A dual assimilation system for satellite altimetry
A dual assimilation system for satellite altimetry
复制标题
DOI：
--
复制
发表时间：
2000-11
期刊：
影响因子：
--
通讯作者：
I. Fukumori;T. Lee;D. Menemnlis;L. Fu;B. Cheng;B. Tang;Z. Xing;R. Giering
中科院分区：
文献类型：
--
作者：
I. Fukumori;T. Lee;D. Menemnlis;L. Fu;B. Cheng;B. Tang;Z. Xing;R. Giering
月（1 = 1996年1月）Ta TaA TaE TaZ卫星测高的双重同化系统I. Jumori，T.Lee，D.Menemenlis，L.Fu，B.Cheng，B.Tang，Z.Xing，M.中村（JPL）和R.Giering（FastOpt）摘要在实施一个互补的双重数据同化系统以估计随时间演变的海洋环流方面取得了进展。该系统由一个“细胞”卡尔曼滤波器，提供误差估计和常规分析的手段，和伴随方法，用于参数估计和严格的再分析。该模式基于MIT GCM，具有相当高的分辨率（Mz = 10 m，My =1/3°; 360×224×46）和高级混合方案（GM & KPP）。TOPEX/POSEIDON资料与Levitus气候学和NCEP通量估计一起同化。
month (1 = Jan 1996) Ta TaA TaE TaZ A Dual Assimilation System for Satellite Altimetry I.Fukumori, T.Lee, D.Menemenlis, L.Fu, B.Cheng, B.Tang, Z.Xing, M.Nakamura (JPL) and R.Giering (FastOpt) ABSTRACT Progress has been made in implementing a complimentary, dual data assimilation system for estimating the time−evolving ocean circulation. The system consists of a "cellular" Kalman filter that provides error estimates and a means for routine analyses, and the adjoint method that is used for parameter estimation and rigorous reanalyses. The model is based on the MIT GCM and is global with a reasonably high resolution (∆z=10m, ∆y=1/3°; 360×224×46) and advanced mixing schemes (GM & KPP). TOPEX/POSEIDON data are assimilated together with Levitus climatology and NCEP flux estimates.