EARLINET Correlative Measurements for CALIPSO: First Comparisons Pappalardo, G.1;
Bösenberg, J.2; Müller, D.3; Ansmann, A.3;
Linnè, H.2; Mona, L.1; Amodeo, A.1;
Apituley, A.4; Chaikovsky, A.5; De Tomasi, F.6;
Freudenthaler, V.7; Giannakaki, E.8; Grigorov, I.9;
Iarlori, M.10; Mamouri, R.11; Mattis, I.3;
Mitev, V.12; Guerrero-Rascado, J. L.13; Sicard, M.14;
Spinelli, N.15; Wandinger, U.3 1CNR-IMAA; 2Max-Planck-Institut für Meteorologie; 3Institut
für Troposphärenforschung; 4Rijksinstituut voor Volksgezondheid
en Milieu; 5Institute of Physics, National Academy of Sciences of
Belarus; 6Università di Lecce; 7Meteorological
Institute, University of Munich; 8Laboratory of Atmospheric
Physics, Aristotle University of Thessaloniki; 9Institute of
Electronics, Bulgarian Academy of Sciences; 10Università degli
Studi dell’Aquila; 11National Technical University of Athens;
12Observatoire Cantonal de Neuchâtel; 13Andalusian Center
for Environmental Studies, University of Granada; 14Universitat
Politècnica de Catalunya; 15Consorzio Nazionale
Interuniversitario per le Scienze Fisiche della Materia
Improvement of Angular Dependence Models for the Broadband Radiometer
Onboard the ESA EarthCARE Mission Lopez-Baeza, E.1;
Barker, H.W.2; Berger, F.H.3; Viollier, M.4;
Bouvet, M.5; Capderou, M.4; Domenech, C.1;
Donovan, D.6; Lorenz, A.7; Raberanto, P.4;
Velazquez, A.1 1University of Valencia / Climatology from Satellites Group; 2Meteorological
Service of Canada / Cloud Physics Research Division; 3Technische
Universität Dresden. IHM-Meteorology / German Meteorological Service.
Meteorological Observatory Lindenberg; 4Laboratoire de
Meteorologie Dynamique. Ecole Polytechnique; 5European Space
Agency (ESA/ESTEC) / Wave Interaction & Propagation Section; 6Royal
Netherlands Meteorological
Institute / Climate Research and Seismology Department / Atmospheric
Research Division; 7Technische Universität Dresden. IHM-Meteorology
Final Discussion & Preliminary Workshop
Conclusions
17:45
Bus Departure to
Noordwijk Hotels
Poster Presentations
Dedicated poster sessions will take place on Monday and Tuesday. Posters may
remain on display until the end of the workshop. Please post your poster under
the respective session letter (A, B.1, B.2, B.3, B.4, B.5, C) indicated on the
poster boards.
Posters A – The
EarthCARE Mission
Validation of Future EarthCARE
Products
Berger, F.; Engelbart, D.; Görsdorf, U.; Güldner, J.; Reichardt, J.; Behrens, K.
German Meteorological Service
Phillips, P L; Schlüssel, P; Accadia, C J; Munro, R;
Banfi, S
EUMETSAT
Validation Strategies for Space-based
Radar Observations with CESAR Observatory
Russchenberg, H.
Delft University of Technology
HALO with Lidar and Radar as Potential EarthCARE Airborne Simulator
Schumann, U.; Ehret, G.; Hagen, M.; Mayer, B.; Ziereis, H.
Deutsches Zentrum für Luft- und Raumfahrt, Institut für Physik der Atmosphäre
Ground-base Cloud Observations by
W-band Cloud Radar (SPIDER)
Ohno, Y.; Horie, H.; Kumagai, H.
NICT
The Search for Natural Calibration
Sites for EarthCARE's Cloud Profiling Radar
Berry, Ph.1; Bramer, S.1; Testud, J.2; Bouniol,
D.3, Rommen, B.4 1De Montfort University; 2Novimet; 3CETP /
Meteo France , 4ESA-ESTEC
Use of Radar Data to Generate an Ice
Cloud Database for Retrievals from Sub-mm Emission Spectra
Rydberg, B.1; Eriksson, P.1; Buehler, S. A.2 1Chalmers University of Technology, Dept. of Radio and Space Sci.;
2Lulea Technical University, Dept. of Space Sci.
Posters B.2 – Active Techniques for Cloud and Aerosol
Observations – Lidar
6 Years of Systematic Raman Lidar Measurements at CNR-IMAA, Potenza, Italy
Mona, L.; Amodeo, A.; Cornacchia, C.; D'Amico, G.; Madonna, F.; Pappalardo, G.
Istituto di Metodologie per l'Analisi Ambientale CNR-IMAA
Aerosol Optical Properties Obtained from Troposheric Lidar and Sun Photometer
Measurements in 2005 and 2006 at Alomar (69°N, 16°E)
Stebel, K.1; Frioud, M.2; Myhre, C. L.3;
Hansen, G.1; Gausa, M.2; Mogo, S.2; Rodriquez,
E.3; de Frutos, A.3; Cachorro, V.3;
Kristjansson, J. E.4 1Norwegian Institute for Air Research; 2ALOMAR; 3GOA
Group of Atmospheric Optics; 4Department of Geosciences, University
of Oslo
Posters B.3 – Satellite Imagery for Cloud and Aerosol
Observations
Comparison of Microwave and Optical
Cloud Water Path Estimates from TMI, MODIS, and MISR
Horvath, A.1, Davies, R.2 1Rosenstiel School of Marine and Atmospheric Science, 2University
of Auckland,
Comparison of MODIS and AERONET
Derived Aerosol Products for Marine, Continental, and Sahara-Dust Particles
Santese, M.; Perrone, M. R.
Physics Department,University
of Lecce
Validation of
FRESCOCloudHeights
Using Lidar/Radar Measurements at the SGP/ARM Site
Wang, P.; Stammes, P.
Royal Netherlands
Meteorological Institute (KNMI)
Airborne Cloud and Aerosol Imagery in
Support of EarthCARE
Bovensmann, H.; Kokhanovsky, A.; Rozanov, V.; Burrows, J. P.
Institute of Environmental Physics,
University
of Bremen
AeroPro: Improving Passive Satellite
Aerosol Remote Sensing using Aerosol Property Profiles Measured with Lidar
De Graaf, M.1; Donovan, D.P.1; Apituley, A.2;
Wilson, K.M.2; Veefkind, J.P.1; De Leeuw, G.3 1Royal Netherlands Meteorological Institute (KNMI); 2National
Institute for Public Health and the Environment (RIVM); 3Finnish
Meteorological Institute (FMI), Finland, TNO Physics and Electronics Laboratory
Validation of Broadband Radiation Balance Products at the Valencia and the
Alacant Anchor Stations. GERB/CERES Ground Validation Campaigns
Lopez-Baeza, E.1; Cano, A.1; Domenech, C.1;
Estelles, V.2; Ferreira, A.G.1; Narbon, C.1;
Sanchis, J.1; Velazquez, A.1; Vidal, S.1;
Smith, G.L.3; Szewczyk, Z.P.4; Labajo, A.5;
Alonso, S.5; Harries, J.E.6; Russell, J.E.6;
Clerbaux, N.7; Dewitte, S.7; Rius, T.8;
Torrobella, J.8; Pino, D.9; Sanchez, J.J.10;
Tarruella, R.10 1University of Valencia / Climatology from Satellites Group; 2University
of Valencia / Solar Radiation Group; 3NASA Langley Research Centre /
National Institute for Aerospace; 4NASA Langley Research Centre /
Science Applications International Corporation; 5Spanish Institute
for Meteorology; 6Imperial College for Science, Technology and
Medicine / Space and Atmospheric Physics Group; 7Royal Meteorological
Institute of Belgium; 8Institute of Space Studies of Catalonia;
9Institute of Space Studies of Catalonia / Polytechnic University of
Catalonia; 10Polytechnic University of Catalonia / Mining Engineering
School of Manresa
Posters B.5 – Synergistic Exploitation of Active and
Passive Observation Techniques
Sampling Errors in Fractional Cloud
Cover from EarthCARE instruments
Astin, I. University of Bath
Use of Radar Data to Train Cloud Ice
Retrieval from Passive mm/sub-mm Measurements
Bühler, S.1, Jimenez, C.1; Eriksson, P.2;
Rydberg, B.2 1Lulea Technical University; 2Chalmers University of
Technology
Xianghe Observatory: A Test-bed for
Aerosol, Cloud and Radiation Study in Northern China
Chen, H.B.1; Xia, X.A.1; Wang, P.C.1; Li, Z.Q.2;
Lu, D.R.1 1Institute of Atmospheric Physics, Chinese Academy of Sciences;
2Department of Meteorological and Oceanic Sciences, University of Mayrland
Supercooled Layer Retrievals Method
from a Synergy of Ground-based Instruments for Satellite Retrievals Assessment
Dufournet, Y.; Unal, C. M. H.; Russchenberg, H. W. J.
TU DELFT - IRCTR
ICARE Data Centre : A-train
Experience for EarthCare Preparation
DESCLOITRES, J.1; BREON, F.-M.2; LIFERMANN, A.3 1ICARE; 2CEA/LSCE; 3CNES
Influence of Saharan Air Layer on
Convective Development: The Lagrangian Approach
Horvath, A., Soden, B.
Rosenstiel School
of Marine and Atmospheric
Science
Posters C
–
Modelling of Clouds, Aerosols and Radiation
Constraints on GCM Parameterizations
of the Aerosol Indirect Effect from Multi-Instrument Satellite Data
Quaas, J.; Kinne, S.
Max Planck Institute for Meteorology
Assessing Aerosol-cloud
Characteristics from Satellites: An Experimental Plan using the EarthCARE
Simulator
Barker, H.1; Loeb, N.2; Gabriel, P.3; Donovan,
D.4; Marshak, A.2 1MSC; 2NASA; 3CSU; 4KNMI
Copyright 2000 - 2007 ?
European Space Agency. All rights reserved.
