Low level wind forecast over the Uruguay River region nearby Gualeguaychú, using a boundary layer model forced by WRF regional operational forecasts

The mesoscale atmospheric boundary layer model –BLM- is used to run daily low level wind field forecasts over the Uruguay River region nearby Gualeguaychú. BLM runs with a horizontal resolution of 1 km, forced by initial and boundary conditions defined from the operational WRF forecasts of the Natio...

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Autores principales: Salles, M. A., Berri, Guillermo Jorge, Cariaga, M. L.
Formato: Objeto de conferencia Resumen
Lenguaje:Español
Publicado: 2017
Materias:
Geofísica
Geología
boundary layer model coupling
low level wind
forecast validation
Acceso en línea:http://sedici.unlp.edu.ar/handle/10915/60938
Aporte de:
SEDICI (UNLP) de Universidad Nacional de La Plata
id I19-R120-10915-60938
record_format dspace
institution Universidad Nacional de La Plata
institution_str I-19
repository_str R-120
collection SEDICI (UNLP)
language Español
topic Geofísica
Geología
boundary layer model coupling
low level wind
forecast validation
spellingShingle Geofísica
Geología
boundary layer model coupling
low level wind
forecast validation
Salles, M. A.
Berri, Guillermo Jorge
Cariaga, M. L.
Low level wind forecast over the Uruguay River region nearby Gualeguaychú, using a boundary layer model forced by WRF regional operational forecasts
topic_facet Geofísica
Geología
boundary layer model coupling
low level wind
forecast validation
description The mesoscale atmospheric boundary layer model –BLM- is used to run daily low level wind field forecasts over the Uruguay River region nearby Gualeguaychú. BLM runs with a horizontal resolution of 1 km, forced by initial and boundary conditions defined from the operational WRF forecasts of the National Meteorological Service of Argentina at 5 km resolution. The low level wind forecast is validated with the observations of three 42-meter tall meteorological towers located on the coast of the Uruguay River, during the period June 2010 to May 2013. Despite the WRF forecast errors propagate and impact somehow the quality of the final forecast, BLM is able to overcome this situation and produce a forecast with smaller error than WRF at two of the three places.
format Objeto de conferencia
Resumen
author Salles, M. A.
Berri, Guillermo Jorge
Cariaga, M. L.
author_facet Salles, M. A.
Berri, Guillermo Jorge
Cariaga, M. L.
author_sort Salles, M. A.
title Low level wind forecast over the Uruguay River region nearby Gualeguaychú, using a boundary layer model forced by WRF regional operational forecasts
title_short Low level wind forecast over the Uruguay River region nearby Gualeguaychú, using a boundary layer model forced by WRF regional operational forecasts
title_full Low level wind forecast over the Uruguay River region nearby Gualeguaychú, using a boundary layer model forced by WRF regional operational forecasts
title_fullStr Low level wind forecast over the Uruguay River region nearby Gualeguaychú, using a boundary layer model forced by WRF regional operational forecasts
title_full_unstemmed Low level wind forecast over the Uruguay River region nearby Gualeguaychú, using a boundary layer model forced by WRF regional operational forecasts
title_sort low level wind forecast over the uruguay river region nearby gualeguaychú, using a boundary layer model forced by wrf regional operational forecasts
publishDate 2017
url http://sedici.unlp.edu.ar/handle/10915/60938
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AT berriguillermojorge lowlevelwindforecastovertheuruguayriverregionnearbygualeguaychuusingaboundarylayermodelforcedbywrfregionaloperationalforecasts
AT cariagaml lowlevelwindforecastovertheuruguayriverregionnearbygualeguaychuusingaboundarylayermodelforcedbywrfregionaloperationalforecasts
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