Intercomparison of atmospheric Carbonyl Sulfide (TransCom-COS; Parts one & two):

Atmospheric concentrations of COS simulated by the ATMs (TM5, NICAM5, NICAM6, LMDz, TM3, TOMCAT) used in the Transcom-COS experiment. Zhumker: Anthropogenic component BB: Biomass burning component VEG-SIB4: Vegetation component given by the SIB4 terrestrial model SOIL-SIB4: Soil component given by the ORCHIDEE terrestrial model VEG-ORC: Vegetation component given by the ORCHIDEE terrestrial model SOIL-ORC: Soil component given by the SIB4 terrestrial model OCEAN_Lennartz : Oceanic fluxes with the indirect fluxes through DMS from Lennartz et al. (2017) OCEAN_LennartzPICSES: Oceanic fluxes with the indirect fluxes through DMS from the ocean model NEMO PISCES OPT_JM= Optimized COS fluxes described in Ma et al. (2021) OPT_LSCE= Optimized COS fluxes described in Remaud et al. (2022) Month: Monthly resolution Diurnal: 3 hourly resolution本数据集为Transcom-COS实验中所采用的ATMs模式（含TM5、NICAM5、NICAM6、LMDz、TM3、TOMCAT）模拟得到的大气羰基硫（COS）浓度数据。 Zhumker：人为源组分 BB：生物质燃烧源组分 VEG-SIB4：由SIB4陆面模式提供的植被源组分 SOIL-SIB4：由ORCHIDEE陆面模式提供的土壤源组分 VEG-ORC：由ORCHIDEE陆面模式提供的植被源组分 SOIL-ORC：由SIB4陆面模式提供的土壤源组分 OCEAN_Lennartz：基于Lennartz等人（2017）研究、包含通过二甲基硫（DMS，Dimethyl Sulfide）间接通量的海洋通量 OCEAN_LennartzPICSES：由海洋模式NEMO PISCES给出的、包含通过DMS间接通量的海洋通量 OPT_JM=：Ma等人（2021）研究中提出的优化COS通量方案 OPT_LSCE=：Remaud等人（2022）研究中提出的优化COS通量方案 Month：月度分辨率 Diurnal：3小时间隔分辨率