ERA5 deterministic? ensemble included?
System
| System name (version) | ERA5 |
| Date of implementation |
Configuration
| Earth system components included in the analysis system (e.g., ocean, sea-ice, land, etc.) | |
| Horizontal resolution of the model, with indication of grid spacing in km (for the different Earth system component included in the model) | TCo639, 31 km atmosphere |
| Number of levels in the different Earth system components (for the different Earth system component included in the model) | |
| Frequency of the outputs | 1-hourly |
| Top of the atmospheric model | |
| Number of analysis cycle per day | |
| Earliest start date | |
| Integration time step | |
| Length and frequency of the longest forecast | |
| Dataset latency | ERA5T 5 days behind real time |
Additional comments:
Analysis system
| Data assimilation method | 4D-Var |
| Length of the analysis window | |
| Number of ensemble members and their resolution |
Additional comments:
Externally prescribed boundary conditions
Note: Briefly describe boundary conditions (if used) and their source:
| Sea surface temperature | |
| Sea-ice | |
| Snow | |
| Vegetation | |
| Land use (and its evolution in time) | |
| Aerosols | |
| Green House Gases | |
| Solar forcing |
Additional comments:
Details of model
| Dynamical core (e.g., semi-Lagrangian) | |
| Grid structure | |
| Hydrostatic or nonhydrostatic | |
| Radiations parameterization | |
| Boundary layer parameterization | |
| Convection parameterization | |
| Cloud parameterization | |
| Land surface parameterization |
Other relevant details:
Further information
| Operational contact point | |
| URL of the technical note/ reference paper | |
| URL for list of products |
Observational data used
| URL with the list of observational data used in the reanalysis | |
| DOI of data product if available |
Other sources for data access, if available