Drifting as Agency: Between ice, space and territory in the Arctic Ocean
in Arctic Practices - Design for a Changing World
Writing
forth.

Drifting space and unruly velocities: More-than-human marine spatial planning in the Fram Strait
Spool Journal
Writing
forth.

Viscous oceanscapes: mapping sea ice as a more-than-human material agent
RGS-IBG Annual International Conference, London
Talk
2024

Drifting, Viscosity, Edge
AAVS Terrain Lab, Venice 
Talk
2024

Towards an extended oceanscape: Gateways and more-than-human fluxes in frozen-fluid territories
IfA Conference, Berlin 
Talk
2024

Ribas Piera International Prize for Landscape Education
Collective
Recognition
2023

Honourable mention for best thesis
TerraNoda
Recognition
2023

Fieldnotes from the Barents Sea ice edge
The Norwegian Marine Research Institute
Fieldwork
2023

Honourable mention
Tech4Wildlife
Recognition
2023

Deep time Tromsøya
Atmosphere of the Urban Anthropocene
Exhibit
2022

Re-assessing the Assesment: Impacts of Green Colonialism in Norway
KERB Journal of Landscape Architecture
Writing
2022

A Manual for Future Impact Assesments
Independent / Mondo Books
Writing
2022

Nomination
RIBA President Silver Medal
Recognition
2021

Simultanous spaces
Royal Danish Academy, School of Architecture
Exhibit
2020

Jammerbugten under overfladen
Center for Sustainable Lifeforms
Exhibit
2020

Atlas 2019
Kompas Fellowship
Writing
2019

Landskab
BWERK Gallery
Exhibit
2018

Om at bygge by: Forhandlingens konstruktion
Royal Danish Academy
Writing
2018




Drifting as Agency
05–2023
77°45'54.6"N 0°28'14.9"W
MLA thesis project
Oslo School of Architecture / Arctic University of Norway

More-than-human marine spatial planning in the Fram Strait
Awarded the 12th International Biennal Landscape Barcelona School Prize


Following the ice from the Siberian ice nurseries to the melt passage of the Fram Strait, the project is researching the role of sea ice and the Transpolar Drift as an integral piece of landscape infrastructure within the Arctic Ocean as well as developing a comparative methodology through speculative scenario building and material movements, to identify, through design methods, the possible futures of a dynamic and adaptive marine spatial planning strategy centering the more-than-human inhabitants of the Arctic oceanscape - planning for and with the unruliness of drifting and sea ice as a vibrant material actor.