Seeds of Change: Greenhouse Infrastructure for Icelandic Afforestation

Iceland stands on the forefront of climate change, owing to the island’s proximity to the Arctic, extreme weather and unusual geology. Here, climate change challenges have become strikingly visible in the collective landscape and in design discourse (Magnuson, 2021). One example of the impact of climate change can be found in the widespread melting of glaciers in this century, a patchwork landscape amounting to one tenth of the land mass of the country. Afforestation projects offer a design response for these new landscapes, as a means of reducing erosion, creating animal habitat and sequestering carbon. In this way, Icelandic landscapes offer the rest of the world an early glimpse of what climate change futures might be elsewhere, and what types of design solutions could be invoked in response (Gelles, 2024). This paper shares one model for climate change adaptation, through the greenhouse infrastructure that underpins the Forest Service’s afforestation efforts. The use of greenhouses for the production of saplings creates all sorts of co-benefits, from security and climate control to tourism and better working conditions for growers. Greenhouses operate through complex environmental, educational, economic, social and even cultural logics. Together, these different design lenses enhance climate change adaptation efforts by boosting both the efficiency and adoption of greenhouse systems. In turn, the greenhouses produce saplings that will help the country to “heal place and planet” by responding to climate change pressures over time.

Publication Details

Journal
University of Massachusetts (UMass) Amherst
Published
2025-04-11
DOI
https://doi.org/10.7275/fabos.2741
Primary Topic
Urban Green Space and Health
Type
article
Field-Weighted Citation Impact
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article

Seeds of Change: Greenhouse Infrastructure for Icelandic Afforestation

University of Massachusetts (UMass) Amherst
Urban Green Space and Health
article

Seeds of Change: Greenhouse Infrastructure for Icelandic Afforestation

article en

Abstract

Iceland stands on the forefront of climate change, owing to the island’s proximity to the Arctic, extreme weather and unusual geology. Here, climate change challenges have become strikingly visible in the collective landscape and in design discourse (Magnuson, 2021). One example of the impact of climate change can be found in the widespread melting of glaciers in this century, a patchwork landscape amounting to one tenth of the land mass of the country. Afforestation projects offer a design response for these new landscapes, as a means of reducing erosion, creating animal habitat and sequestering carbon. In this way, Icelandic landscapes offer the rest of the world an early glimpse of what climate change futures might be elsewhere, and what types of design solutions could be invoked in response (Gelles, 2024). This paper shares one model for climate change adaptation, through the greenhouse infrastructure that underpins the Forest Service’s afforestation efforts. The use of greenhouses for the production of saplings creates all sorts of co-benefits, from security and climate control to tourism and better working conditions for growers. Greenhouses operate through complex environmental, educational, economic, social and even cultural logics. Together, these different design lenses enhance climate change adaptation efforts by boosting both the efficiency and adoption of greenhouse systems. In turn, the greenhouses produce saplings that will help the country to “heal place and planet” by responding to climate change pressures over time.

University of Massachusetts (UMass) Amherst
Openalex Percentile: Top 48%
Urban Green Space and Health
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Seeds of Change: Greenhouse Infrastructure for Icelandic Afforestation · University of Massachusetts (UMass) Amherst (2025) | TGRS Research Map | TGRS