Carbon Dioxide Removal after Paris
Notwithstanding adoption of the Paris Agreement on climate change, mitigation of greenhouse gas emissions appears unlikely to achieve the stated goal of limiting the mean global temperature increase to 2°C. Under many scenarios, achieving this goal would require not only vigorous mitigation efforts,...
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Veröffentlicht in: | Ecology law quarterly 2019-02, Vol.45 (3), p.533-582 |
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Format: | Artikel |
Sprache: | eng |
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Zusammenfassung: | Notwithstanding adoption of the Paris Agreement on climate change, mitigation of
greenhouse gas emissions appears unlikely to achieve the stated goal of limiting
the mean global temperature increase to 2°C. Under many scenarios, achieving
this goal would require not only vigorous mitigation efforts, but also the
deployment of carbon dioxide removal technologies or solar geoengineering. While
serious consideration of solar geoengineering remains fraught with peril, the
use of carbon dioxide removal to remove carbon dioxide from the atmosphere and
store it elsewhere appears increasingly likely. Carbon dioxide removal
techniques generally would have to be undertaken on a massive scale to be
effective. However, the techniques are not ready for deployment, and their
widespread use would impact land use, biodiversity, food security, water
availability, and other resources.
Such impacts demand greater attention to managing carbon dioxide removal efforts
and their effects. The Paris Agreement does not directly mention carbon dioxide
removal, however, and relatively little attention has been directed toward
carbon dioxide removal governance thus far. This Article explores key issues of
carbon dioxide removal governance, such as promoting the generation of
information, mainstreaming carbon dioxide removal into public and policy
discussions, and furthering carbon dioxide removal development while avoiding
lock-in of suboptimal technologies. |
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ISSN: | 0046-1121 |
DOI: | 10.15779/Z386M3340F |