Figures and related datasets for a publication

Figure 2: Historic and future emissions of ODS used as feedstocks (2010-2050) are shown. The future emissions are projected forward, using a ZERO, LOW and busines-as-usual (BAU) projection. Figure 3A: mid-latitude EESC related to ODS emitted from feedstock and other applicationsfrom 2010 to 2100. Future values are related to the ZERO, LOW and BAU emissions scenarios. Figure 3B: radiative forcing related to ODS emitted from feedstock and other applications from 2010 to 2100. Future values are related to the ZERO, LOW and BAU emissions scenarios. Figure 4: For CCl4 a gap exist between top-down (measurement-based) emission estimatio and bottom-up emissions. This gap is decreasing over time. Figure 5: CFC-115 is currently nearly exclusively emitted as a by-product of HFC-125 with an average ratio of 0.8% relative to the production (mol/mol) Figure S1: Global production ODS feedstocks related to UNEP data reporting under Article 7 of the Montreal Protocol Figure S3: LOW and BAU scenario emissions for ODS species used as feedstocks Figure S4: Mixing ratios of ODS used as feedstock between 2010 and 2100图2：展示了作为原料使用的消耗臭氧层物质（Ozone Depleting Substances, ODS）2010-2050年的历史与未来排放量。未来排放量基于零排放（ZERO）、低排放（LOW）及常规情景（Business As Usual, BAU）三种方案进行预估。 图3A：展示了2010年至2100年间，与原料及其他用途排放的消耗臭氧层物质相关的中纬度等效有效平流层氯（EESC）。其未来数值对应零排放、低排放及常规情景排放方案。 图3B：展示了2010年至2100年间，与原料及其他用途排放的消耗臭氧层物质相关的辐射强迫。其未来数值对应零排放、低排放及常规情景排放方案。 图4：针对四氯化碳（CCl4），自上而下（基于实测）的排放估算与自下而上的排放估算之间存在缺口，且该缺口随时间推移逐渐收窄。 图5：目前氯氟烃-115（CFC-115）几乎仅作为氢氟烃-125（HFC-125）的副产物排放，其与产能的平均摩尔比为0.8%（mol/mol）。 补充图S1：展示了与《蒙特利尔议定书》第七条项下联合国环境规划署（United Nations Environment Programme, UNEP）数据报告相关的全球原料类消耗臭氧层物质产量。 补充图S3：展示了作为原料使用的各类消耗臭氧层物质在低排放及常规情景下的排放量。 补充图S4：展示了2010年至2100年间，作为原料使用的消耗臭氧层物质的混合比。