Smith, Martin
ORCID: https://orcid.org/0000-0002-9890-0888; Butler, Paul; Gillespie, Martin R.; Haszeldine, R. Stuart; Jones, Darren; Monaghan, Alison A.
ORCID: https://orcid.org/0000-0003-2147-9607; Rice, Clive M..
2024
Scotland's mineral, water and energy resources: building a low-carbon future.
In: Smith, M.; Strachan, R.A., (eds.)
The Geology of Scotland 5th ed.
Geological Society of London, 563-608.
Abstract
Scotland’s Earth resources, which include minerals, hydrocarbons,
water and hydro energy, have for many centuries provided a driver
for population and economic growth. The nature of the onshore
geology, with key rock formations underlying the Central Belt of
Scotland, has led to a long-term relationship with extracting fossil
carbon from the subsurface. The first written records relate to New-
battle Abbey (near Dalkeith) permitting surface coal mining in the
thirteenth century. Subsequently, coal, oil shale, and offshore oil
and gas production fuelled Scottish industrial technology and devel-
opment though the nineteenth and twentieth centuries. However, in
the past 20 years there have been successive environmental drivers
to reduce CO 2 and other emissions, which along with policy changes
have impacted the way in which these high-carbon geological
resources are used.
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Chapter 17_master with reviewers edits and caption revised Nov2023.pdf
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Available under License Creative Commons Attribution 4.0.
Available under License Creative Commons Attribution 4.0.
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Programmes:
BGS Programmes 2020 > Decarbonisation & resource management
BGS Programmes 2020 > Global geoscience
BGS Programmes 2020 > SSG Corporate
BGS Programmes 2020 > Global geoscience
BGS Programmes 2020 > SSG Corporate
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