Please use this identifier to cite or link to this item: http://hdl.handle.net/10419/228777
Authors: 
Garnadt, Niklas
Grimm, Veronika
Reuter, Wolf Heinrich
Year of Publication: 
2020
Series/Report no.: 
Arbeitspapier No. 11/2020
Abstract: 
This article explores the design of Carbon Adjustment Mechanisms based on an analysis of historical data, the existing literature as well as theoretical considerations. In the empirical analysis we quantify territorial emissions as compared to the CO2 footprints for countries within the EU-ETS area and globally, we show which (mostly upstream) industries account for the majority of emissions, and identify how their emissions are imported embedded in final or intermediate products from more downstream industries. In an analysis based on gravity equations, we find evidence for carbon leakage in some emission-intensive industries, but only small overall effects. Based on our own evidence and the current literature, we conclude that - if a Carbon Adjustment Mechanism is to be established - focusing on emissions intensive industries could balance excessive bureaucratic burden and carbon leakage mitigation. To be effective, such a system should also extend to embedded emissions in downstream industries to avoid a shift of imports down the value chain. Concerns with regard to international trade relations could be addressed by not implementing Carbon Adjustment Mechanisms unilaterally, but rather using them as the basis for a cooperative approach to climate protection jointly with the most important trading partners.
Subjects: 
Carbon border adjustment
Carbon leakage
Carbon tax
Climate policy
JEL: 
Q56
Q53
F18
F14
F55
F64
Document Type: 
Working Paper

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