Underground futures: The essential role of the subsurface in a net zero carbon future

This viewpoint examines the overlooked yet crucial role of the underground in achieving net zero carbon transitions. Drawing on insights from the Underground Futures scoping study, a collaboration between Lancaster University and the British Geological Survey, the viewpoint explores how subsurface spaces, once associated with extraction, are now central to energy storage, carbon sequestration, and geothermal heat generation, and the governance and regulatory challenges this presents. Through interviews and focus groups with UK stakeholders, it identifies governance, limited data, and a lack of integrated planning as major barriers to sustainable underground use. The viewpoint bridges geoscience, spatial planning, and concepts from political geology to ultimately suggest that the underground is a dynamic and active component of planetary change, that is both shaping and being shaped by human efforts toward a sustainable net zero future.

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Publication Details

Journal
Land Use Policy
Published
2025-11-20
DOI
https://doi.org/10.1016/j.landusepol.2025.107871
Primary Topic
Underground infrastructure and sustainability
Type
article
Field-Weighted Citation Impact
0.00

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article

Underground futures: The essential role of the subsurface in a net zero carbon future

Land Use Policy
Underground infrastructure and sustainability
article

Underground futures: The essential role of the subsurface in a net zero carbon future

article en

Abstract

This viewpoint examines the overlooked yet crucial role of the underground in achieving net zero carbon transitions. Drawing on insights from the Underground Futures scoping study, a collaboration between Lancaster University and the British Geological Survey, the viewpoint explores how subsurface spaces, once associated with extraction, are now central to energy storage, carbon sequestration, and geothermal heat generation, and the governance and regulatory challenges this presents. Through interviews and focus groups with UK stakeholders, it identifies governance, limited data, and a lack of integrated planning as major barriers to sustainable underground use. The viewpoint bridges geoscience, spatial planning, and concepts from political geology to ultimately suggest that the underground is a dynamic and active component of planetary change, that is both shaping and being shaped by human efforts toward a sustainable net zero future.

Land Use PolicyVol. 161
British Geological Survey (GB), Lancaster University (GB)
British Geological Survey
Openalex Percentile: Top 46%
Underground infrastructure and sustainability
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