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Globalization and international trade has strongly affected world’s economy in the recent decades. The importance of emissions loads distribution between countries participating in the supply chains is steadily growing. In the highly fragmented global supply chain structure, with the consumption and production separated geographically and politically, it is difficult to capture the distribution of carbon emission burden within the global production processes. Several recent scientific studies have emphasized that CO2 emissions embodied in international trade processes should be addressed. The CO2 emissions up to now are mostly evaluated on the base of domestic emission accounts. To address this research gap, our study applies multi-regional input-output (MRIO) method for the estimation of the CO2 emissions embodied in the EU clothing imports. The study evaluates carbon emissions of the EU clothing imports and provides suggestions for companies and policy makers. Our results show, that the EU has not reduced CO2 emissions t instead has outsourced them. MRIO and triangulation methods were used to evaluate the EU clothing sector embodied carbon emissions in imports from 2000 to 2016. CO2 emission reduction goal can be achieved by implementing the proposed consumption based emission accounting framework additionally to the country’s emission inventory. Our results may help businesses and policy makers to establish more efficient strategies towards the EU’s carbon emissions.

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In the last decade we can observe changes in the fashion industry due to the rising demand of textile and clothing products in Europe. We investigate its sustainability implications by re-calculating carbon emissions and addressing each countries responsibility rather than current traditional way of calculating CO2 emissions. A multi-regional input-output model is built to calculate carbon emissions embodied in trade in EU textile and clothing industry from 2000 to 2016. World Input-Output Database and other databases are used for the recounting of CO2 emissions embodied in EU textile and clothing international trade. The results show that 1) Germany and United Kingdom were biggest EU CO2 emission importers in 2000 and 2016 what makes them biggest contributors to global CO2 pollution in textile and clothing industry in Europe. 2) India and China has big direct emission coefficients and perform under low energy efficiency levels compared to Turkey 3) Higher direct carbon emission coefficient result in a higher CO2 imports. 4) Increasing textile and clothing products imports result in higher CO2 emission imports. Therefore in order to reduce carbon emissions producing countries should invest in "low-carbon" industries and might regulate textile and clothing products imports.