Global Upper Ocean Thermal Analyses for the World Ocean Circulation Experiment (WOCE)

这是一个为期三年的全球生产计划， 近实时地图的地下热结构在上部 500米的海洋。 它需要三个主要任务， 完成 第一项任务是太平洋地区的发展， 印度洋和大西洋的编辑参数， 粗略分析了历史数据和直方图， 100米深度间隔的温度异常。 第二任务 是开发一个接近实时的编辑程序， 海洋，这需要知道的直方图， 用于客观编辑方案的温度异常; 海军数据的近实时编辑将在 舰队数值海洋学中心（FNOC） Compass Systems在编辑民用数据和其他数据时 地下热结构数据，通过全球 电信服务，将在斯克里普斯进行 海洋学研究所。 罗盘的罗杰·鲍尔 系统公司和斯蒂芬·帕赞将开发近实时 在两个办事处复制编辑程序所需的软件 FNOC和SIO。第三是映射本身，使用客观 分析方法，以及编制和出版 地图 这些地图将每月在《海洋气候》上发表 诊断公告。

This is a three year program for the production of global, near-real time maps of subsurface thermal structure in the upper 500 m of the ocean. It requires three major tasks to be completed. The first task is the development in the Pacific, Indian, and Atlantic Oceans of the editing parameters based upon a cursory analysis of historical data and histograms of the temperature anomalies at 100 m depth intervals. The second task is the development of a near-real time editing procedure for each ocean, which necessitates knowledge of the histograms of temperature anomalies for use in an objective editing scheme; near-real time editing of the Navy data will be conducted at Fleet Numerical Oceanography Center (FNOC) under subcontract to Compass Systems, while editing of the civilian data, and other subsurface thermal structure data, delivered over the Global Telecommunications Service, will be conducted at Scripps Institution of Oceanography (SIO). Roger Bauer of Compass Systems and Stephen Pazan will develop the near-real time software required for duplicating the editing procedures at both FNOC and SIO. Third is the mapping itself, using objective analysis methodology, and the production and publication of the maps. These maps will be published monthly in the Ocean Climate Diagnostics Bulletin.