Results of calculated surface air temperature anomaly of COSMOS Pliocene experiment 2 in NetCDF format

In this manuscript we describe the experimental procedure employed at the Alfred Wegener Institute in Germany in the preparation of the simulations for the Pliocene Model Intercomparison Project (PlioMIP). We present a description of the utilized Community Earth System Models (COSMOS, version: COSMOS-landveg r2413, 2009) and document the procedures that we applied to transfer the Pliocene Research, Interpretation and Synoptic Mapping (PRISM) Project mid-Pliocene reconstruction into model forcing fields. The model setup and spin-up procedure are described for both the paleo- and preindustrial (PI) time slices of PlioMIP experiments 1 and 2, and general results that depict the performance of our model setup for mid-Pliocene conditions are presented. The mid-Pliocene, as simulated with our COSMOS setup and PRISM boundary conditions, is both warmer and wetter in the global mean than the PI. […]

在本篇论文中，我们详述了德国阿尔弗雷德·魏格纳研究所采用的实验流程，以模拟更新世模型互比项目（Pliocene Model Intercomparison Project，简称PlioMIP）。我们呈现了所使用的地球系统社区模型（Community Earth System Models，简称COSMOS，版本：COSMOS-landveg r2413，2009年）的描述，并记录了我们将更新世研究、解读和综合绘图（Pliocene Research, Interpretation and Synoptic Mapping，简称PRISM）项目中期更新世重建转化为模型强迫场所采取的步骤。我们描述了PlioMIP实验1和2中，对于古时代和前工业化时代（Preindustrial，简称PI）时间段的模型设置和初始化过程，并展示了描绘我们模型设置在中更新世条件下性能的一般结果。与我们的COSMOS设置和PRISM边界条件所模拟的中更新世相比，全球平均气温更高，湿度也更大。 [...]