Abandoning fossil fuel: how fast and how much

Keeping climate change within limits requires that most of the available carbon-based energy sources need to be abandoned underground. We study how fast and how much this transition to carbon-free energy needs to occur within a welfare-maximizing Ramsey growth model of climate change. Our model also...

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Main Authors: Van der Ploeg, R, Rezai, A
Format: Working paper
Published: University of Oxford 2013
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author Van der Ploeg, R
Rezai, A
author_facet Van der Ploeg, R
Rezai, A
author_sort Van der Ploeg, R
collection OXFORD
description Keeping climate change within limits requires that most of the available carbon-based energy sources need to be abandoned underground. We study how fast and how much this transition to carbon-free energy needs to occur within a welfare-maximizing Ramsey growth model of climate change. Our model also addresses the market failure in the development of clean energy which leads to an under-provision of renewable energy, delays the transition time to the carbon-free era, and reduces the amount of dirty fuels locked up in situ. Optimal policy requires an aggressive renewables subsidy in the near term and a gradually rising carbon tax which falls in long run. We also study the transition timing and the performance of recently proposed policy rules for the carbon tax.
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spelling oxford-uuid:819a4b09-ee65-4c5d-86c9-8cbb944890d72022-03-26T21:31:17ZAbandoning fossil fuel: how fast and how muchWorking paperhttp://purl.org/coar/resource_type/c_8042uuid:819a4b09-ee65-4c5d-86c9-8cbb944890d7Bulk import via SwordSymplectic ElementsUniversity of Oxford2013Van der Ploeg, RRezai, AKeeping climate change within limits requires that most of the available carbon-based energy sources need to be abandoned underground. We study how fast and how much this transition to carbon-free energy needs to occur within a welfare-maximizing Ramsey growth model of climate change. Our model also addresses the market failure in the development of clean energy which leads to an under-provision of renewable energy, delays the transition time to the carbon-free era, and reduces the amount of dirty fuels locked up in situ. Optimal policy requires an aggressive renewables subsidy in the near term and a gradually rising carbon tax which falls in long run. We also study the transition timing and the performance of recently proposed policy rules for the carbon tax.
spellingShingle Van der Ploeg, R
Rezai, A
Abandoning fossil fuel: how fast and how much
title Abandoning fossil fuel: how fast and how much
title_full Abandoning fossil fuel: how fast and how much
title_fullStr Abandoning fossil fuel: how fast and how much
title_full_unstemmed Abandoning fossil fuel: how fast and how much
title_short Abandoning fossil fuel: how fast and how much
title_sort abandoning fossil fuel how fast and how much
work_keys_str_mv AT vanderploegr abandoningfossilfuelhowfastandhowmuch
AT rezaia abandoningfossilfuelhowfastandhowmuch