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Carbon Dioxide Removal

Carbon dioxide removal (CDR) techniques, or negative emission technologies (NETs), are a suite of natural and technological pathways to remove and sequester carbon dioxide (CO₂) from the air. Unlike carbon capture and storage, these techniques remove CO₂ directly from the atmosphere or enhance natural carbon sinks.
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Climate Engineering Conference 2017 – Conference Report

2017
Scholarly Work
Hosted by IASS Potsdam
This report provides a summary of the various plenary and parallel sessions that were held at CEC17, including hyperlinks to additional online resources such as video recordings from the plenaries and materials from individual sessions.

International Context for the Geoengineering Debate

2017
Hearings and Testimony
Michelle Gyles-McDonnough
This is the keynote speech at the Second International Climate Engineering Conference (CEC17) by the Director of the Sustainable Development Unit, Executive Office of the Secretary-General, United Nations.

Paris market mechanisms for negative emissions and the role of the SDGs

2017
Scholarly Work
Matthias Honegger
This is a presentation from the Climate Engineering Conference 2017 (CEC17) on how Article 6 of the Paris Agreement and lessons learned from the SDGs can guide negative emissions policy.

Carbon Dioxide Removal after Paris: Incentivizing without Committing

2017
Scholarly Work
Albert C. Lin
This is a presentation from the Climate Engineering Conference 2017 (CEC17) on the Paris Agreement's Article 4.4 and Article 5.1 and carbon dioxide removal.

Cost-effective mitigation including negative emissions – the role of markets and MRV

2017
Scholarly Work
Axel Michaelowa
This is a presentation from the Climate Engineering Conference 2017 (CEC17) on the role of markets in mitigating climate change via negative emissions.

Human rights and climate engineering policy

2017
Scholarly Work
Jesse L. Reynolds
This is a presentation from the Climate Engineering Conference 2017 (CEC17) on human rights and climate engineering.

The Role of Bioenergy and Carbon Capture and Storage (BECCS) in the Case of Delayed Climate Policy – Insights from Cost-Risk Analysis

2017
Scholarly Work
Jana Mintenig, Mohammad M. Khabbazan, Hermann Held
This study, using a cost-risk analysis approach, evaluates the impact of BECCS in light of a delayed climate policy.

The Need for Governance of Climate Geoengineering

2017
Scholarly Work
Janos Pasztor
This article, part of the literature accompanying the launch of the Carnegie Climate Geoengineering Governance Initiative, argues that policymakers need to take an ethical risk management approach to the governance of geoengineering.

How scientists advising the European Commission on research priorities view climate engineering proposals

2017
Scholarly Work
Raffael Himmelsbach
This study explores how scientists who advise the European Commission on research funding priorities regarding climate change and sustainability view climate engineering.

Geoengineering governance-by-default: an earth system governance perspective

2017
Scholarly Work
Anita Talberg, Peter Christoff, Sebastian Thomas, David Karoly
This paper finds that geoengineering is subject to a form of ‘governance-by-default’ due to a situation in which state actors have not resolved the tension between two legal norms: that of ‘precaution’ and that of ‘harm minimisation’.

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