Oral Sessions June 18
Tuesday, June 18, 2019, Yin Yue Hall (印月厅)
Oral Session 1A
Chair: Alexander MARSHAK, NASA Goddard Space Flight Center, USA
08:30-08:50
I-12
Qiang FU, University of Washington, USA (Invited)
Reconciling the Differences in Ice Cloud Optical Depth from CALIPSO and Ground-based Raman
Lidar at the ARM SGP and TWP Sites
08:50-09:05
O-01
Jason Blake COHEN, Sun Yat-Sen University, China
Combining Multi-wavelength Observations of Aerosol Scattering and Extinction from MISR,
AERONET, and MODIS, with a Full MIE Modeling Approach Using Internal, External, and
Core-shell Mixtures of Aerosols in the CESM Global Model, to Obtain a Deeper Understanding of
the Size Distribution and Age of Atmospheric Aerosols
09:05-09:20
O-02
Li LI, Aerospace Information Research Institute, CAS, China
A Combined Radiometric and Polarimetric Algorithm for Cloud Detection with the Ground-based
Sun-sky Radiometer Data
09:20-09:35
O-03
Yuxuan BIAN, Chinese Academy of Meteorological Sciences, China
A Novel Method to Retrieve the Nocturnal Boundary Layer Structure Based on CCD Laser Aerosol
Detection System Measurements
09:35-09:50
O-04
Qi CHEN, Chinese Academy of Meteorological Sciences, China
Effect of Henye-Greenstein Phase Function on the Shortwave Radiative Calculations in the Ice
Clouds
09:50-10:05
S-01
Yuxin ZHAO, Lanzhou University, China
Explore Global Cloud Radiative Forcing Trends Based on CERES Data
10:05-10:25
Morning Break
Oral Session 2A
Chair: Qiang FU, University of Washington, USA
10:25-10:45
I-13
Alexander MARSHAK, NASA Goddard Space Flight Center, USA (Invited)
Earth Observations from DSCOVR EPIC Instrument
10:45-11:00
O-05
Sunny Sun-MACK, Science Systems and Applications, Inc., USA
Multilayer Cloud Properties in an Artificial Neural Network Approach
11:00:11:15
O-06
Shaohua GONG, Hainan Normal University, China
A Case Study of Mesospheric Cloud with Lidars at Beijing
11:15-11:30
O-07
Qiong LIU, Donghua University, China
The Variability of Warm Cloud Microphysical and Optical Properties Induced by Aerosols in
Shanghai from MODIS Observations
11:30-11:45
S-02
Ziming WANG, Institute of Remote Sensing and Digital Earth, CAS, China
A Supercooled Water Cloud Detection Algorithm Using Himawari-8 Satellite Measurements
11:45-12:00
S-03
Jing WANG, Lanzhou University, China
Vertical Distribution and Radiative Contribution of Different Cloud Phase over Land Regimes
Oral Session 3A
Chair: Zhanqing LI, University of Maryland, College Park, USA
14:00-14:20
I-14
Alexei I. LYAPUSTIN, NASA Goddard Space Flight Center, USA (Invited)
High-resolution Aerosol Retrievals with Algorithm MAIAC
14:20-14:35
O-08
Jun WANG, The University of Iowa, USA
Satellite Remote Sensing of Aerosol Layer Height from O2 A and B Bands
14:35-14:50
O-09
Zhenzhu WANG, Anhui Institute of Optics and Fine Mechanics, CAS, China
Properties of Aerosol and Cloud from Lidar and Radar Soundings
14:50-15:05
O-10
Yingxi SHI, NASA Goddard Flight Center, USA
Quantifying the Haze Aerosol Optical Depth Over East Asia Using Modified Modis Dark Target
Algorithm
15:05-15:20
O-11
Xing YAN, Beijing Normal University, China
Improvement of the Satellite-based Fine Mode Fraction Product in Asia
15:20-15:35
S-04
Sijie CHEN, Zhejiang University, China
Construction of Three-dimensional Atmosphere Structure with CALIPSO-CloudSat Profiles and
Collocated MODIS Imagery
15:35-15:55
Afternoon Break
Oral Session 4A
Chair: Alexei I. LYAPUSTIN, NASA Goddard Space Flight Center, USA
15:55-16:15
I-15
Zhengqiang LI, Institute of Remote Sensing and Digital Earth, CAS, China (Invited)
An Optimized Inversion Algorithm for Aerosol Remote Sensing from Multispectral Single-viewing
Polarimetric Measurements over Land
16:15-16:30
O-12
R.G. KLEIDMAN, University of Maryland Baltimore County, USA
The Use of a Size Scanning Nephelometer to Obtain Particle Size Distribution and Constrain Mass
16:30-16:45
O-13
Lei LI, Chinese Academy of Meteorological Sciences, CMA, China
Characteristics of Fine Mode Light Absorbing Carbonaceous Retrieved from POLDER/PARASOL
Observations over Asia from 2005 to 2013
16:45-17:00
O-14
Taiping ZHANG, Science Systems and Applications, Inc., USA
A 29.5-Year Spatiotemporally Continuous Satellite-based Surface Radiation Budget Dataset: the
Upcoming GEWEX SRB Shortwave Algorithm Results and Their Validation against Surface-Based
Measurements
17:00-17:15
S-05
Jing WEI, Beijing Normal University, China
A Revised High-resolution Aerosol Retrieval Algorithm for Suomi-NPP VIIRS Images over Land
17:15-17:30
S-06
Ding LI, China University of Mining and Technology, China
Retrieval of Aerosol Optical Depth over Land Based on a Time Series Technique Using
Himawari-8 Data
Tuesday, June 18, 2019, Qiu Yue Hall (秋月厅)
Oral Session 1B
Chair: Yongxiang HU, NASA Langley Research Center, USA
I-16
Zhongping LEE, University of Massachusetts Boston, USA (Invited)
Visibility in Air and Water: Differences and Implications
08:50-09:10
I-17
PengWang ZHAI, JCET/Physics Department, UMBC, USA (Invited)
Radiative Transfer in Coupled Atmosphere and Ocean Systems: Inelastic Processes
09:10-09:30
I-18
Lei WANG, Sanya Institute of Remote Sensing, China (Invited)
The Development of the Hainan Provincial "Digital Ocean" Platform and Applications on Disaster
Assessment of Typhoon Storm Surge
09:30-09:45
O-15
Xiaomei LU, Science Systems and Applications, Inc., USA
Development of Innovative Uses of CALIPSO Data
09:45-10:00
S-07
Qun LIU, Zhejiang University, China
Spaceborne Oceanic Lidar: Monte Carlo Simulations and Detection Mechanism Analyses
10:00-10:25
Oral Session 2B
Chair: Zhongping LEE, University of Massachusetts Boston, USA
I-19
Wenbo SUN, Science Systems and Applications, Inc., USA (Invited)
Detecting Super-thin Clouds and Dusts with Polarimeters on CubeSats
10:45-11:05
I-20
Shaoling SHANG, Xiamen University, China (Invited)
Blending Empirical Ocean Color Retrievals of Absorption Coefficient and Chlorophyll
Concentration from Open Oceans to Highly Turbid Waters
11:05-11:20
O-16
Zhenmin SHEN, Beijing Institute of Space Mechanics & Electricity, China
Lidar with High Scattering Ratio Suppression for Underwater Detection
11:20-11:35
O-17
Miao ZHANG, China Meteorological Administration and National Satellite Meteorological
Center, China
The Inversion and Quality Validation of FY3C MWRI Sea Surface Temperature
11:35-11:50
S-08
Lin XIANG, Xiamen University, China
Retrieval of Water and Bottom Properties of Optically Shallow Waters for VIIRS
11:50-12:05
S-09
Jian Wei YAM, Monash University Malaysia, Malaysia
Investigation of Water Turbulence and Salinity on Underwater Pulse Laser Ranging System
Oral Session 3B
Chair: Songhua WU, Ocean University of China, China
I-21
Xu LIU, NASA Langley Research Center, USA (Invited)
Fast Radiative Transfer Model and Retrieval Algorithm for Current and Future Hyperspectral
Satellite Remote Sensors
O-18
Tomoaki NISHIZAWA, National Institute for Environmental Studies, Japan
Development of a Multiple-field-of-view Multiple-scattering Polarization Lidar at 355nm
O-19
Decheng WU, Anhui Institute of Optics and Fine Mechanics, CAS, China
Self-calibration of Raman Lidar Measured Water Vapor Mixing Ratio: Method, Equipment and
Results
O-20
He CHEN, Beijing Institute of Technology, China
An Ultraviolet Lidar with Three Receiving Channels for Organic Aerosol Observation
S-10
Xue SHEN, Zhejiang University, China
Dual-wavelength High-spectral-resolution Lidar for Profiling Optical Properties of Aerosols: System Calibration and Results Validation
S-11
Qin WANG, Nanjing University of Information Science and Technology, China
Airborne Hyperspectral Lidar for Detecting Atmospheric Aerosols
Oral Session 4B
Chair: Karri MUINONEN, University of Helsinki, Finland
I-22
Songhua WU, Ocean University of China, China (Invited)
Characterization of Aircraft Wake Vortex and Atmospheric Turbulence by Coherent Doppler Lidar
O-21
Yoshitaka JIN, State National Institute for Environmental Studies, Japan
Development of a Wide-field-of-view High-spectral-resolution Lidar at 532 nm
O-22
Wenjie GUO, National Space Science Center, CAS, China
Measuring the Three-dimensional Structure of Gravity Waves by Lidar
S-12
Zheng KONG, Dalian University of Technology, China
The Three-wavelength Mie-scattering Polarization Scheimpflug Lidar Technique
S-13
Xiaojun MA, Lanzhou University, China
Satellite-based Diurnal Variations in Global Particulate Mass Concentration Derived from Active
Remote Sensing Observations
S-14
Fuju WU, National Space Science Center, CAS, China
Simultaneous Detection of Meteoric Ca and Ca+ Layers over Beijing (40.41°N, 116.01°E)
