World Ocean Circulation : Algorithm Technical Baseline Document for ERAstar (v1.0)
The ERA* stress-equivalent wind (U10S) and stress vector product version 1.0 is a correction of the ECMWF Fifth Reanalysis (ERA5) output by means of geo-located scatterometer-ERA5 differences over a 3-day temporal window, in which the combined sampling of the Advanced Scatterometers on board the Metop satellite series (ASCAT-A, -B, and -C) and the SCATSat-1 scatterometer (OSCAT2) have been used, for the year 2019. ERA* can correct for local, persistent NWP model output errors associated with physical processes that are absent or misrepresented by the model, e.g., strong current effects (such as WBCS, highly stationary), wind effects associated with the ocean mesoscales (SST), coastal effects (land see breezes, katabatic winds), PBL parameterization errors, and large-scale circulation effects, e.g., at the ITCZ
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European Space Agency
2021
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Online Access: | http://hdl.handle.net/10261/257132 |
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dig-icm-es-10261-2571322023-01-26T10:09:19Z World Ocean Circulation : Algorithm Technical Baseline Document for ERAstar (v1.0) Portabella, Marcos Trindade, Ana Grieco, Giuseppe Makarova, Evgeniia The ERA* stress-equivalent wind (U10S) and stress vector product version 1.0 is a correction of the ECMWF Fifth Reanalysis (ERA5) output by means of geo-located scatterometer-ERA5 differences over a 3-day temporal window, in which the combined sampling of the Advanced Scatterometers on board the Metop satellite series (ASCAT-A, -B, and -C) and the SCATSat-1 scatterometer (OSCAT2) have been used, for the year 2019. ERA* can correct for local, persistent NWP model output errors associated with physical processes that are absent or misrepresented by the model, e.g., strong current effects (such as WBCS, highly stationary), wind effects associated with the ocean mesoscales (SST), coastal effects (land see breezes, katabatic winds), PBL parameterization errors, and large-scale circulation effects, e.g., at the ITCZ Peer reviewed 2021-12-29T08:57:37Z 2021-12-29T08:57:37Z 2021 informe técnico http://purl.org/coar/resource_type/c_18gh World Ocean Circulation : Algorithm Technical Baseline Document for ERAstar (v1.0) (2021) http://hdl.handle.net/10261/257132 en Sí none European Space Agency |
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The ERA* stress-equivalent wind (U10S) and stress vector product version 1.0 is a correction of the ECMWF Fifth Reanalysis (ERA5) output by means of geo-located scatterometer-ERA5 differences over a 3-day temporal window, in which the combined sampling of the Advanced Scatterometers on board the Metop satellite series (ASCAT-A, -B, and -C) and the SCATSat-1 scatterometer (OSCAT2) have been used, for the year 2019. ERA* can correct for local, persistent NWP model output errors associated with physical processes that are absent or misrepresented by the model, e.g., strong current effects (such as WBCS, highly stationary), wind effects associated with the ocean mesoscales (SST), coastal effects (land see breezes, katabatic winds), PBL parameterization errors, and large-scale circulation effects, e.g., at the ITCZ |
format |
informe técnico |
author |
Portabella, Marcos Trindade, Ana Grieco, Giuseppe Makarova, Evgeniia |
spellingShingle |
Portabella, Marcos Trindade, Ana Grieco, Giuseppe Makarova, Evgeniia World Ocean Circulation : Algorithm Technical Baseline Document for ERAstar (v1.0) |
author_facet |
Portabella, Marcos Trindade, Ana Grieco, Giuseppe Makarova, Evgeniia |
author_sort |
Portabella, Marcos |
title |
World Ocean Circulation : Algorithm Technical Baseline Document for ERAstar (v1.0) |
title_short |
World Ocean Circulation : Algorithm Technical Baseline Document for ERAstar (v1.0) |
title_full |
World Ocean Circulation : Algorithm Technical Baseline Document for ERAstar (v1.0) |
title_fullStr |
World Ocean Circulation : Algorithm Technical Baseline Document for ERAstar (v1.0) |
title_full_unstemmed |
World Ocean Circulation : Algorithm Technical Baseline Document for ERAstar (v1.0) |
title_sort |
world ocean circulation : algorithm technical baseline document for erastar (v1.0) |
publisher |
European Space Agency |
publishDate |
2021 |
url |
http://hdl.handle.net/10261/257132 |
work_keys_str_mv |
AT portabellamarcos worldoceancirculationalgorithmtechnicalbaselinedocumentforerastarv10 AT trindadeana worldoceancirculationalgorithmtechnicalbaselinedocumentforerastarv10 AT griecogiuseppe worldoceancirculationalgorithmtechnicalbaselinedocumentforerastarv10 AT makarovaevgeniia worldoceancirculationalgorithmtechnicalbaselinedocumentforerastarv10 |
_version_ |
1777667611318812672 |