A virtual global carbon price is essential to drive rapid decarbonisation

Dealing with climate change is now an infrastructure challenge. Within the next 30 years our energy generation must switch from fossil fuels to renewables. New buildings need to be zero-carbon and existing buildings need to be retrofitted. Our global transportation network will need to be transformed. Delivering the Net Zero World is an engineering challenge. But to do this we need a globally agreed virtual carbon price so that every single infrastructure project can be assessed in terms of its impact on carbon emissions and thus planetary health. We propose a loss-and-damage-based carbon price that is enhanced or reduced by variable, national impact factors. Carbon intensity weighting would further increase the price's impact.

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Publication Details

Journal
UCL Open Environment
Published
2024-11-13
DOI
https://doi.org/10.14324/111.444/ucloe.1983
Primary Topic
Library Science and Information Systems
Type
article
Field-Weighted Citation Impact
0.00
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article

A virtual global carbon price is essential to drive rapid decarbonisation

Mark Maslin, Richard Clarke
UCL Open Environment
Library Science and Information Systems
article

A virtual global carbon price is essential to drive rapid decarbonisation

Mark Maslin, Richard Clarke
article en

Abstract

Dealing with climate change is now an infrastructure challenge. Within the next 30 years our energy generation must switch from fossil fuels to renewables. New buildings need to be zero-carbon and existing buildings need to be retrofitted. Our global transportation network will need to be transformed. Delivering the Net Zero World is an engineering challenge. But to do this we need a globally agreed virtual carbon price so that every single infrastructure project can be assessed in terms of its impact on carbon emissions and thus planetary health. We propose a loss-and-damage-based carbon price that is enhanced or reduced by variable, national impact factors. Carbon intensity weighting would further increase the price's impact.

UCL Open EnvironmentVol. 6(1)
University College London (GB)
Openalex Percentile: Top 69%
Library Science and Information Systems
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