东亚
环境科学
气候变化
污染物
气候学
空气污染物
辐射压力
温室气体
空气污染
地理
海洋学
气象学
中国
气溶胶
考古
地质学
化学
有机化学
作者
Huan Liu,Mingliang Fu,Xinxin Jin,Yi Shang,Drew Shindell,G. Faluvegi,Cary Shindell,Kebin He
摘要
East Asia has the most rapidly growing shipping emissions of both CO2 and traditional air pollutants, but the least in-depth analysis. Full evaluation of all pollutants is needed to assess the impacts of shipping emissions. Here, using an advanced method based on detailed dynamic ship activity data, we show that shipping emissions in East Asia accounted for 16% of global shipping CO2 in 2013, compared to only 4-7% in 2002-2005. Increased emissions lead to large adverse health impacts, with 14,500-37,500 premature deaths per year. Global mean radiative forcing from East Asian shipping is initially negative, but would become positive after approximately eight years for constant current emissions. As a large fraction of vessels are registered elsewhere, joint efforts are necessary to reduce emissions and mitigate the climate and health impacts of shipping in the region.
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