Simulations used in the Ocean Science Journal submission titled "Internal and forced ocean variability in the Mediterranean Sea " by Benincasa et al., 2024

Temperature (votemper) and current speed datasets from the EAS5 (Clementi et al., Mediterranean Sea Analysis and Forecast (CMEMS MED-Currents, EAS5 system), 2019; Coppini et al., The Mediterranean forecasting system. Part I: evolution and performance, EGUsphere, pp. 1–50, 2023) simulations used in the manuscript titled "Internal and forced ocean variability in the Mediterranean Sea" and submitted to the journal Ocean Science by Benincasa et al. The daily fields are at 2 depth levels ( 0 = 0 m, 2 = 30 m) and in the 2 seasons (JFMA = winter, JASO = summer) for the entire Mediterranean Sea. The vertical profile of the temperature field up to about 950 m depth is available at 8 locations distributed over the basin. The depth levels are found in depth.pkl: the first column represents the depth of the various levels, whereas the second is the increments between 2 consecutive depth levels.本数据集采用EAS5系统的模拟结果，包含温度（votemper）与海流速度数据，相关参考文献如下：Clementi等2019年发表的《地中海分析与预报（CMEMS MED-Currents，EAS5系统）》，以及Coppini等2023年发表于EGUsphere的《地中海预报系统 第一部分：演变与性能》（第1-50页）。该数据集用于Benincasa等人提交至《Ocean Science》期刊的题为《地中海海域的内部与强迫海洋变率》的研究手稿。 该数据集的每日场覆盖整个地中海海域，包含2个深度分层（0对应0米，2对应30米）以及2个季节时段（JFMA代表冬季，JASO代表夏季）。全地中海流域内分布的8个测点提供了深度可达约950米的温度场垂直剖面数据。深度分层的相关信息存储于depth.pkl文件中：该文件第一列为各分层的实际深度值，第二列为相邻两个深度分层之间的深度增量。