Ecosystem services benefits from the restoration of non-producing US oil and gas lands

William Haden Chomphosy, Sofia Varriano, Luke H. Lefler, Varenya Nallur, Maureen R. McClung and Matthew D. Moran ()
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William Haden Chomphosy: Hendrix College
Sofia Varriano: Hendrix College
Luke H. Lefler: Hendrix College
Varenya Nallur: Hendrix College
Maureen R. McClung: Hendrix College
Matthew D. Moran: Hendrix College

Nature Sustainability, 2021, vol. 4, issue 6, 547-554

Abstract: Abstract Fossil fuel infrastructure has important land-use impacts within the United States, including the environmental consequences of affected land that persists beyond the lifespan of wells. Here, we estimate the ecoregion-specific fifty-year present-value net benefits of restoring lands that are associated with non-producing wells in the conterminous United States on the basis of select ecosystem services—agricultural sales and carbon sequestration. We identify more than 430,000 restorable wells that occupy more than 800,000 ha of land. The present value of ecosystem services benefits was US$21 billion (2018) while the restoration costs were US$7 billion. Deciduous forests, grasslands and Mediterranean ecoregions had large net benefits, whereas arid and semi-arid regions were often negative. Focusing on select ecoregions of the United States would provide higher returns on investment in the form of environmental and economic benefits. Although our results suggest an ecoregional hierarchy, the restoration of all abandoned fossil fuel lands will have benefits at the local, regional and national scales, including food security, protection of biodiversity and restoration-related job opportunities.

Date: 2021
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DOI: 10.1038/s41893-021-00689-4

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