As an alternative to the traditional IPCC-based accounting of GHG emissions based on a geographical perspective (only emissions relating to activities that occur nationally are taken into account), consumption-based accountings have shown the quantity of CO₂ emissions embodied in international trade. However, few studies have focused on the contribution of non-CO₂ emissions such as methane (CH₄) and nitrous oxide (N₂O). This paper presents a comprehensive study of non-CO₂ emissions due to the consumption of pig meat (PM) in Denmark, estimating the amount of non-CO₂ emissions embodied in trade during the period 2000–2016. In 2016, 595 Gg of CO₂eq were released in Denmark for producing PM consumed in another country, corresponding to 53% of PM emissions produced in Denmark. Denmark is a net exporter of PM-related emissions and during the period 2000–2016 the gap between emissions due to production and consumption increased by 24%. The largest importing countries were Germany, Poland and Italy (36, 15 and 10%, respectively, of total emissions exported from Denmark). The Danish emission intensity (emissions per t of PM produced) was lower than the emission intensity for the largest importing countries. Hence, the Danish export of PM is advantageous in terms of total non-CO₂ emissions.

作为基于地理观点的基于IPCC的传统温室气体核算的替代方法（仅考虑与国内发生的活动有关的排放），基于消耗的核算显示了国际贸易中体现的CO ₂排放量。但是，很少有研究集中在非CO ₂排放的贡献上，例如甲烷（CH ₄）和一氧化二氮（N ₂ O）。本文对丹麦食用猪肉（PM）引起的非CO ₂排放进行了全面研究，估算了2000-2016年期间贸易中体现的非CO ₂排放量。2016年，595克二氧化碳₂eq在丹麦释放，用于生产另一个国家/地区消耗的PM，相当于丹麦产生的PM排放量的53％。丹麦是与PM相关的排放净出口国，在2000–2016年期间，由于生产和消费造成的排放之间的差距增加了24％。最大的进口国是德国，波兰和意大利（分别占从丹麦出口的总排放量的36％，15％和10％）。丹麦的排放强度（每吨PM产生的排放量）低于最大进口国的排放强度。因此，就总的非CO ₂排放而言，丹麦PM的出口是有利的。