The GHRSST_PP ALADIN DW data base Emmanuelle Autret, Mark Fillipiak, Pierre LeBorgne, Hervé Roquet*** Ifremer, Brest; Univ. of Edinburgh; M-F/CMS,

Slides:

Advertisements

Similar presentations

Sea Surface Temperature from satellite radiometers (3)

Advertisements

New L2P and L3 at MF/CMS P.LeBorgne, F.Orain, A.Marsouin, H.Roquet MF/DP/CMS, Lannion.

L4 SST analysis of Diurnal cycle J. Tournadre, J.F. Piollé, E. Autret IFREMER, Laboratoire d’Océanographie Spatiale.

This is a template, please replace this with your data This file is at a 4 x 3 resolution This file has a 10 slides On the first slide of your presentation.

1 st Joint GOSUD/SAMOS Workshop The Florida State University 1 Sensitivity of Surface Turbulent Fluxes to Observational Errors  or.

Assimilating SST and Ocean Colour into ocean forecasting models Rosa Barciela, NCOF, Met Office

Simulation based METOP-A/AVHRR SST algorithms Sonia Péré, Hervé Roquet, Pierre LeBorgne Centre de Météorologie Spatiale, Météo-France, Lannion, France.

CM SAF Event Week HOAPS Thematic Climate Data Records Karsten Fennig, Axel Andersson, Marc Schröder Satellite Application Facility.

Geostationary Lightning Mapper (GLM) 1 Near uniform spatial resolution of approximately 10 km. Coverage up to 52 deg latitude % flash detection day.

November 9, 2010 Diurnal Warming and Associated Uncertainties Gary A. Wick NOAA ESRL/PSD New Chair, GHRSST DVWG.

A Sensitivity Analysis on Remote Sensing ET Algorithm— Remote Evapotranspiration Calculation (RET) Junming Wang, Ted. Sammis, Luke Simmons, David Miller,

DataSet Arrengement & Management Something which I learnt from my experience of GAME-T Data Management AGATA, Yasushi Univ. of Tokyo, Japan ( )

Center for Satellite Applications and Research (STAR) Review 09 – 11 March 2010 NOAA Operational Geostationary Sea Surface Temperature Products from NOAA.

Improved NCEP SST Analysis

MERIS-(A)ATSR workshop, ESRIN – 28th September 2005 MEDSPIRATION A European Contribution to the GODAE/GHRSST-PP JF Piollé (IFREMER), Ian Robinson (SOC),

Coupled Data Assimilation Keith Haines: NCEO Work Meeting Feb19th 2013 Aim: To establish coupled Atmosphere-Ocean assimilation system at ECMWF and demonstrate.

John Janowiak Climate Prediction Center/NCEP/NWS Jianyin Liang China Meteorological Agency Pingping Xie Climate Prediction Center/NCEP/NWS Robert Joyce.

MERSEA Remote – Sensing Ocean Portal Brest Nov 2005 WP2.6 - DIP2 Project Status < Observing Systems < Remote Sensing.

Assessment of one year of Medspiration L4 fields J. Tournadre, J.F. Piollé and E. Autret.

ECMWF Summer Seminars September Task 3: Management Activities Orial Kryeziu recruited started June 18 th September coupled DA workshop Chris Old.

Link Building PV project By: Culver Matt Labaume Natasha Narnio Guillaume Roux Arnaud Stanton Andrew Thompson Matt Troyano Joana ENS Renewable.

Séverine Fournier, Nicolas Reul, Bertrand Chapron Laboratoire Océanographie Spatiale, IFREMER Joe Salisbury, Doug Vandemark University of New Hampshire,

Dataset Development within the Surface Processes Group David I. Berry and Elizabeth C. Kent.

Real time Arctic SST retrieval from satellite IR data issues and solutions(?) Pierre Le Borgne, Gérard Legendre, Anne Marsouin, Sonia Péré, Hervé Roquet.

AN ENHANCED SST COMPOSITE FOR WEATHER FORECASTING AND REGIONAL CLIMATE STUDIES Gary Jedlovec 1, Jorge Vazquez 2, and Ed Armstrong 2 1NASA/MSFC Earth Science.

Advanced Baseline Imager (ABI) will be flown on the next generation of NOAA Geostationary Operational Environmental Satellite (GOES)-R platform. The sensor.

Soil moisture generation at ECMWF Gisela Seuffert and Pedro Viterbo European Centre for Medium Range Weather Forecasts ELDAS Interim Data Co-ordination.

Application of in situ Observations to Current Satellite-Derived Sea Surface Temperature Products Gary A. Wick NOAA Earth System Research Laboratory With.

How well can we model air pollution meteorology in the Houston area? Wayne Angevine CIRES / NOAA ESRL Mark Zagar Met. Office of Slovenia Jerome Brioude,

OSI-SAF VIIRS SST Pierre Le Borgne, Gérard Legendre, Anne Marsouin, Sonia Péré, Hervé Roquet Centre de Météorologie Spatiale, Météo-France, Lannion, France.

Air-sea fluxes over the ITHACA region Grbec, B. and Matić, F. Institute of oceanography and fisheries - Split.

Objective Evaluation of the Meso-NH Simulations during Hibiscus-Troccinox-Troccibras I.Forecasts for the TROCCINOX campaign II.Three case studies: 13 Feb,

GIST 21 st, Boulder The Surface Radiation Budget within the Satellite Application Facility on Climate Monitoring (CM-SAF) Rainer Hollmann.

The HR-DDS for NCOF David J. S. Poulter, National Oceanography Centre, UK Ian S. Robinson, National Oceanography Centre, UK Craig Donlon, ESA/ESTEC, The.

The Infrastructure, Design and Applications of Observing System Simulation Experiments at NASA's Global Modeling and Assimilation Office By Ronald M. Errico.

Ocean Surface heat fluxes

ALADIN Workshop 2004, Innsbruck 1 Subjective evaluation of different versions of ALADIN/HU Helga Tóth, HMS.

American Wind Energy Association Wind in The Portfolio Mike Jacobs American Wind Energy Association Managing Your Energy Portfolio in a Greener World January.

V6.6 June 08 1 SPSRB Decision Brief on Declaring “Full-Disk GOES Surface and Insolation Products” Operational Presenter: Hanjun Ding (OSDPD) IPT Lead:

AQUA AMSR-E MODIS POES AVHRR TRMM TMI ENVISAT AATSR GOES Imager Multi-sensor Improved SST (MISST) for GODAE Part I: Chelle Gentemann, Gary Wick Part II:

Ocean Dynamics Algorithm GOES-R AWG Eileen Maturi, NOAA/NESDIS/STAR/SOCD, Igor Appel, STAR/IMSG, Andy Harris, CICS, Univ of Maryland AMS 92 nd Annual Meeting,

Retrieval Algorithms The derivations for each satellite consist of two steps: 1) cloud detection using a Bayesian Probabilistic Cloud Mask; and 2) application.

Introduction to Sensors and Calibration Factors. Choosing a suitable recording range on a data logger Logger will have several range options: e.g. -10.

Infrared and Microwave Remote Sensing of Sea Surface Temperature Gary A. Wick NOAA Environmental Technology Laboratory January 14, 2004.

Evaluation of Satellite-Derived Air-Sea Flux Products Using Dropsonde Data Gary A. Wick 1 and Darren L. Jackson 2 1 NOAA ESRL, Physical Sciences Division.

The GODAE High Resolution SST Project as an NDE Customer Presented By Ken Casey (NESDIS/NODC)

Forecasting smoke and dust using HYSPLIT. Experimental testing phase began March 28, 2006 Run daily at NCEP using the 6Z cycle to produce a 24- hr analysis.

BLUElink> Regional High-Resolution SST Analysis System – Verification and Inter-Comparison Helen Beggs Ocean & Marine Forecasting Group, BMRC, Bureau of.

GHRSST-PP METRICS G. Corlett and I. Barton Friday 13 th June, 0900.

Monitoring and using the SST in Météo France Hervé ROQUET, DP/CMS, Lannion Pascale DELECLUSE, DAP/CNRM, Paris.

Use of high resolution global SST data in operational analysis and assimilation systems at the UK Met Office. Matt Martin, John Stark,

GDS-2.0 Breakout Session Craig Donlon GHRSST-PO Presented at the GHRSST IX Workshop, Perros Guirrec, France, 9-13 th June 2008.

9th June 2008 GHRSST-9, Perros-Guirec SST framework at European level Medspiration, Marine Core Services & SAF O&SI Status and products Jean-François Piollé.

Information on a potential CEOS Sea Surface Temperature Virtual Constellation (SST-VC) Craig Donlon (ESA) Kenneth S. Casey (NOAA) CEOS Plenary, Rio De.

METOP/AVHRR processing chain at MF/CMS G. Legendre, A. Marsouin, P. Le Borgne,

The Activities of NASA SST meeting Seattle 9 th Nov 2010 Andrea Kaiser-Weiss GHRSST Project Officer, based at NCEO, University of Reading, UK since August.

New HR-DDS User Services David J. S. Poulter, National Oceanography Centre, UK

GDS-2.0 Breakout C Donlon & C. Gentemann GHRSST-X, Santa Rosa, Ca. USA, 1-5 th June 2009.

New Australian High Resolution AVHRR SST Products from the Integrated Marine Observing System Presented at the GHRSST Users Symposium, Santa Rosa, USA,

Diurnal Variability Analysis for GHRSST products Chris Merchant and DVWG.

Summary of the GHRSST Joint Workshop Melbourne discussion on the Argo near- surface temperature measurements Andrea Kaiser-Weiss, Gary Wick, Carol-Anne.

GHRSST interest in upgraded drifters - Summary from the GHRSST Joint Workshop Melbourne Andrea Kaiser-Weiss, Gary Corlett, Chris Merchant, Piere LeBorgne,

Common model format Robin Hogan and Andrew Openshaw University of Reading.

GHRSST 10: Report from Diurnal Variability Working Group Report on activities of the Diurnal Variability Working Group Chris Merchant University of Edinburgh.

L2P and L3 SST data produced by EUMETSAT/OSI SAF and EC/MyOcean

CMA Working Papers for CGMS-42

Nader Samaan Xinda Ke Pacific Northwest National Laboratory (PNNL)

Diurnal warming in the Arctic Ocean: Observations at CMS

Nader Samaan Xinda Ke Pacific Northwest National Laboratory (PNNL)

Comeaux and Worley, NSF/NCAR/SCD

Presentation transcript:

The GHRSST_PP ALADIN DW data base Emmanuelle Autret*, Mark Fillipiak**, Pierre LeBorgne***, Hervé Roquet*** *Ifremer, Brest; **Univ. of Edinburgh; ***M-F/CMS, Lannion Presented at the 8th GHRSST meeting, Melbourne, Australia, May 2007

Foreword  The ALADIN model outputs available in this database have been provided by Météo-France on request of the Director of the GHRSST-PP Projret Office (Craig Donlon) and are restricted to research activities within the GHRSST-PP.  Database available though: ftp://ftp.ifremer.fr/ifremer/cersat/projects/ghrsst-dvwg/aladin-dw/

Data base content overview  Coverage 35N-55N; 11W_17E, 0.1° resolution  Daily files from the 1st April till the 30th September 2006  lat,lon  landmask, analyzed_sst) HOURLY VARIABLES:  ALADIN outputs (U_wind, V_wind, net_ssi, net_dli, latent_heat, sensible_heat)  ECMWF* outputs (as above)  mw wind (speed, time, origin)  dt_analysis (DT, error)  reference SST  MSG derived radiative fluxes (ssi, dli)  MSG derived Saharan Dust Index (sdi) *ECMWF fluxes at 6, 12, 18 and 24 only

Data base content Analyzed SST Contact:

Data base content ALADIN outputs Contact: *ECMWF fluxes at 6, 12, 18 and 24 only

Data base content ECMWF outputs Contact:

Data base content Microwave winds Contact:

Data base content DT_Analysis Error= [error_analysis 2 + error_SST 2 ] 1/2 2: , : , : , : 0.035, Contact:

Data base content reference_SST Contact:

Data base content radiative fluxes WARNING: radiative fluxes are 30 minutes apart from SST Data Ex: time=1 correspond to SSI approximate time of 0030 UTC… (over the Med. About 5 mns before nominal time) Contact:

Data base content Saharan Dust Index Contact:

SST VALIDATION :

SST VALIDATION : Inter comparison 2006

SST VALIDATION : Inter comparison 2005

SSI VALIDATION :

DLI VALIDATION :

Impact of Resolution full 24 hrs cycles DT > 0.5, 10UTC < tpeak<19UTC DT_peak=f(SSI,wind) 900<SSI<1000 w/m2, 0<U<2 m/s (Autret & LeBorgne, Key Largo) ? Max DT Mean DT and St. Dev.

2: , : , : , : 0.068, Also available through ftp://ftp.ifremer.fr/ifremer/cersat/projects/ghrsst-dvwg/aladin-dw/

Related OSI-SAF databases - Sst1h: 0.05 degree resolution, hourly. Please consider bad (=2) data by day! - Flx1h: SSI and DLI 0.1 degree resolution, hourly Available under ftp://ftp.ifremer.fr/ifremer/cersat/products/gridded/experimental-cms ftp://ftp.ifremer.fr/ifremer/cersat/products/gridded/experimental-cms - NETCDF - GOES-E from June MSG from June Net radiative flux at the air/sea interface : 0.1 degree resolution, daily - SST foundation analysis: 0.1 degree resolution, daily Available under ftp://ftp.ifremer.fr/ifremer/cms ftp://ftp.ifremer.fr/ifremer/cms - NETCDF - from January 2003