carbon emissions — carbon emissions — Cyprus has recorded the highest greenhouse gas footprint per capita in the European Union in 2023, marking a significant milestone in the bloc’s emissions ranking based on consumption, as reported by Eurostat. The island’s per capita greenhouse gas footprint reached 14.8 tonnes of carbon dioxide equivalents, far exceeding the EU average of 9.0 tonnes.
In 2023, the total greenhouse gas footprint of goods and services consumed across the EU amounted to 4.0 billion tonnes of CO2 equivalents. This figure reflects emissions generated throughout the production chains of products consumed in the EU, encompassing those from both domestic production and imported goods.
Cyprus stands out, with its emissions figures placing it above other high-emission countries, including Ireland at 14.0 tonnes and Luxembourg at 12.7 tonnes. This stark statistic highlights the significant role that imported goods and services play in the island’s overall consumption-based emissions.
Comparatively, the countries with the lowest greenhouse gas footprints per capita include Portugal at 6.5 tonnes, Bulgaria at 6.8 tonnes, and both Sweden and Romania at 6.9 tonnes. These contrasting figures underline the scale of consumption-based emissions in Cyprus and the necessity for deeper evaluation of imported products.
Looking back over the last decade, both consumption-based and production-based greenhouse gas emissions have seen a decline. From 2013 to 2023, consumption emissions decreased by 12.9 per cent, while production emissions fell by an even steeper 18.6 per cent. A notable decline in emissions was also observed in 2020, attributed to the pandemic, which resulted in reduced economic activity across EU member states.
Despite the overall reduction in emissions, data from Eurostat indicates that consumption-based emissions have returned to levels observed in 2020, while production-based emissions have continued to decline, decreasing by a further 3.5 per cent compared to 2020 levels. This trend reveals a significant discrepancy between consumption emissions and production emissions within the EU, largely due to the reliance on imported goods and global supply chains.
For Cyprus, the implications of these figures are profound. The data suggests a pressing need to address not only domestic energy use and industrial output but also the carbon intensity associated with imported products. As Cyprus seeks to navigate its environmental responsibilities, understanding the full scope of its consumption emissions will be crucial.
