Recent global value chain reconfiguration: drivers and consequences on EU carbon footprint

The vulnerability of global value chains is in the spotlight due to recent geopolitical tensions and shocks with a worldwide impact. Vulnerability in trade terms is often linked to distance from the suppliers, high concentration of imports, or not-shared values, implying several logistic risks. As a result, economies seeking higher resilience in their value chains are considering new sourcing strategies, like backshoring or nearshoring. Such trade-restructuring schemes need to consider sustainability to be effectively resilient, but, at the same time, they are drivers of changes in global carbon emissions. This paper aims to measure the magnitude of those relocation patterns and their impact on carbon emissions, focusing on the European Union (EU). For this purpose, we use an environmentally extended multiregional input-output model to calculate global emissions' trends from 1995 to 2018 and to identify different trade-relocation patterns, quantifying their carbon content. We also perform a structural decomposition analysis to divide the changes in the EU's carbon footprint according to different drivers. Our results show a change in global emissions evolution from 2008 onwards, with emerging trends of global value chains reconfiguration showing a more vital role of environmental concerns. We also find that reshoring and reoffshoring are less emission-intensive than offshoring. In the EU's context, its footprint has been reduced since the 2008 crisis, mainly due to lower emissions intensities and technical changes towards cleaner ways of production. In contrast, the geographical shift of suppliers contributes to the growth of emissions in the whole period. • EU carbon footprint reduction since 2008 crisis is due to non-geographical changes. • Geographical shift of suppliers contributes to the emissions growth globally. • Maintained offshoring is prevalent globally and shifts towards dirtier economies. • The EU receives relevant offshoring flows directed to West EU and South EU countries. • Environmental issues play a major role in reshoring and reoffshoring trends.

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Publication Details

Journal
Ecological Economics
Published
2025-10-14
DOI
https://doi.org/10.1016/j.ecolecon.2025.108828
Primary Topic
Environmental Impact and Sustainability
Type
article
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article

Recent global value chain reconfiguration: drivers and consequences on EU carbon footprint

Ángela García‐Alaminos, María Ángeles Tobarra Gómez, Luis Antonio López Santiago, María‐Ángeles Cadarso
Ecological Economics
Environmental Impact and Sustainability
article

Recent global value chain reconfiguration: drivers and consequences on EU carbon footprint

Ángela García‐Alaminos, María Ángeles Tobarra Gómez, Luis Antonio López Santiago, María‐Ángeles Cadarso
article en

Abstract

The vulnerability of global value chains is in the spotlight due to recent geopolitical tensions and shocks with a worldwide impact. Vulnerability in trade terms is often linked to distance from the suppliers, high concentration of imports, or not-shared values, implying several logistic risks. As a result, economies seeking higher resilience in their value chains are considering new sourcing strategies, like backshoring or nearshoring. Such trade-restructuring schemes need to consider sustainability to be effectively resilient, but, at the same time, they are drivers of changes in global carbon emissions. This paper aims to measure the magnitude of those relocation patterns and their impact on carbon emissions, focusing on the European Union (EU). For this purpose, we use an environmentally extended multiregional input-output model to calculate global emissions' trends from 1995 to 2018 and to identify different trade-relocation patterns, quantifying their carbon content. We also perform a structural decomposition analysis to divide the changes in the EU's carbon footprint according to different drivers. Our results show a change in global emissions evolution from 2008 onwards, with emerging trends of global value chains reconfiguration showing a more vital role of environmental concerns. We also find that reshoring and reoffshoring are less emission-intensive than offshoring. In the EU's context, its footprint has been reduced since the 2008 crisis, mainly due to lower emissions intensities and technical changes towards cleaner ways of production. In contrast, the geographical shift of suppliers contributes to the growth of emissions in the whole period. • EU carbon footprint reduction since 2008 crisis is due to non-geographical changes. • Geographical shift of suppliers contributes to the emissions growth globally. • Maintained offshoring is prevalent globally and shifts towards dirtier economies. • The EU receives relevant offshoring flows directed to West EU and South EU countries. • Environmental issues play a major role in reshoring and reoffshoring trends.

Ecological EconomicsVol. 240
University of Castilla-La Mancha (ES)
Openalex Percentile: Top 74%
Environmental Impact and Sustainability
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