Sea Surface Temperature from satellite radiometers (3)

Slides:

Advertisements

Similar presentations

Scott's Winter Forecast ! How do I make a forecast?

Advertisements

Lisl Robertson, University of Cape Town, RSA with assistance from Stewart Bernard Christo Whittle GOOS AFRICA.

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

Regional and Coastal Circulation Modeling: California Current System Art Miller Scripps Institution of Oceanography ECOFOR Workshop Friday Harbor, WA September.

© Crown copyright 2007 A fully resolved stratosphere: Impact on seasonal forecasting Alberto Arribas Monthly-to-Decadal area, Met Office Hadley Centre.

Figure 1: Using GERB and SEVIRI data to evaluate the Met Office NWP model in near-real time; example SINERGEE comparisons for 8 th March 2006 at 1200 UTC.

Calibration Method of Microwave Tb for Retrieving Accurate SST Akira Shibata JAXA / EORC Advances of Satellite Oceanography at Vladivostok, Oct. 3-6, 2007.

Primary research figuresPrimary research figures These are some of the results from my primary research. percentages of people who like/dislike the show.

9-10 November 2011 Atmospheric Waves Workshop, ESTEC Atmospheric Waves Workshop Scott Osprey 1, Corwin Wright 2 Evidence of atmospheric gravity waves and.

RECENT CHANGES IN JULY- OCTOBER SEA ICE IN THE BEAUFORT SEA: Mike Brady University of Waterloo.

Upper ocean salinity stratification in the Tropics as derived from N 2 (the buoyancy frequency) Dr Christophe Maes Laboratoire de Physique des Océans -

Upper Ocean Processes in the Indian Ocean associated with the Madden-Julian Oscillation Toshiaki Shinoda (Texas A&M Univ., Corpus Christi), Weiqing Han.

Atmospheric general circulations

Large-scale Satellite Oceanography in Eastern Pacific Upwelling Regions Andrew Thomas University of Maine Recent manuscript collaborators: Jose Luis Blanco,

Discussion about two papers concerning the changing Arctic sea ice GEO6011Seminar in Geospatial Science and Applications Wentao Xia 11/19/2012.

Indian Ocean Warm Pool by Sindu Raj Parampil Centre for Atmospheric and Oceanic Sciences Indian Institute of Science Bangalore.

The Physical Basis of SST Measurements One (biased) look at progress Gary A. Wick NOAA ESRL/PSD October 29, 2013.

M.Vicomte (1),C. Claud (1), M. Rojo (1), P.-E. Mallet (1), T. Laffineur (2) (1)CNRS/IPSL/LMD, Palaiseau, France (UPMC) (2) ENM, Météo France, Toulouse,

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.

Characterizing and comparison of uncertainty in the AVHRR Pathfinder SST field, Versions 5 & 6 Robert Evans Guilllermo Podesta’ RSMAS Nov 8, 2010 with.

=(S,,0); 4=(S,,4000).

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

Uma S. Bhatt 1, I. Polyakov 2, R. Bekryaev 3 et al. 1. Geophysical Institute & 2. International Arctic Research Institute at Univ. Alaska, Fairbanks AK.

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

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

Climate Forecasting Unit Arctic Sea Ice Predictability and Prediction on Seasonal-to- Decadal Timescale Virginie Guemas, Edward Blanchard-Wrigglesworth,

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

Changes in the Seasonal Cycle of Sea Surface Salinity from Jim Reagan 1,2, Tim Boyer 2, John Antonov 2,3, Melissa Zweng 2 1 University of Maryland.

P. N. Vinayachandran Centre for Atmospheric and Oceanic Sciences (CAOS) Indian Institute of Science (IISc) Bangalore Summer.

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

Assimilating Retrievals of Sea Surface Temperature from VIIRS and AMSR2 Bruce Brasnett and Dorina Surcel Colan CMDE November 21, 2014 Brasnett, B. and.

TOPAZ the Arctic TEP and the Arctic GOOS L. Bertino, G. Evensen, K.A. Lisæter, I. Keghouche Arctic GOOS opening, Bergen, 12 th Sept

DMI-OI analysis in the Arctic DMI-OI processing scheme or Arctic Arctic bias correction method Arctic L4 Reanalysis Biases (AATSR – Pathfinder) Validation.

Clivar - Pune The Vasco-Cirene experiment J.Ph. Duvel J. Vialard and R. Molcard J.Ph. Duvel J. Vialard and R. Molcard LMD-ENS Paris, France LODYC, UPMC,

Cooling and Enhanced Sea Ice Production in the Ross Sea Josefino C. Comiso, NASA/GSFC, Code The Antarctic sea cover has been increasing at 2.0% per.

Dynamics of the sea surface temperature on a global scale using satellite measurements G. Vysotskaya (1,2), A. Shevyrnogov (1,3) (1) Institute of Biophysics.

1) Canadian Airborne and Microwave Radiometer and Snow Survey campaigns in Support of International Polar Year. 2) New sea ice algorithm Does not use a.

The Surface Currents An Introduction to the World’s Oceans Sverdrup et al. - Chapter Nine - 8th Ed.

Seasonal Change in the Upper Ocean (The Annual Cycle)

Mean 20 o C isotherm (unit: meter) The thermocline zone is sometimes characterized by the depth at which the temperature gradient is a maximum (the “thermocline.

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

Trends & Variability of Liquid Water Clouds from Eighteen Years of Microwave Satellite Data: Initial Results 6 July 2006 Chris O’Dell & Ralf Bennartz University.

Graduate Course: Advanced Remote Sensing Data Analysis and Application A COMPARISON OF LATENT HEAT FLUXES OVER GLOBAL OCEANS FOR FOUR FLUX PRODUCTS Shu-Hsien.

Typical Distributions of Water Characteristics in the Oceans.

ANTARCTIC CIRCUMPOLAR CURRENT David Grace. THE CURRENT Dominant Southern ocean current Largest ocean current “Mix Master” Keeps warm water out and cold.

Mixed Layer Ocean Model: Model Physics and Climate

Chelle L. Gentemann & Peter J. Minnett Introduction to the upper ocean thermal structure Diurnal models M-AERI data Examples of diurnal warming Conclusions.

Point Comparison in the Arctic (Barrow N, 156.6W ) Part I - Assessing Satellite (and surface) Capabilities for Determining Cloud Fraction, Cloud.

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

Impact of Blended MW-IR SST Analyses on NAVY Numerical Weather Prediction and Atmospheric Data Assimilation James Cummings, James Goerss, Nancy Baker Naval.

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

DP/CMS/R&D Medspiration Villefranche Nov Use of L2P data in the MERSEA analyses WP2.2 partners: H. Heiberg and S. Eastwood (Met.no), L.Santoleri(CNR),

Oceans & Seas. Where is the Pacific Ocean? Pacific Ocean.

Typical Distributions of Water Characteristics in the Oceans

Chelle L. Gentemann Peter J. Minnett Brian Ward Refinement of bulk model M-AERI data Observed diurnal warming Conclusions Profile of Ocean Surface Heating:

Diurnal Variability Working Group: GHRSST-10 Breakout Session Report Chris Merchant Gary Wick.

A comparison of AMSR-E and AATSR SST time-series A preliminary investigation into the effects of using cloud-cleared SST data as opposed to all-sky SST.

Towards the utilization of GHRSST data for improving estimates of the global ocean circulation Dimitris Menemenlis 1, Hong Zhang 1, Gael Forget 2, Patrick.

In order to accurately estimate polar air/sea fluxes, sea ice drift and then ocean circulation, global ocean models should make use of ice edge, sea ice.

Characterizing and comparison of uncertainty in the AVHRR Pathfinder Versions 5 & 6 SST field to various reference fields Robert Evans Guilllermo Podesta’

Validation in Arctic conditions Steinar Eastwood (met.no) David Poulter (NOCS) GHRSST9, Perros-Guirec OSI SAF METOP SST, days mean.

Michael Steele Polar Science Center / APL University of Washington Jan 14, 2009 AOMIP WHOI Mechanisms of Upper Ocean Warming in the Arctic and the Effect.

Diurnal Variability Analysis for GHRSST products Chris Merchant and DVWG.

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

LONG RANGE FORECAST SW MONSOON

LONG RANGE FORECAST SW MONSOON

Validation of Satellite-derived Lake Surface Temperatures

Diurnal warming in the Arctic Ocean: Observations at CMS

Variability of the Fresh water content in the Beaufort Gyre

Presentation transcript:

Sea Surface Temperature from satellite radiometers (3) Pierre Le Borgne Météo-France/DP/CMS, Lannion

Plan (1) Applications Diurnal warming (2) Ocean dynamics Other… Introduction Products SST retrieval methods Validation Saharan Dust Applications Diurnal warming Ocean dynamics Other… Conclusion (1) (2) (3) 14 December 2012 UBO Master course

Geostationary Polar orbiters Diurnal Warming Geostationary Polar orbiters

Buoy: 61854; lat 38.27; lon 6.30 Péré et al, Sept. 2011 14 December 2012 UBO Master course

62100 lat 42.10 lon 4.7 Péré et al, Sept. 2011 14 December 2012 UBO Master course

SEVIRI and drifting buoy DW (all amplitudes > 0.5K) Summer 2011 All daily cycles with SEVIRI or drifting buoy Daily DWmax> 0.5K 2011/08/03 Drifter: 61787 3 Hours 14 December 2012 UBO Master course

DW mysteries LeBorgne et al, 2012 14 December 2012 UBO Master course

Bellenger et al, Nov. 2011 14 December 2012 UBO Master course

Zone definition Med. N. Atl B C D A E F G H I N Subtrop. N. Indian Intertrop. Mozambique S. Subtrop. S. Indian S. Atl. 14 December 2012 UBO Master course

DW amplitudes per zone (Atl.) Med. N. Atl N. Subtrop. Atl. N/S symmetry Anomaly? Intertrop. Atl. S. Subtrop. Atl. S. Atl. 14 December 2012 UBO Master course

DW amplitudes per zone (Indian) Intertropical anomaly? N. Indian Not in the Moz. area Moz. Similar to subtropical Atlantic S. Indian 14 December 2012 UBO Master course

DW modelisation D. Ciani, 2012 14 December 2012 UBO Master course

DW modelisation 14 December 2012 UBO Master course

Polar orbiter DW VALIDATION?? 14 December 2012 UBO Master course

Structure analysis METOP AVHRR SST + ASCAT WIND 20080702-1210 14 December 2012 UBO Master course

ARCTIC: JULY 2008 Siberia Kara Beaufort South Barents Baltic Hudson Baffin South Barents Baltic Kara Monthly cumulated DW 14 December 2012 UBO Master course

ANTARCTIC: JANUARY 2010 Biscoe Atlantic Mc Kenzie Indian Pacific Ross Monthly cumulated DW 14 December 2012 UBO Master course

Typical cycle in the Mediterranean Sea (August 2010) En cours: morning time lag? DW Geographical distribution Metop LST 14 December 2012 UBO Master course

Diurnal warming: references Filipiak, M.J., C. J. Merchant, H. Kettle and P. Le Borgne (2010). A statistical model for sea surface diurnal warming driven by numerical weather prediction fluxes and winds Ocean Sci. Discuss., 7, 1497–1532, 2010 www.ocean-sci-discuss.net/7/1497/2010/doi:10.5194/osd-7-1497-2010 Gentemann, C. L., P. J. Minnett, P. Le Borgne, and C. J. Merchant (2008), Multi-satellite measurements of large diurnal warming events, Geophys. Res. Lett., 35, L22602, doi:10.1029/2008GL035730. Merchant, C. J., M. J. Filipiak, P. Le Borgne, H. Roquet, E. Autret, J.-F. Piolle, and S. Lavender (2008), Diurnal warm-layer events in the western Mediterranean and European shelf seas, Geophys. Res. Lett., 35, L04601, doi:10.1029/2007GL033071. Pierre Le Borgne, Gérard Legendre, Sonia Péré (2012), Comparison of MSG/SEVIRI and drifting buoy derived diurnal warming estimates, Remote Sensing of Environment, Volume 124, September 2012, Pages 622-626 Steinar Eastwood, Pierre Le Borgne, Sonia Péré, David Poulter, Diurnal variability in sea surface temperature in the Arctic Remote Sensing of Environment, 115, 10, 2594-2602 14 December 2012 UBO Master course