Program & Presentations
Author instruction for EarthCARE workshop 2009 proceedings.
The Workshop program form can be download here.
Poster Size: Smaller then W90cm X H210
The EarthCARE Workshop 2009 |
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| Kyoto Royal Hotel, Kyoto, Japan | ||
| 2009/06/10-2009/06/12 | ||
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Presentation Program |
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| The First Day | ||
| Tuesday, 9 June 2009 | ||
| 17:00~19:00 | Registration | |
| Wednesday, 10 June 2009 | ||
| 8:30 | Workshop registration | |
| Welcome session | Chair: Toshiyoshi Kimura | |
| 9:00 | Welcome from JAXA | Toshio Doura |
| 9:10 | Welcome from NICT | Hiroshi Kumagai |
| 9:20 | Welcome from ESA | Stephen Briggs |
| Session A | EarthCARE Mission | Chair:Tobias Wehr & Riko Oki |
| 9:30 | Key note: Current Status of eCARE Science Studies in Japan | Teruyuki Nakajima |
| 9:55 | Key note: | Anthony Illingworth |
| 10:20 | A-Train observations of the impact of aerosols on the cloud radiative properties and precipitation formation | Tristan L'Ecuyer |
| 10:40 | Program stataus from ESA | Alain Lefebvre |
| 11:00 | Program status from JAXA | Toshiyoshi Kimura |
| 11:20 | Program status: Status of the Satellite and Instrument Design including Performance and Calibration Aspects | Ralf Münzenmaye |
| 11:40 | Lunch | |
| Session B | Cloud profiling radar | Chair: Nobuhiro Takahashi & Pavlos Kollias |
| 12:40 | Development status of EarthCARE CPR | Hirotaka Nakatsuka |
| 13:00 | Atmospheric moist processes as revealed by A-train Earth Observations | Graeme Stephens |
| 13:20 | EarthCARE CPR Level 1algorithm & doppler measurement | Yuichi Ohno |
| 13:40 | Spaceborne Cloud Profiling Radars at JPL: from CloudSat to ACE | Simone Tanelli |
| 14:00 | Simulations of the EarthCARE CPR Doppler measurements using ARM observations | Pavlos Kollias |
| 14:20 | Observation of particle fall velocity in cirriform cloud by VHF and millimeter-wave Doppler radars | Masayuki Yamamoto |
| 14:40 | Poster View | |
| Session C | Lidar | Chair: Jacques Pelon & Nobuo Sugimoto |
| 15:20 | The CALIPSO Mission | Dave Winker |
| 15:40 | Analysis of Cloud and Aerosol properties from combined IR and lidar observations in the frame of the CALIPSO Mission. | Jacques Pelon |
| 16:00 | Aerosol retrieval algorithm using 1α+1β+1δ data of ATLID/EarthCARE | Tomoaki Nishizawa |
| 16:20 | A potential Feature Mask algorithm for the EarthCARE lidar | Gerd-Jan van Zadelhoff |
| 16:40 | Polar Cloud-Radiation Climatology, Stratosphere-Troposphere Interaction and MST Radar | Takashi Yamanouchi |
| 17:00 | The EARLINET contribution to the EarthCARE mission | Gelsomina Pappalardo |
| 17:20 | First day end | |
| 18:00 | Reception | |
| The Second Day | ||
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| Thursday, 11 June 2009 | ||
| Session C | Lidar (continue) | Chair: Gelsomina Pappalardo & Tomoaki Nishizawa |
| 8:30 | ICAROHS - Inter-Comparison of Aerosol Retrievals and Observational Requirements for Multi-wavelength HSRL Systems | Andreas Petzold |
| 8:50 | Lidar network for observing tropospheric aerosols in East Asia | Nobuo Sugimoto |
| 9:10 | The Canadian Operational Aerosol Lidar Network (CORALNet): A Tool To Monitor Air Quality On Local,Regional and National Scales | Kevin Strawbridge |
| 9:30 | Value-Added Ocean Products from Space-based Lidar Measurement | Yongxiang Hu |
| 9:50 | Coffee break | |
| Session D | Imager | Chair: Franz Berger ＆ Shuichiro Katagiri |
| 10:10 | Determination of Cloud Mask inferred from future EarthCARE/MSI | Franz Berger |
| 10:30 | A Unified Aerosol Retrieval System for Multi-channel Imagers on Past, Current and Future Polar- & Geo-orbital Satellites | Xuepeng Zhao |
| 10:50 | Lessons from Simulation Study of Fifteen MODIS Bands using MODIS Cloud | B.J. Sohn |
| 11:10 | Plan for synergetic observation of cloud properties by using EarthCARE/MSI and active instruments | Haruma Ishida |
| Session E | Synergy algorithm | Chair: Hajime Okamoto & David Donovan |
| 11:30 | Global analyses of ice cloud properties from CloudSat and CALIPSO | Hajime Okamoto |
| 11:50 | Results from the Cloud and Aerosol Synergetic Products from EarthCARE retrievals project (CASPER) | David Donovan |
| 12:10 | Lunch | |
| 13:10 | Verifying EarthCARE’s active-passive retrievals | Howard Barker |
| 13:30 |
From A-Train to EARTHCARE: Calibration validation and assessment of radiative effect of absorbing aerosol | Damien Josset |
| 13:50 | Cloud microphysics and dynamical characteristics inferred from cloud radar, lidar and satellite data | Kaori Sato |
| 14:10 |
ICE CLOUD PROPERTIES FROM SPACE, COMBINIG RADAR, LIDAR AND RADIOMETERS ON THE A-TRAIN | Julien Delanoe |
| Session F | Model and cloud feedback | Chair: Bo-Wen Shen & Yukari Takayabu |
| 14:30 | Numerical Study to Estimate the Effect of Hygroscopic Seeding on Warm Rain | Naomi Kuba |
| 14:50 |
Evaluation of cloud properties of global/local cloud-resolving model using the split window analysis and the CloudSat/Calipso simulators | Masaki Satoh |
| 15:10 | Poster View | |
| 16:40 | Analysis of cloud processes in a general circulation model using community satellite simulators | Johannes Quaas |
| 17:00 | LES Modeling and Observational Analysis of the Low Cloud Feedback | Kuan-Man Xu |
| 17:20 | Use of lidar in space observations to evaluate cloudiness in climate model | Helene Chepfer |
| 17:40 |
Sensitivity of cloud microphysical properties, precipitation, and brightness temperature to nucleation processes in Arctic stratus and tropical convective cloud system | Tempei Hashino |
| 18:00 | Properties of precipitation and in-cloud vertical velocity in global cloud-system resolving simulations | Tomoe Nasuno |
| 18:20 | A-Train analysis of warm cloud microphysics and its application to evaluation of cloud-resolving models. | Kentaroh Suzuki |
| 18:40 | Second day end | |
| The Third Day | ||
|---|---|---|
| Friday, 12 June 2009 | ||
| Session G | Rain and cloud | Chair: Anthony Illingworth & Yasushi Fujiyoshi |
| 9:00 |
Comparison of drizzle rates inferred from CloudSat/Calipso and their representation in the ECMWF model | Anthony Illingworth |
| 9:20 |
Shallow and deep latent heating modes over tropical oceans observed with TRMM PR Spectral Latent Heating data | Yukari Takayabu |
| Session H | Radiation | Chair: Terry Nakajima & Howard Barker |
| 9:40 | EarthCARE L2b Retrieval Algorithms: Longwave instantaneous TOA Fluxes | Tobias Wehr |
| 10:00 | On the Development of Japanese EarthCARE simulator | Toshihisa Matsui |
| 10:20 | Coffee break | |
| 10:40 | Three-dimensional radiative effects on spatial and angular distribution of cloud reflectance | Hironobu Iwabuchi |
| 11:00 | Realistic simulations of EarthCARE observations | Bernhard Mayer |
| 11:20 |
Cirrus cloud radiative forcing on surface-level shortwave and longwave irradiances at regional and global scale | Martial Haeffelin |
| 11:40 |
Study on the impact of aerosols above stratocumulus on radiation fluxes based on radiative transfer simulations and lidar observations | Juergen Fischer |
| 12:00 | CALIPSO, CloudSat, CERES, and MODIS merged product | Seiji Kato |
| 12:20 | Lunch | |
| Session I | Validation | Chair: Gelsomina Pappalardo |
| 13:20 |
The properties of mid latitude cirrus over the Atlantic basin revealed by combined A-Train and Seviri data | Jay Mace |
| 13:40 | Coordinated airborne high spectral resolution lidar and in-situ observations of different aerosol types | Michael Esselborn |
| 14:00 |
Long-term aerosol and cloud database from space-borne lidar and ground-based lidar network observations | Ulla Wandinger |
| 14:20 | Validation of EarthCARE Cloud Microphysics Retrieval with the airborne HALO Microwave Package | Martin Hagen |
| 14:40 |
The evaluation of CloudSat-derived microphysical products using ground-based and airborne Doppler cloud radar and lidar observations | Alain Protat |
| 15:00 | Coffee break | |
| Session J | Assimilation | Chair: Masaki Sato & Marta Janiskova |
| 15:20 |
USE OF CLOUD RADAR AND LIDAR DATA FOR MODEL VALIDATION AND EXPERIMENTATION AT ECMWF | Marta Janiskova |
| 15:40 | Comparison and data assimilation for global aerosol climate model with measured data from active | Toshihiko Takemura |
| 16:00 | A Global Aerosol Assimilation System | Nick Schutgens |
| Session K | Future mission | Chair: Deborah Vane &Yuichi Ohno |
| 16:20 | Atmospheric Spin-off products from ESA’s ADM-Aeolus mission | Pierre Flamant |
| 16:40 | The Phased Aerosol Cloud Ecosystem Mission (PACE) | Mark Schoeberl |
| 17:00 |
Sub-Millimeter Wave Radiometer for Observation of Cloud Ice -Studying Retrieval Capabilities from 2- band Instrument | Jana Mendrok |
| 17:20 | Final remark | Anthony Illingworth Teruyuki Nakajima |
| 17:30 | End of workshop | |
| Poster Session | |||
|---|---|---|---|
| 1 | Vertical air motion in midlevel shallow-layer clouds observed by 47-MHz wind profiler and 532-nm Mie lidar | Masayuki Yamamoto | |
| 2 | Vertical Distributions and Relationships of Cloud Occurrence Frequency as Observed by MISR, AIRS, MODIS, OMI, CALIPSO, and CloudSat | Dong Wu | |
| 3 | Diurnal cycles of radar echo area over the central Indochina | Takehiko Satomura | |
| 4 | Observations from the Langley Airborne HSRL | Chris Hostetler | |
| 5 | Characteristics of deep convection measured with A-train satellites | Suginori Iwasaki | |
| 6 | Range-imaging observation of turbulence by the Equatorial Atmosphere Radar: Initial results | Tomoaki Mega | |
| 7 | Surface reference Normalized Radar Cross Section values observed by TRMM precipitation radar | Ken'ichi Okamoto | |
| 8 | A study of the aerosol direct forcing using ESSP/CALIPSO and GCM simulation | Eiji Oikawa | |
| 9 | AN EXTRATROPICAL AIR-SEA INTERACTION OVER THE NORTH PACIFIC IN ASSOCIATION WITH A PRECEDING EL NIÑO EPISODE IN EARLY SUMMER | Yafei Wang | |
| 10 | Aerosol optical properties and their vertical structures in an industrial area in wintertime pollution using sun photometer, Lidar and mass concentration measurement | Neda Boyouk | |
| 11 | Comparison between high-level clouds simulated in global cloud resolving model and CALIPSO/CloudSat observations | Toshiro Inoue | |
| 12 | Dust altitude and infrared optical depth retrieved from 6 years of AIRS observations: a focus on Saharan dust using A-Train synergy (MODIS, CALIOP) | Sophie Peyridieu | |
| 13 | The retrieval of the ice cloud microphysics from Doppler 94-GHz radar measurements and temperature | Aleksandra Tatarevic | |
| 14 | The use of ECSIM to simulate ground-based and space-borne observations | Simone Placidi | |
| 15 | Capability of Water Vapor and Ice Cloud Observation in UT/LS region from JEM/SMILES onboard International Space Station | Yasuko Kasai | |
| 16 | An Optimal-Estimation based hybrid Rayleigh-Mie Extinction and Backscatter retrieval Method for HSRL lidars | David Donovan | |
| 17 | Global Multiscale Modeling on NASA Supercomputers: Preliminary Extended-range Simulations of Madden-Julian Oscillations and African Easterly Waves | Bo-Wen Shen | |
| 18 | Particulate Elemental Pollution in Central India | Khageshwar Patel | |
| 19 | ASSESSMENT OF CHEMICAL COMPOSITION OF ATMOSPHERIC AEROSOL | Sapana Gupta | |
| 20 | Dynamics and Characteristics of Laminar Layers in the Free Atmosphere | Yasushi Fujiyoshi | |
| 21 | Development of CloudSat/CALIPSO synergy cloud mask | Yuichiro Hagihara | |
| 22 | Microphysical properties of cirrus cloud particles as derived from CloudSat/CALIPSO | Boesche Eyk | |
| 23 | Physical and chemical properties of clouds in the UTLS and above | Vincent Noel | |
| 24 | Global Aerosol Distributions Above Clouds and Snow/ice Cover Observed by CALIPSO | Chieko Kittaka | |
| 25 | Helsinki Testbed: A mesoscale measurement, research and service platform | Jarkko Koskinen | |
| 26 | Distribution of Water Soluble Inorganic Aerosols in Coarse (PM10) and Fine (PM2.5) Particles in an Urban Area of Eastern Central India | Santosh Verma | |
| 27 | Evaluation of Microphysical Quantities with Radar Reflectivity of FALCON-I | Jun Yamaguchi | |
| 28 | Chemical and Optical properties of atmospheric aerosols at the Observatory of Atmospheric Research in Phimai, Thailand | Haruo Tsuruta | |
| 29 | Comparison of cirrus properties between cloud-resolving model simulations and CALIPSO/CloudSat over the tropical open ocean | Woosub Roh | |
| 30 | Preliminary Results of Satellite Radar Simulator using Cloud-resolving Model by the Japan Meteorological Agency | Takuji Kubota | |
| 31 | Geostationary Satellite Re-Analysis: Estimation of radiation budge | Hideaki Takenaka | |
| 32 | Global cloud geometrical properties retrieved from ADEOS-II / GLI data | Makoto Kuji | |
| 33 | Bread-board Model Testing of the EarthCARE CPR | Kazuyuki Okada | |
| 34 | Conceptual study on post-GPM mission | Nobuhiro Takahashi | |
| 35 | Study for external calibration method for Cloud Profiling Radar on EarthCARE | Hiroaki Horie | |
| 36 | Cloud response in a climate sensitivity test using global cloud resolving model NICAM | Yoko Tsushima | |
| 37 | COSP: a multi-instrument satellite simulator for model evaluation Alejandro | Bodas Salcedo | |
| 38 | Synergy algorithms for EarthCARE | Julien Delanoe | |
| 39 | Overview of EarthCARE Ground Segment | Tomohiro Kawahatsu | |