 1-51 (link)

Chadwick M, Kohfeld KE, Leventer A, Pieńkowski A, Zimmermann H & Eggleston S (2022) 30 (2): Sea ice in the polar regions, Past Global Changes Magazine, 30(2), 65-132 (link)

Heikkilä M, Ribeiro S, Weckström K and Pieńkowski AJ (2022) Predicting the future of coastal marine ecosystems in the rapidly changing Arctic: The potential of palaeoenvironmental records, Anthropocene, 37 (link)