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- HYCOM
HYCOM Consortium does not warrant or suggest that this data is fit for any particular purpose Further, neither COAPS nor HYCOM consortium guarantees availability, service updates, or timely data delivery
- HYCOM Overview
The freedom to adjust the vertical spacing of coordinate surfaces in HYCOM will simplify the numerical implementation of some physical processes (mixed layer detrainment, convective adjustment, sea ice modeling, ) without robbing the model of the basic and numerically efficient layer architecture that is characteristic of layered models
- Data Server - HYCOM
HYCOM org provides access to near real time global HYCOM + NCODA based ocean prediction system output The ocean prediction system runs daily at the Navy DoD Supercomputing Resource Center
- HYCOM + NCODA Global 1 12° Analysis
HYbrid Coordinate Ocean Model
- Ocean Prediction Systems - HYCOM
HYbrid Coordinate Ocean Model
- Hybrid Coordinate Ocean Model (HYCOM)
The HYCOM user has control over setting up the model domain, generating the forcing fields, and ingesting either the climatology or output fields from other model simulations to use for boundary and interior relaxation The model is fully parallelized and designed to be portable among all UNIX-based systems
- GOFS 3. 1: 41-layer HYCOM + NCODA Global 1 12° Reanalysis
HYCOM's hybrid grid generator formed unrealistic warm and too saline water, although with the proper density, that pooled in the deep Trench This led to occasional instabilities that were manifested over the entire depth of the water column
- GOFS 3. 1: 41-layer HYCOM + NCODA Global 1 12° Analysis
What are the major differences between GOFS 3 1 GOFS 3 0? System Description This dataset is created at NRL and provided "as is" Surface forcing is from NAVGEM How It's Generated: NRL interpolates the archive files from GLBb0 08 to GLBy0 08 (GLBv0 08 Discontinued on 2020-Feb-18), using isubaregion Note that this now reads in a “gmap” file that defines the mapping between the two grids
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