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ECMWF/GLASS Workshop - Presentations |
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Presentations
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Monday 9 November |
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| Erland Källén (ECMWF) | Welcome and Opening | |
SESSION 1: LAND SURFACE MODELLING AND APPLICATIONS |
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| Gianpaolo Balsamo (ECMWF) | Land surface modelling in NWP at ECMWF |
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| Philippe Peylin and Philippe Ciais (LSCE, France) | Land carbon and vegetation models at LSCE | |
| Aaron Boone (Météo-France) | The ALMIP experience: implications for land - atmosphere coupled systems | |
| Richard Essery (Univ Edinburgh) | The SNOW-MIP2 experience: implications for NWP snow schemes | |
| Florian Pappenberger (ECMWF) | River rooting models to support NWP verification |
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| David Gochis (NCAR) | The role of terrestrial routing processes and shallow groundwater in land-atmosphere coupling | |
| Sue Grimmond (King’s College) | The PILPS-Urban experience: implications for introducing a urban tile in NWP models | |
| Martin Best (MetOffice) | Land surface models benchmarking: offline validation and verification in NWP | |
SESSION 2: LAND SURFACE DATA ASSIMILATION |
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| Patricia de Rosnay (ECMWF) | Advances in land data assimilation at ECMWF |
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| Jean-François Mahfouf (Météo-France) | Advances in land data assimilation at Météo-France | |
| Andrew Slater (NSIDC) | Snow data assimilation system with Kalman filtering | |
Tuesday 10 November |
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| Rolf Reichle (NASA) | Advances in land data assimilation at NASA |
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| Stéphane Bélair (CMC) | Advances in land data assimilation at Environment Canada | |
| Souhail Boussetta (ECMWF) and Toshio Koike (U Tokyo): | Development of LDAS Coupled with Atmospheric Models by CEOP | |
SESSION 3: OBSERVATIONS FOR TERRESTRIAL SURFACES |
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| Matthias Drusch and Mark Drinkwater (ESA) | ESA’s Living Planet Programme and Earth Explorer 7 Candidates | |
| Pedro Viterbo (IM) | Land surface observations: requirements for operational NWP in data assimilation and verification | |
| Matthias Drusch (ESA) | Satellite data products suitable for land surface analyses | |
| Yann Kerr (CESBIO) | The SMOS satellite mission |
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| Debbie Clifford (NCEO/U Reading) | Snow products for assimilation and verification |
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| Carlos Jimenez (LERMA) and Catherine Prigent (LSCE) | The LANDFLUX project | |
| Nuno Carvalhais and Markus Reichstein (MPI-BGC Jena) | Use of eddy covariance data from FLUXNET for parameter estimation and model evaluation | |
Wednesday 11 November |
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SESSION 4: CONTRIBUTION OF LAND SURFACE TO PREDICTABILITY |
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| Antje Weisheimer (ECMWF) | The contribution of the land surface to predictability in the ECMWF seasonal prediction system: The European summer 2003 case | |
| Randy Koster (GSFC) | The GLACE-2 experiment |
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| Bart van den Hurk (KNMI) | The EC-Earth modelling challenges |
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| Eric Jäger and Sonia Seneviratne (ETH) | Land surface predictability in Europe: Extremes and trends | |
| Hervé Douville (Météo-France) | Importance of snow initial condition in seasonal forecasting | |
| Yvan Orsolini (NILU) | Impact of snow cover on the Northern Hemisphere winter circulation | |
Thursday 12 November |
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| Working groups | WG1: Modelling | |
| WG2: Data Assimilation | ||
| WG3: Observations and Verification | ||
| WG4: Predictability | ||
Poster session I: Modelling |
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Eleanor Blyth (CEH): Benchmarking the JULES model for assessment of performance at the global scale |
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Marie Boisserie (FSU): Impact of the FSU/COAPS Soil Moisture Initialization to Subseasonal Forecast Skill |
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Imtiaz Dharssi (MetOffice): New soil physical properties implemented in the Unified Model |
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Emmanuel Dutra (Univ Lisbon): Snow modelling in EC-EARTH |
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Michael Ek (NCEP/EMC): Land-Hydrology Modeling at NCEP |
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Young-Hee Lee (KNU Korea): The improvement of phenology module for summer green tree in CLM3.5-DGVM using MODIS LAI |
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Aude Lemonsu (Météo-France): TEB - an urban canopy model for meteorological applications and weather forecasting |
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Nicola Loglisci (ARPA): Soil freezing in a SVAT |
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Gabriel Rooney (MetOffice): Coupling the lake model FLAKE to CLM |
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Anne Verhoef (Univ Reading): Land surface - atmosphere coupling strength in GCMs: the impact of soil physics |
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Jean-Luc Widlowsky (JRC): Radiative transfer model intercomparsion for PILPS |
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Poster session II – Data Assimilation and Systems |
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Filipe Aires (CNRS/IPSL): A global analysis of the soil moisture using model, multi-spectral satellite data, and in situ observations |
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Rasmus Houborg (NASA GSFC): The Global Land Data Assimilation System |
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Carlos Jimenez (LSCE): A comparison of land surface temperatures to observations |
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Sujay Kumar (NASA GSFC): Use of inverse modeling and posterior inference tools for land surface modeling and data assimilation within the NASA Land Information System (LIS) |
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Joaquín Muñoz Sabater (ECMWF): ECMWF contribution to SMOS |
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Catherine Ottlé and C. Bacour (LSCE): Coupled assimilation of in situ flux measurements and satellite FAPAR time series within the Orchidee biosphere model: constraints and potentials |
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Sam Pullen (Met Office): Using satellite-derived snow cover data to implement a snow analysis in the Met Office global NWP model |
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Marc Ridler (U Copenhagen): Data Assimilation in a soil-vegetation-atmosphere transfer model using a filtering framework |
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Joe Santanello (NASA GSFC): Land-atmosphere coupling studies using the LIS-WRF system |
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Linying Tong and Stephane Belair (Environment Canada): Vancouver 2010 Winter Olympics Land Surface Forecast System |
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Poster session III – Predictability and carbon |
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Jean-Christophe Calvet (CNRM): Monitoring soil and vegetation fluxes of carbon and water at the global scale: the land carbon core information service of geoland2 |
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Sébastien Lafont (CNRM): A 13-y high-resolution climatology of biophysical variables over France with the ISBA-A-gs model |
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Ryan Teuling (ETH): Brightening and Dimming? |
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Bart van den Hurk (KNMI): GLACE2 analyses for Europe |
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| 09.12.2009 |
| © ECMWF |