The map machine: Salmon, Sámi, sand eels, sand, water and reindeer. Resource extraction in the High North and collateral landscapes

Author:

Ween GroORCID

Abstract

Abstract As a collaborative production, the exhibition New Arctic aspired to explore postcolonial versions of the Arctic. For this purpose, the exhibition included, among others, an installation called a map machine, seeking to display the Arctic as a site of ongoing ontological politics. To our audiences, the map machine visualised how an inhabited Arctic continues to become a periphery, open to new resource exploitation, a Dreamland “out of space and time.” In this text, I mimic the work of this map machine by describing a series of outside interventions on the Varanger Peninsula, in the Sámi core areas of Norway. The case that initiates the set of actions described in this text is a proposed expansion of a quartzite mine in the small village of Austertana. I illustrate how maps and bureaucratic processes as working political technologies introduce new cartographic visions of this land–water interface, counteracting other existing versions of the same landscape. The case illustrates how exactly such new visions impose urgently meaningful single-action landscapes, or how the Tanafjord was literally reworked from a landscape of endangered species to a landscape defined by an issue of maritime security.

Publisher

Cambridge University Press (CUP)

Subject

General Earth and Planetary Sciences,Ecology,Geography, Planning and Development

Reference36 articles.

1. NOU 1997:4. Naturgrunnlaget for samisk kultur. Naturgrunnlaget for samisk kultur. Justis og politidepartementet, Oslo, Norway.

2. Tracking Nature Inscribed: Nature in Rights and Bureaucratic Practice

3. Blåfjella-Skjækerfjella nasjonalpark: Naturforvaltning som produksjon av natur/sted;Ween;Norsk Antropologisk Tidsskrift,2009

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