NHM-Chem-SMAP domestic LAPs

To evaluate the effects of light-absorbing particles on the recent rapid melt of the snow and ice surfaces in the Arctic, we develop a new model system NHM-Chem-SMAP, which is a suite of the regional chemistry-meteorology model NHM-Chem and the physical snowpack model SMAP. In the first step of the model evaluation, we have applied NHM-Chem-SMAP at Sapporo, Japan. In this dataset, the numerical model simulation (1-dimensional) data by NHM-Chem-SMAP applied at Sapporo, Japan during the 2011-2012 winter are provided. This dataset includes results from the a sensitivity run in which only LAPs (Light Absorbing Particles) from domestic sources are considered.为评估吸光性粒子对北极近年来冰雪表面快速消融的影响，我们研发了全新的模型系统NHM-Chem-SMAP，该系统由区域化学气象模型NHM-Chem与物理积雪模型SMAP集成而成。在模型评估的第一阶段，我们已在日本札幌部署应用NHM-Chem-SMAP模型。本数据集提供了2011-2012年冬季于日本札幌开展的NHM-Chem-SMAP一维数值模型模拟数据，其中包含仅考虑本土来源吸光性粒子（Light Absorbing Particles，LAPs）的敏感性试验结果。