NPZD initial vertical profile

Matlab mat file with initial condition vectors (as a function of depth from bottom to top, with dz = 0.5 m) for NPZD tracers in "Wind-driven submesoscales enhance turbulent nutrient entrainment and phytoplankton accumulation during an autumn storm" to be submitted to J. Geophys. Res. Oceans. <br>These are horizontally uniform in the 3D simulations.<br>Physical initial conditions are available here:<br>Whitt, D. B., 2017: Data for ‘‘Energetic submesoscales maintain strong mixed layer stratification during an autumn storm.’’ Figshare, accessed 26 September 2017, doi:10.6084/ m9.figshare.c.3816175.v1.

本数据集为MATLAB mat格式文件（MAT file），内含已投稿至《地球物理研究杂志：海洋》（Journal of Geophysical Research: Oceans，简称J. Geophys. Res. Oceans）的论文"Wind-driven submesoscales enhance turbulent nutrient entrainment and phytoplankton accumulation during an autumn storm"（可译为“秋季风暴过程中风力驱动的次中尺度过程增强湍流营养盐挟卷与浮游植物聚集”）中的NPZD示踪剂（NPZD tracers）初始条件向量，该向量以垂向深度为自变量，深度由海底向上定义，垂向网格间距dz=0.5 m。该初始条件在三维数值模拟中为水平均一分布。配套物理初始条件可通过以下途径获取：Whitt D B于2017年发布的数据集，支撑论文"Energetic submesoscales maintain strong mixed layer stratification during an autumn storm"（可译为“秋季风暴过程中强次中尺度过程维持混合层强层结”），收录于Figshare平台，获取日期为2017年9月26日，DOI：10.6084/m9.figshare.c.3816175.v1。