39th International Conference on
Radar Meteorology

TECHNICAL PROGRAM
16-20 September 2019
Nara, Japan1

Foreword
39th International Conference on Radar Meteorology
September 16th – 20th, 2019
Nara, Japan
The American Meteorological Society (AMS) Radar Meteorology Committee is pleased that our Japanesecolleagues are hosting the 39th AMS Conference in Radar Meteorology in Nara, Japan. As far as we know thisis the very first time for any AMS conference to be hosted in Asia. The AMS Radar committee has always been
innovative and inventive being the first group who organized an AMS topical conference dating back 1947 inCambridge, Massachusetts and we maintain the second-largest attendance among the individual AMS
conferences.
At this point we would like to clarify the procedure to host an AMS conference outside of the United States. It isa challenging process and requires a minimum of three years effort when planning. Four years ago, ourcommittee expressed the interest for the upcoming conference to be held outside the United States. Given thefact that the past Radar Meteorology conferences had been hosted several times in Canada and the European
Conference on radar meteorology and hydrology is on the calendar since 2000, we invited several East Asianand South American countries for a bid to host the 39th Radar Meteorology conference. These counties are
well-attended previous Radar Meteorology conferences and the AMS headquarters made a final decision
among three proposals received. Logistics and the cost played an important role in discriminating between thetwo finalist countries. Once the final site is selected, the memorandum of understanding has been signed by the
AMS and hosting organization.
There is no doubt that radar has a wide range of weather and climate applications, including saving countless
lives through nowcasting severe weather events and improved hydrological prediction. Many East Asian
countries are extremely vulnerable to such casualties and weather-related disasters. We anticipate that thescientists from East Asian countries who typically could not travel to the United States will be at the conference.
Indeed, this was one of the many highlights when organizing this particular AMS conference in Japan. The AMS
committee was delighted with the response, including a high number of abstract submissions spanning several
East Asia counties. We can see the light of a successful conference, and we are thankful to the local organizing
committee for hosting this historical event in Japan.

Ali Tokay
On behalf of AMS Radar Meteorology Conference
Chair of AMS Committee on Radar Meteorology2Foreword
39th International Conference on Radar Meteorology
September 16th – 20th, 2019
Nara, JapanOn behalf of the Local Organizing Committee, I would like to warmly welcome you to the American Meteorology
Society’s (AMS’s) 39th International Conference on Radar Meteorology (IRCM) in Nara, Japan.
Three score and two years ago, our predecessors brought forth a new conference dedicated to radar
meteorology. Now we are engaged in the 39th conference, examining how we have made progress in radar
meteorology.
The AMS’s conference on radar meteorology has not been held outside the United States for 12 years since theone held in Cairn, Australia in 2007. Considering the recent wide deployment of weather radars in Asian
countries, and the fact that space-borne precipitation radars in the US-Japan joint missions of TRMM and GPM
have been providing new epoch-making knowledge of global distribution of rain, it is altogether fitting and properthat we hold a radar conference in Asia. I believe that holding this conference in Nara enables many Asian
meteorologists, in particular young scientists, who may not be able to attend a similar conference in the US or
Europe, to exchange ideas during the conference and to contribute to the future development of radar
meteorology in their own countries.
In the 8th century, Nara was the ancient capital of Japan. It was Japan’s first permanent capital and many of thecore principles of Japanese culture seem to have their origins during this period. Because of this, Nara holds aunique and special significance to most Japanese people. I hope that you not only communicate actively withother participants of the conference but also tour the city and discover some distinctive aspects of Japaneseculture that cannot be seen elsewhere. To this end, it was decided to leave some time open on Wednesday
afternoon to allow attendees to explore the parks and shops, to view the many shrines and temples and to relax
and refresh yourselves amid a pleasant and peaceful environment.
Our biennial conference is recognized as a premier event in radar meteorology. I hope that this conference will
provide an ideal forum to obtain information about the latest developments, to exchange ideas, identify future
trends and make contacts with the international radar meteorology community.
Finally, I would like to express my thanks to the members of the AMS’s Committee on Radar Meteorology, inparticular Ms. Jennifer Ives and Drs. Scott Collis, Scott Ellis and Ali Tokay, for their suggestions and sharing theirexperiences of past conferences. Financial support from the National Institute of Information andCommunications Technology (NICT), Japan Aerospace Exploration Agency (JAXA) and the National ResearchInstitute for Earth Science and Disaster Resilience (NIED) are acknowledged.
We are delighted to host ICRM this year in Nara, and wish you all an enjoyable and successful week ahead!
Toshio Iguchi
Chair of the Local Organizing Committee

3

©NASA

Contents
Sponsors & Exhibitors………………………………………………………………………………………2-3
General Information…………………………………………………………………………………………4-5
Floor Guide…………………………………………………………………………………………………......6
Program at a Glance…………………………………………………………………………………………..7
Session Program….………………………………………………………………………………………..8-34
MONDAY……………………………………………………………………………………………..…8-14
TUESDAY……………………………………………………………………………………………...15-22
WEDNESDAY…………………………………………………………………………………………23-24
THURSDAY……………………………………………………………………………………………25-31
FRIDAY………………………………………………………………………………………………...32-34
Radar Meteorology Conference Series…………………………………………………………………….35
Presenter Index……………………………………………………………………………………………36-38

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Local Organizing Committee

Program Committee(Email: AMS_ICRM_LOC@ml.nict.go.jp)
 Chair:
Takeshi Maesaka, National Research Institutefor Earth Science and Disaster Resilience Chair:
Toshio Iguchi, National Institute of Information
and Communications Technology (Current
affiliation: ESSIC, University of Maryland)[Topic Chairs]
Spaceborne Radar and Its Observation
 Chair:
Eastwood Im, Jet Propulsion Laboratory Co-chairs:
Nobuhiro Takahashi, Nagoya University
Kinji Furukawa, Japan Aerospace Exploration
Agency Co-chairs:
Tomoo Ushio, Tokyo Metropolitan University
Nobuhiro Takahashi, Nagoya University
Koyuru Iwanami, National Research Institutefor Earth Science and Disaster Resilience Secretary:
Eiichi Yoshikawa, Japan Aerospace
Exploration Agency
Yoshitaka Nakamura, Kobe City College ofTechnology
Hiroshi Kikuchi, The University of ElectroCommunication

Phased Array Radar Technology and Its
Observation
 Chair:
Robin Tanamachi, Purdue University Co-chairs:
Jorge Salazar, The University of Oklahoma

 Member:
Hiromi Nezu, National Institute of Information
and Communications Technology
Kosuke Yamamoto, Japan Aerospace
Exploration Agency
Koichiro Michimoto, OTOWA Electric Co., Ltd.

Wind Profiler, Cloud Radar, and NonHydrometeorological Radar Chair:
Masayuki Yamamoto, National Institute ofInformation and Communications Technology Co-chairs:
Pavlos Kollias, Stony Brook University

 Auditor:
Takeshi Maesaka, National Research Institutefor Earth Science and Disaster Resilience

New and Emerging Radar Technology
 Chair:
Robert Palmer, The University of Oklahoma
 Co-chairs:
Sebastian Torres, National Oceanic andAtmospheric Administration
1

Radar Networks, Quality Control, Processing
and Software Chair:
Luca Baldini, National Research Council of
Italy Co-chairs:
Evan Ruzanski, Vaisala Inc.
Elena Saltikoff, Finnish Meteorological InstituteHassan Al Sakka, LEONARDO Germany
Gmbh
Lindsey Richardson, Radar Operations Center(NWS/NOAA)
Shinsuke Satoh, National Institute ofInformation and Communications Technology
Christine Una, Delft University of Technology

Organizer
AMS's Committee on Radar Meteorology

Sponsoring institutions

Quantitative Precipitation Estimation andHydrology
 Chair:
V Chandrasekar, Colorado State University Co-chairs:
Renzo Bechini, Arpa Piemonte

National Institute of Information andCommunication Technology

Microphysical Studies with Radars
 Chair:
Matthew Kumjian, Pennsylvania State
University Co-chairs:
Marcus van Lier-Walqui, Columbia University
Robert Schrom, Goddard Space Flight Center(NASA)
Mariko Oue, Stony Brook University

National Research Institute for Earth Science andDisaster Resilience

Organized Convection and Severe
Phenomena
 Chair:
Karen Kosiba, Center of Severe Weather
Research Co-chairs:
Micheal Bell, Colorado State University
Use of Radar Data for Nowcasting andNumerical Models
 Chair:
Shingo Shimizu, National Research Institutefor Earth Science and Disaster Resilience Co-chairs:
Ryohei Kato, National Research Institute for
Earth Science and Disaster Resilience

Japan Aerospace Exploration Agency

Advisory Committee
Riko Oki, Japan Aerospace Exploration Agency

2

Sponsoring companies (Alphabetical order)

Exhibitors (Alphabetical order)3

Conference Venue
All meeting sessions for the conference will beheld at:IRAKA - The Nara Kasugano International
Forum,
101 Kasugano-cho, Nara City, Nara Prefecture
630-8212, Japan.



Ice Breaker
Sunday, Sep. 15 17:00-18:30 @RH2



Welcome Reception
Monday, Sep. 16 18:00-19:30 @RH2

Opening Ceremony
Monday, Sep. 16, 9:00-9:30, @NH

Excursion
We offer several guided excursion tours toexperience Japan's ancient capital, Nara. All
tours include visits to UNESCO World
Heritage Sites. The bus tours require
advanced registrations. For walking tours, werecommend pre-registration, but on-site
registration is also possible.

Conference badges and registration
All those in attendance of the AMS conference
must register and wear the name badge
associated with their registration package.
Please wear your badge in a viewable spot at
all times during the conference. Those wearing
a Guest badge are not permitted within any
technical session taking place. Anyone wishing
to attend technical sessions must register andpay.

◆ Bus Tour (1) Horyuji Temple
Wednesday, Sep. 18, 13:00-17:15◆ Guided Walking Tours around Historic
Monuments of Ancient Nara
Wednesday, Sep. 18, 13:00*Three walking courses are planned.
◆ The Calling of the Deer
Tuesday, Sep. 17, 7:40-8:20
Thursday, Sep. 19, 7:40-8:20*Participation fee: Free

The AMS Registration Desk is located at theentrance lobby. The AMS Registration Desk will
be open for registration on Sunday 15
September from 13:00-18:30, and MondayFriday during the hours of the conference.
Attendees who have registered for a full week
package may attend all conference sessions,exhibits, coffee breaks, poster viewings,
banquet and ceremony.

For more detail and reservation:
https://cscenter.co.jp/icrm2019/excursions/

Attendees who have registered for a one day
package may attend, for one calendar day,admission to all conference sessions, exhibits,
coffee breaks, and poster viewing.

BanquetThursday, Sep. 19, 18:00-20:00, @Garden (ifrainy @RH2)



Closing Ceremony
Friday, Sep. 20, 15:00-16:00, @NH

Conference events

Short Courses
All short courses will be held on Sunday, Sep.
15. Course enrollment should be done via theregistration form when registering.

Presentation upload information-◆ Spaceborne radar
Dr. Toshio Iguchi (National Institute ofInformation and Communications Technology)◆ Fundamentals and New Trends ofDual-Polarized Phased Array Antennas for
Weather Radar Applications
Dr. Jorge L. Salazar-Cerreño (The Universityof Oklahoma)◆ Wind profiler
Dr. Masayuki Yamamoto (National Institute ofInformation and Communications Technology)◆ Open sources
Dr. Scott M. Collis (Argonne National
Laboratory)◆ Applications of Dual-pol radarmeasurements
Dr. Matthew R. Kumjian (Pennsylvania State
University)-

4

Total Presentation Time: 14 minutes.
11 minutes for presentation + 3 minutes forquestions and answers.
Both computers with windows and mac areavailable.
Aspect ratio of projectors: 4:3 (apresentation file with 16:9 aspect ratio isavailable)< Setup >Store your presentation file of PDF or PPT(PPTX) in your USB flash memory.
Bring the USB flash memory to a speaker
ready desk where both windows and mac
computers are available for the upload.
Upload your presentation file by using thecomputers. It is strongly recommended to
upload one day before your session.
Check if your presentation file works

-

properly in the computer. It is desired tocheck it also in a computer of your session
room.
Find session chairs in your session room
sufficiently earlier before your session
begins, and let them know you show up.

with the meeting. All communication should beappropriate for a professional audience
including people of many different backgrounds.
Those who violate the standards of professionaland respectful conduct may be asked to leave
the meeting immediately and without refund,may not be considered for service on AMS
Boards and Committees, and may be subject toadditional legal action.

< Note >It is recommended to embed your graphics orvideo clips on your presentation file. Otherwise,
you may upload the graphics or video files withyour presentation.

Harassment, intimidation, or discrimination
includes offensive verbal comments related togender, sexual orientation, disability, physicalappearance, body size, race, religion; sexual
images in public spaces; deliberate intimidation,
stalking, or following; harassing photography orrecording; sustained disruption of talks or otherevents; inappropriate physical contact; andunwelcome sexual attention.

Poster presentations
A poster board sizes are as below

This statement is meant to cover all meetingassociated events, including those sponsoredby organizations other than AMS but held in
relation to AMS events. This includes thescientific program and exhibitions, as well as
receptions, town hall meetings, and otherinformal or formal gatherings associated withAMS.

-

Any attendee who believes he or she may havewitnessed or have been subjected to that
violates professional and respectful behavior
should contact a senior member of the AMS
staff. This may be done by talking with any AMS
staff (identified with a staff badge) or by sending
an e-mail to AMS_ICRM_LOC@ml.nict.go.jp
with the appropriate contact information. A
senior AMS staff member will be in contact in atimely manner. (In the unlikely event a reply is
not received within 12 hours of sending an email or leaving a voice-mail message, follow-up
with an AMS staff member at the meeting isadvised to ensure that the original message has
been received.) Anyone witnessing orexperiencing behavior that constitutes animmediate and serious threat, is advised to call
110 (police).

Poster board available:
0830am-0600pm
Poster must be displayed: 1100am-0400pm
Presenter must show up: 0130pm-0300pm< Setup >Bring your posters to your poster room.
Find a poster board with an indication ofyour presentation number.
Remaining posters are removed after
0600pm.

< Note >Printing services are not available near the
conference venue.

Exhibits
All exhibits will be located in the first andsecond floors of the main building. We
encourage you to visit the exhibit hall from 9 am
on September 16 to 2 pm on September 20.

The AMS takes any breach of professional
conduct at an AMS meeting or related function
very seriously. Attendees are encouraged toreport any unprofessional conduct in theknowledge that AMS staff members will do theirbest to maintain the confidentiality of all parties
to the extent possible while taking appropriate
actions. In situations for which additional action
is warranted, the AMS will cooperate fully withthe appropriate authorities.

Professional and respectful conduct at
AMS meeting etiquette
AMS is committed to safe and productive
meetings for all attendees. Harassment,
intimidation, or discrimination of any kind will not
be tolerated at any meeting or event associated5Floor Guide

2nd FLOOR

1st FLOOR----------------------------- ◆ Main Building ◆ -----------------------------

Annex Building ◆ ----------------------------

2nd FLOOR

1st FLOOR---------------------------- ◆6

Program at a Glance
TIME

SUN, SEP. 15

7:30 -

8:00

8:00 -

8:30

8:30 -

9:00

9:00 -

9:30

MON, SEP. 16

TUE, SEP. 17

WED, SEP. 18

The Calling of the Deer
@Nara Park

9:30 - 10:00

Session 1
Special Keynote @NH

10:30 - 11:00

Coffee Break

11:00 - 11:30

The Calling of the Deer
@Nara Park

Session 5A
Session 5B
Session 9A
Topic D @NH Topic H @RH1 Topic E @NH

Session 9B
Topic I @RH1

Lunch

12:30 - 13:00
Short Courses@CR5, CR6, CR7, CR8, RC

14:00 - 14:30
14:30 - 15:00
15:00 - 15:30

Poster1
Topic A, D and I@CR1-2 & CR3-4
Session 3B
Topic I @RH1

Coffee Break

16:00 - 16:30

Coffee BreakCoffee BreakCoffee BreakIce Breaker@RH2

Coffee BreakSession 12B
Topic I @RH1

8:30

8:30 -

9:00

9:00 -

9:30

9:30 - 10:00
10:30 - 11:00

Session 16A Session 16B 11:00 - 11:30
Topic C @NH Topic G @RH1 11:30 - 12:00

Lunch

Lunch

Poster2
Topic B, G and H@CR1-2 & CR3-4
Session 7A
Topic E @NH

Poster3
Topic C, E and F@CR1-2 & CR3-4

12:30 - 13:00

Coffee BreakSession 4A
Topic E @NH

Session 4B
Session 8A
Session 8B
Topic F @RH1 Topic A @NH Topic G @RH1

Session 17B
Topic I @RH1

14:00 - 14:30
14:30 - 15:00

Session 13B
Session 13A
Topic F
Topic C @NH@CR5-6
Coffee BreakSession 14B
Session 14A
Topic G
Topic D @NH@CR5-6

Excursion

Session 7B
Topic I @RH1

13:30 - 14:00
Session 17A
Topic E @NH

Closing Ceremony @NH

15:00 - 15:30
15:30 - 16:00
16:00 - 16:30
16:30 - 17:00
17:00 - 17:30
17:30 - 18:00

18:00 - 18:30
18:30 - 19:00

8:00

8:00 -

12:00 - 12:30

Lunch

Lunch

16:30 - 17:00
17:00 - 17:30

7:30 -

13:00 - 13:30

Session 3A
Topic A @NH

15:30 - 16:00

TIME

10:00 - 10:30

12:00 - 12:30

17:30 - 18:00

Session 11A Session 11B Session 15A Session 15B
Topic A @NH Topic H @RH1 Topic B @NH Topic H @RH1

Session 2A
Session 2B
Session 6A
Session 6B
Session 10A Session 10B Session 12A
Topic B @NH Topic G @RH1 Topic C @NH Topic F @RH1 Topic F @NH Topic H @RH1 Topic B @NH

11:30 - 12:00

13:30 - 14:00

FRI, SEP. 20

Opening Ceremony @NH

10:00 - 10:30

13:00 - 13:30

THU, SEP. 19

18:00 - 18:30
Welcome Reception@RH2

18:30 - 19:00

Banquet@Garden (if rainy RH1)

19:00 - 19:30

19:00 - 19:30

19:30 - 20:00

19:30 - 20:00

TOPICS
A Spaceborne Radar and Its Observation
B Phased Array Radar Technology and Its Observation
C Wind Profiler, Cloud Radar, and NonHydrometeorological Radar
D New and Emerging Radar Technology
E Radar Networks, Quality Control, Processing and Software
F Quantitative Precipitation Estimation and Hydrology
G Microphysical Studies with Radars
H Organized Convection and Severe Phenomena
I
Use of Radar Data for Nowcasting and Numerical Models
TOTAL

7

ORAL

POSTER
16
14
12
10
22
18
18
22
24
156

37
28
19
20
48
42
36
44
51
325

TOTAL
53
42
31
30
70
60
54
66
75
481

MONDAY, SEP 16*Terry James Schuur1,2,3, Erica Griffin1,2,3, Alexander Ryzhkov1,2,3
1. University of Oklahoma/Cooperative Instituite for Mesoscale
Meteorological Studies, 2. NOAA/National Severe Stomrs Laboratory,
3. University of Oklahoma/School of Meteorology[Session 1] 9:30-10:30 @NH

11:30 [Session 2B-03] Investigating snow aggregation
close to the melting layer using novel ground-based triplefrequency observations

Special Keynotes*Jose Dias Neto1, Stefan Kneifel1, Davide Ori1
1. University of Cologne

9:30 [Session 1-01] An Early History of Tropical Measuring
Mission TRMM ―The First Satellite Borne Precipitation
Radar―
Nobuyoshi Fugono
Former Director General of the Communications ResearchLaboratory in Japan

11:45 [Session 2B-04] Estimation of Melting Layer Cooling
Rate from Dual-Polarization Radar: Spectral Bin Model
Simulations*Jacob Carlin1,2, Alexander Ryzhkov1,2
1. Cooperative Institute for Mesoscale Meteorological Studies, 2.
University of Oklahoma

10:00 [Session 1-02] Personal Recollections of Radar
Meteorology and the AMS Conference
Roger M. Wakimoto
Former President of American Meteorological Society
University of California, Los Angeles[Poster1] 13:30-15:00 @CR1-2 & CR3-4

Spaceborne Radar and Its Observation
13:30 [Poster1-01] Global Drop Size Distribution observedby GPM/DPR[Session 2A] 11:00-12:00 @NH

Phased Array Radar Technology and Its
Observation*Moeka Yamaji1,2, Hiroshi G. Takahashi2, Takuji Kubota1, Riko Oki1,
Atsushi Hamada3, Yukari N. Takayabu4
1. Japan Aerospace Exploration Agency, 2. Tokyo Metropolitan
University, 3. University of Toyama, 4. University of Tokyo

11:00 [Session 2A-01] Development of Multi-Palameter
Phased-Array Weather Radar (MP-PAWR)
1

1

1

13:30 [Poster1-02] A statistical method for reducing
sidelobe clutter for the Dual-frequency Precipitation Radar
onboard the GPM Core Observatory

2*Masakazu Wada , Fumihiko Mizutani , Akiko Yamada , Tomoo Ushio ,Hiroshi Hanado3, Katsuhiro Nakagawa3, Nobuhiro Takahashi4
1. Toshiba Infrastructure Systems & Solutions Corporation, 2. Tokyo
Metropolitan University, 3. National Institute of Information andCommunication Technology (NICT), 4. Nagoya University*Takuji Kubota1, Toshio Iguchi2, Takeshi Masaki3, Riko Oki1
1. Japan Aerospace Exploration Agency, 2. National Institute ofInformation and Communications Technology, 3. Remote Sensing
Technology Center of Japan

11:15 [Session 2A-02] The Impact of a Wet Radome on
Polarimetric Quality of Phased Array Weather Radars:
Analysis and Calibration

13:30 [Poster1-03] Evaluation of Velocity measurement
accuracy for Future Geostationary Spaceborne Doppler
weather radar*Jorge L Salazar-Cerreno1
1. Advanced Radar Research Center (ARRC), The University ofOklahoma

Zhengxia Qin1, *Xuehua Li1, Jianxin He1, Xiaodan Jian1, Xianfeng
Zhou1, Sihan Wang1, Chengjun He1
1. Chengdu university of information technology

11:30 [Session 2A-03] Airborne Phased Array Radar(APAR): The Next Generation of Airborne Polarimetric
Doppler Weather Radar

13:30 [Poster1-04] Estimation of the top of the liquid layerfrom GPM/DPR*Nobuhiro Takahashi1
1. Institute for Space-Earth Environmental Research, Nagoya
University*Wen-Chau Lee1, Louis Lussier1, Vanda Grubišić1
1. NCAR/EOL

11:45 [Session 2A-04] Towards an Operational
Demonstration of the First Full-Scale Polarimetric PhasedArray Radar

13:30 [Poster1-05] Research on the method of low
sidelobe pulse suppression of Geosynchronous orbital
Doppler weather radar*Sebastian Torres1,2, Tom Buckman1,2, Christopher Curtis1,2, Eddie
Forren1,2, Stephen Gregg1,2, Igor Ivic1,2, Rafael Mendoza2, David
Schvartzman1,2, Christopher Schwarz1,2, Danny Wasielewski2, Allen
Zahrai1,2
1. Cooperative Institute for Mesoscale Meteorological Studies, The
University of Oklahoma, 2. National Severe Storms Laboratory, NOAA

*Shunxian Tang1, JianXin He1, Rui Li1, Hao Wang1
1. Chengdu University of Information Technology

13:30 [Poster1-06] Current status of the calibration of the
GPM/DPR*Takeshi Masaki1, Toshio Iguchi2, Kaya Kanemaru2, Kinji Furukawa3,
Naofumi Yoshida1, Takuji Kubota3, Riko Oki3
1. Remote Sensing Technology Center of Japan, 2. National Instituteof Information and Communications Technology, 3. Japan Aerospace
Exploration Agency[Session 2B] 11:00-12:00 @RH1

Microphysical Studies with Radars

13:30 [Poster1-07] Radar-based Snowfall Estimates at
Marquette, Michigan

11:00 [Session 2B-01] How are the melting layer properties
associated with snow microphysics? Insights fromobservations of multi-frequency radars and a dualpolarized radar*Haoran Li1, Dmitri Moisseev1,2
1. Institute for Atmospheric and Earth System Research / Physics,
Faculty of Science, University of Helsinki, Finland., 2. Finnish
Meteorological Institute, Helsinki, Finland.

*Ali Tokay1,9, Walter Petersen2, David B. Wolff3, Clarie Pettersen5,David Beacher7, Mark Kulie6, David Marks4,3, Jason Pippitt4,9, Matthew
Wingo8,2
1. JCET/UMBC , 2. NASA/MSFC, 3. NASA/GSFC/WFF, 4. SSAI, 5.
SSEC/University of Wisconsion, 6. NOAA, 7. NOAA/NWS, 8. UAH, 9.
NASA/GSFC

11:15 [Session 2B-02] Melting Layer Ice MicrophysicalProcesses in Winter Storms as Revealed by Quasi-Vertical
Profiles of Polarimetric WSR-88D Radar Data

13:30 [Poster1-08] Characteristics of ice over stratiform
rain: Global statistics from the Dual-frequency
Precipitation Radar and the proposed retrieval scheme8*Kamil Mroz1, Alessandro Battaglia1,3, Andrew Heymsfield5, Ann
Fridlind2, Pavlos Kollias4
1. National Centre for Earth Observation, 2. NASA Goddard Institutefor Space Studies, New York, NY, USA, 3. Earth Observation Science,
Department of Physics and Astronomy, University of Leicester,
Leicester, United Kingdom, 4. School of Marine and Atmospheric
Sciencies, Stony Brook University, Stony Brook, NY, USA, 5. National
Center for Atmospheric Research, Boulder, Colorado

13:30 [Poster1-19] Comparison of GPM DPR rain
microphysics products with retrievals obtained using aself-consistent method
Eugenio Gorgucci1, *Luca Baldini1, Mario Montopoli1, Elisa Adirosi1
1. CNR - Institute of Atmospheric Sciences and Climate

13:30 [Poster1-20] Characteristics of Products Associatedwith Path Attenuation Estimate After the Scan Pattern
Change of the DPR Ka-band Radar

13:30 [Poster1-09] Onboard Calibration of Spaceborne
Radar Parameters Using Sea Surface Echo

*Hyokyung Kim1,2, Robert Meneghini2, John Kwiatkowski3,2
1. GESTAR/MSU, 2. NASA/GSFC, 3. Geroge Mason University*Kaya Kanemaru1, Toshio Iguchi1, Takeshi Masaki2, Takuji Kubota3
1. NICT, 2. RESTEC, 3. JAXA EORC

13:30 [Poster1-21] Constraining the deconvolution ofoversampled satellite microwave observations to enhance
the spatial resolution of rain estimates

13:30 [Poster1-10] Heavy Ice Precipitation Band in an
Oceanic Extratropical Cyclone Observed by GPM/DPR: A
Case Study
11*ziad haddad1, Sahra Kacimi1, Svetla Hristova-Veleva1
1. Jet Propulsion Laboratory, California Institute of Technology

1*Shizuka Akiyama , Shoichi Shige , Yamamoto K. Munehisa , Toshio
Iguchi2
1. Graduate School of Science, Kyoto University, 2. National Instituteof Information and Communications Technology

13:30 [Poster1-22] Microphysical characteristics ofprecipitation over Korean Peninsula based on long-term
GPM databases*Choeng-lyong Lee1, Geunhyeok Ryu2, GyuWon Lee1
1. Center for Atmospheric REmote sensing, Kyungpook National
University, 2. National Meteorological Satellite Center, Korea
Meteorological Administration

13:30 [Poster1-11] Overview of the GPM/DPR Wide Swath
Observation Experiment*Kosuke Yamamoto1, Kinji Furukawa1, Nobuhiro Takahashi2, Takuji
Kubota1, Kaya Kanemaru3
1. Japan Aerospace Exploration Agency, 2. Nagoya University, 3.
National Institute of Information and Communications Technology

13:30 [Poster1-23] A New Evaluation Method for Cloud
Microphysics Schemes Using GPM Dual-frequency
Precipitation RadarA New Evaluation Method for Cloud
Microphysics Schemes Using GPM Dual-frequency
Precipitation Radar

13:30 [Poster1-12] Precipitation Characteristics in Coastal
Area of Alaska Revealed from Spaceborne Radars*Shunsuke Aoki1, Shoichi Shige1
1. Graduate School of Science, Kyoto University*Shunji Kotsuki1, Kenta Kurosawa1, Kaya Kanemaru2, Koji Terasaki1,
Takemasa Miyoshi1
1. RIKEN Center for Computational Science, 2. National Institute ofInformation and Communications Technology

13:30 [Poster1-13] Diurnal Cycle of Coastal Convection inSouth China Sea and Modulation by Intraseasonal
Oscillation Observed by TRMM and GPM

13:30 [Poster1-24] Microphysical Insights from GPM Dualfrequency Precipitation Radar Observations*Weixin Xu1, Steven Rutledge2, Kyle Chudler2
1. Sun Yat-sen University, 2. Colorado State University*Xiaowen Li1, Liang Liao1, Robert Meneghini2, Takamichi Iguchi3,
Chuntao Liu4, Wei-Kuo Tao2
1. Morgan State University/NASA GSFC, 2. NASA GSFC, 3. Universityof Maryland, College Park/NASA GSFC, 4. Texas A&M, Corpus Christi

13:30 [Poster1-14] Melting layer detection from the GPM
DPR measurements*Takahisa Kobayashi1,2, Mistuharu Nomura1, Soichiro Sugimoto1,
Ahoro Adachi2
1. Central Research Institute of Electric Industry, 2. MeteorologicalResearch Institute13:30 [Poster1-25] Assessing climatological precipitation
gradients derived using spaceborne radars inmountainous regions*Masafumi Hirose1
1. Meijo University

13:30 [Poster1-15] Assessment of Dual-Frequency Radarfor Retrieval of Snow Properties*Liang Liao1, Robert Meneghini2, Ali Tokay3, Hyokyung Kim1
1. Morgan State University, 2. NASA/Goddard Space Flight Center, 3.
University of Maryland Baltimore County

13:30 [Poster1-26] The Development of the Ground-BasedW-band Electronical-Scanning Cloud Profiling Radar with
Digital Beam Foaming Technique for calibration andValidation of EarthCARE/CPR

13:30 [Poster1-16] Simulation of EarthCARE Doppler
Velocity Measurements with NICAM: Effects of Doppler
Broadening and Folding*Hiroaki Horie1, Hiroshi Hanado1, Yuichi Ohno1
1. NICT*Yuichiro Hagihara1, Yuichi Ohno2, Hiroaki Horie2, Woosub Roh3,
Masaki Satoh3, Takuji Kubota1, Riko Oki1
1. JAXA, 2. NICT, 3. The University of Tokyo

13:30 [Poster1-27] USING DUAL-FREQUENCYPRECIPITATION RADAR AND RADIOMETER DATA FOR
SEA ICE MAPPING

13:30 [Poster1-17] Overview, Update and Science of the
GPM Validation Network Radar Database*Zoya Andreeva1, Alexander Shikov2, Maria Panfilova3, Kirill Ponur2,
Ilya Vinogradov 2, Maria Ryabkova 3, Vladimir Karaev3, Roman
Volgutov1
1. State Research Center "Planeta" of Roshydromet (SRC Planeta), 2.
Lobachevsky State University of Nizhni Novgorod (UNN), 3. Federal
Research Center Institute of Applied Physics of the Russian Academyof Sciences (IAP RAS)

*Walt Petersen1, Todd Berendes2, Patrick N Gatlin1, David Marks3,
Jason Pippitt3, David Wolff4
1. Earth Science Branch, NASA Marshall Space Flight Center, 2.
ITSC/University of Alabama in Huntsville, 3. Science Systems andApplications, Inc./NASA GSFC, 4. NASA Wallops Flight Facility/NASA
GSFC

13:30 [Poster1-28] Uncertainties in the estimation of
precipitation from GPM-DPR satellite over the Andesfrom
ground based Ka-band profiler perspective

13:30 [Poster1-18] An improvement of the precipitation
detection method for the Dual-frequency Precipitation
Radar onboard the Global Precipitation Measurement coreobservatory (GPM/DPR)*Jairo Michael Valdivia1, Shailendra Kumar1, Danny Scipión1, Yamina
Silva1, Patrick Gatlin2, Walter Petersen2
1. Geophysical Institute of Peru, 2. NASA Marshall Space Flight
Center*Atsushi Hamada1, Kaya Kanemaru2, Toshio Iguchi2
1. University of Toyama, 2. National Institute of Information andCommunications Technology

13:30 [Poster1-29] CG lightning activities and GPM/DPR
flagHeavyIcePrecip during heavy rainfall events

9

*Kenji Suzuki1, Rimpei Kamamoto1, Yuki Kaneko2, Katsuhiro
Nakagawa3
1. Yamaguchi University, 2. Japan Aerospace Exploration Agency, 3.
National Institute of Information and Communication Technology

1. Cooperative Institute for Mesoscale Meteorological Studies/The
University of Oklahoma, 2. The National Severe Storms
Laboratory/National Oceanic and Atmospheric Administration

13:30 [Poster1-41] Concept and Possible Configuration of
Troposphere-Adaptive Phased Array Weather Radar with
Comb-Beam Transmission

13:30 [Poster1-30] New global precipitation observation
pioneered by GPM/DPR*Riko Oki1, Takuji Kubota1, Kinji Furukawa1, Yuki Kaneko1, Moeka
Yamaji1, Kosuke Yamamoto1, Toshio Iguchi2, Yukari Takayabu3
1. JAXA, 2. NICT, 3. The University of Tokyo*Eiichi Yoshikawa1,2, Tomoo Ushio2
1. Japan Aerospace Exploration Agency, 2. Tokyo Metropolitan
University

13:30 [Poster1-31] Investigation of Drop Size Distribution(DSD) of Mesoscale Convective System (MCS) with Squall
Line Through Global Precipitation Measurement (GPM)
Dual-frequency Precipitation Radar (DPR) Observations

13:30 [Poster1-42] A Novel Super Resolution Algorithm for
Weather Radar Echo Based on Sparse Representation*Qiangyu Zeng1, Xing Zhang1, Jianxin He1, Zhao Shi1
1. CUIT

Ziwei Zhu1, *Youcun Qi1
1. Institute of Geographical Sciences and Resources Research,
Chinese Academy of Sciences

13:30 [Poster1-43] Signal Processing for Suppressing
Mutual Interferences in a Multiple Weather Radar
Environment

13:30 [Poster1-32] Cross-validation of CSU-CHIVO with
GPM-DPR and ARM-CSAPR2 during RELAMPAGO*Taihei Uchida1, Eiichi Yoshikawa2, Hiroshi Kikuchi3, Naoto Takizawa1,
Tomoaki Mega1, Tomoo Ushio1
1. Tokyo Metropolitan University, 2. Japan Aerospace Exploration
Agency, 3. The University of Electro-Communications*Ivan Arias1, V. Chandrasekar1
1. Colorado State University

13:30 [Poster1-33] Precipitation Microphysics of Tropical
Cyclones over the Western North Pacific Based on GPM
DPR Observations
1

13:30 [Poster1-44] A Preliminary Application of SystemVue
On Weather Radar Simulation*QianYuChen Wang1, JianXin He1,2, Xu Wang1,2
1. ChengDu University Of Information Technology,China, 2. Key
Laboratory of Atmospheric Sounding,China

2*Hao Huang , Fengjiao Chen
1. Nanjing University, 2. Anhui Meteorological Information Centre

13:30 [Poster1-45] EAGLE radar: An extremely low-cost,
multi-beam, rapid-scan X-band radar for weather radar
networks

13:30 [Poster1-34] EarthCARE L2 cloud/precipitation
retrieval algorithms*Kaori Sato1, Hajime Okamoto1
1. Research Institute for Applied Mechanics, Kyushu University

David J Bodine1, Clarice Dyson1,2, *Robert Palmer1,2, Boonleng
Cheong1, Charles Nicholls3, Justin Miller3, Michihiro Teshiba4, Ayano
Ueki4
1. Advanced Radar Research Center, University of Oklahoma, 2.
School of Meteorology, University of Oklahoma, 3. Nanowave
Technologies, 4. Weathernews, Inc.

13:30 [Poster1-35] Development status of EarthCARE
Cloud Profiling Radar*Yuichi Ohno1, Hiroaki Horie1, Kinji Furukawa2, Hirotaka Nakatsuka2,
Yoshihisa Aida2, Yoshihiro Seki2, Kazuyuki Okada2, Kenta Maruyama2,
Nobuhiro Tomiyama2, Satoshi Kusama2, Eiichi Tomita2
1. National Institute of Information and Communications Technology, 2.
Japanese Aerospace Exploration Agency

13:30 [Poster1-46] The PX-10k: A polarimetric X-band
transportable radar for rapid-scan weather observations*Boonleng Cheong1, David Bodine1, Clarice Dyson1, Robert Palmer1,
Charles Nicholls2, Justin Miller2
1. University of Oklahoma, 2. Nanowave Technologies

13:30 [Poster1-36] Cross validation of TEMPEST-D
CubeSat observations using ground polarimetric radarobservations and numerical weather model predictions
over precipitating storms

13:30 [Poster1-47] THE ADVANCED COSINE NEIGHBOR
ALGORITHM FOR TRUE WIND RETRIEVAL FROMWEATHER RADARS*CHANDRASEKAR RADHAKRISHNAN1, CHANDRA V1, Steven C.
Reising1
1. Colorado State University*Ashwin Raju D K1, B Arul Malar Kannan1
1. India Meteorological Department

13:30 [Poster1-37] The Sensitivity of Discrete Dipole
Approximation to Hydrometeor Composition
Heterogeneity

13:30 [Poster1-48] Automatic Ground Clutter Identification
Technique based on Neural Networks*Tomomi Aoki1, Keiichi Yamaguchi1, Koichiro Gomi1, Takashi Murano2,
Akiko Yamada2, Satoshi Kida2, Fumihiko Mizutani2, Masakazu Wada2
1. Toshiba Corporation, 2. Toshiba Infrastructure Systems & Solutions
Corporation*Kwo-Sen Kuo1,2, Robert S Schrom2,3, Adrian M Loftus1,2, Ian S
Adams2, William S Olson2,4
1. ESSIC, University of Maryland-College Park, 2. NASA Goddard
Space Flight Center, 3. Universities Space Research Association, 4.
JCET, University of Maryland-Baltimore County

13:30 [Poster1-49] Development of Monostatic Antenna
System for W-band FMCW Cloud Radar[Poster1] 13:30-15:00 @CR1-2 & CR3-4

New and Emerging Radar Technology*Tomohiro ARAI1, Kazuki SEKIYA1, Daichi MORI1, Kohei MORIKAWA1,
Yohei KAWAMURA1, Toshiaki TAKANO1
1. Graduate School of Engineering, Chiba University

13:30 [Poster1-38] Obtaining the full scattering matrix withsimultaneous H&V transmission radar

13:30 [Poster1-50] Water vapor measurement using digitalterrestrial broadcasting waves

1*Valery V Melnikov
1. Oklahoma University*Seiji Kawamura1, Hiroshi Hanado1, Hiroki Ohta1, Shingo Shimizu2
1. National Institute of Information and Communications Technology, 2.
National Research Institute for Earth Science and Disaster Resilience

13:30 [Poster1-39] New Textbook: Radar Meteorology, AFirst Course

13:30 [Poster1-51] Progress in Development of a Laser
Radar with Long-Duration Frequency-Modulated Pulse for
Measuring Wind

*Robert M Rauber1, Stephen W Nesbitt1
1. University of Illinois at Urbana-Champaign*Hiroshi Yamasuge1, Eiichi Yoshikawa2, Tomoo Ushio1, Shoken Ishii3,
Makoto Aoki3, Kazuki Hashimoto2

13:30 [Poster1-40] A Novel ZDR Estimator for Improved
Measurement Accuracy from Weak Signals*Igor R. Ivic1,2

10

1. Tokyo Metropolitan University, 2. Japan Aerospace Exploration
Agency, 3. National Institute of Information and Communications
Technology

1. National Central University, Taiwan, 2. Pacific Northwest National
Laboratory, USA, 3. National Center for Atmospheric Research, USA

13:30 [Poster1-63] Validation of microphysics
parameterization of numerical model in winter season
using radar measurements

13:30 [Poster1-52] Radar refractivity estimation using
solid-state weather radar*Eiichi Sato1, Hiromu Seko1, Nobuhiro Nagumo2, Hiroshi Yamauchi2
1. Meteorological Research Institute, 2. Japan Meteorological Agency*Sujeong Cho1, Kwang Deuk Ahn1
1. Korea meteorological administration, Numerical modeling center,
Numerical data application division

13:30 [Poster1-53] The NRC W- and X-band Airborne
Radar Systems: Calibration and Signal Processing

13:30 [Poster1-64] Precipitation type analysis using ahydrometeor classification of high-resolution radar data evaluation results of winter season 2018/2019 at
Deutscher Wetterdienst

Cuong Nguyen1, *Mengistu Wolde1, Andrew Pazmany2
1. Flight Research Laboratory, National Research Council Canada,
Ottawa, Canada, 2. ProSensing Inc., Amherst, Massachusetts, USA*Tim Boehme1, Joerg Steinert1
1. Deutscher Wetterdienst

13:30 [Poster1-54] Development of road meteorologicalobservation system using integrated vehicle sensor*Hong Ki Sung1, Kyu Soo Chong1, Sang Hun Lim1
1. Korea Institute of Civil Engineering and Building Technology

13:30 [Poster1-65] Nowcasting of stratiform rain exploiting
signatures in the dendritic growth layer, microphysicalretrievals and spectral bin modelling

13:30 [Poster1-55] Optimized Waveform for HighSensitivity Weather Radars via Coordinate Descent*Silke Troemel1, Jacob Carlin2,3, Alexander Ryzhkov2,3, Clemens
Simmer1
1. IGM, University of Bonn, 2. CIMMS, University of Oklahoma, 3.
NOAA/NSSLMohammad Alaee-Kerahroodi1, *Kumar Vijay Mishra2, Bhavani
Shankar M.R.1, Anton Kruger2, Witold F Krajewski2, Bjorn Ottersten1
1. SnT, University of Luxembourg, 2. The University of Iowa, Iowa City,
IA 52246, USA

13:30 [Poster1-66] An Innovative Method of Using GPM
Observation to Quantitatively Evaluate Cloud andPrecipitation Properties Simulated by the DOE Climate
Model over the Continental U.S.

13:30 [Poster1-56] Rigorous spectral observation theory
and its applications to Spaced Antenna measurement*Koji Nishimura1,2, Taishi Hashimoto1, Masaki Tsutsumi1, Toru Sato3
1. National Institute of Polar Research, 2. Research Organization ofInformation and Systems, 3. Kyoto University*jingyu wang1, Jiwen Fan1, Robert Houze2, Stacy Brodzik2, Kai Zhang1,
Po-lun Ma1
1. Pacific Northwest National Laboratory, 2. University of Washington

13:30 [Poster1-57] ROTTERDAM – development of an
operational X-band radar observation framework
dedicated to urban weather research and smart-city
applications

13:30 [Poster1-67] Sizing and Nowcasting Severe Hail
Exploiting a Polarimetric C-band Radar Network*Mari L Schmidt1, Silke Trömel1, Alexander V Ryzhkov2, Clemens
Simmer1
1. University of Bonn, Bonn, Germany, 2. CIMMS/University ofOklahoma, Norman, Oklahoma, USA*Yann Dufournet1, Albert Oude Nijhuis1, Igor Stepanov1, Tobias Otto1
1. SkyEcho[Poster1] 13:30-15:00 @CR1-2 & CR3-4

13:30 [Poster1-68] The Clouds and Precipitation
Exploration Laboratory in Germany (CPEX-Lab)

Use of Radar Data for Nowcasting andNumerical Models*Silke Troemel1, Susanne Crewell2, Ulrich Loehnert2, Peter Knott3,
Clemens Simmer1
1. Institute for Geosciences and Meteorology, University of Bonn, 2.
Institute for Geophysics and Meteorology, University of Cologne, 3.
RWTH Aachen/ FHR Wachtberg

13:30 [Poster1-58] Convective Storm Nowcasting Using a
Deep Learning Approach

13:30 [Poster1-69] Analysis of the May 19, 2013 EdmondCarney TornadicSupercell by EnKF Assimilation of S-band
Radar Data

*Lei Han1, Wei Zhang1, Juanzhen Sun2
1. Ocean University of China, 2. NCAR

13:30 [Poster1-59] Evaluation of the ConvGRU Deep
Learning Method for Convective Weather Nowcasting*Milind Sharma1, Robin Tanamachi1, Daniel T Dawson II1, Youngsun
Jung2, Kevin Thomas2
1. Purdue University, West Lafayette, Indiana, USA, 2. Center for
Analysis and Prediction of Storms, Norman, Oklahoma, USA

Hanyang Guo1, Mingxuan Chen2, *Lei Han1
1. Ocean University of China, 2. Institute of Urban Meteorology, CMA,
China

13:30 [Poster1-70] Nowcasting with the Rijnmond X-bandradar: challenges and validation of algorithms

13:30 [Poster1-60] BiLateral Operational Storm-Scale
Observation and Modeling (BLOSSOM)*Albert Oude Nijhuis1, Yann Dufournet1, Tobias Otto1, Igor Stepanov1
1. SkyEcho*Toshihisa Matsui1, David B Wolff2, Stephen Lang3, Karen Mohr4
1. NASA GSFC & ESSIC UMD, 2. NASA Wallops Flight Facility, 3.
NASA GSFC & SSAI, 4. NASA GSFC

13:30 [Poster1-71] The Use of Dual Phased Array Weather
Radar Observations to Short-range Convective Forecasts

13:30 [Poster1-61] Research of Multi-Resolution
Incremental Four Dimensional Variational Radar Data
Assimilation*James Taylor1, Guo-Yuan Lien1, Shinsuke Satoh2, Takemasa Miyoshi1
1. RIKEN RCC-S, 2. NICT National Institute of Information andCommunications Technology*ChungYi Lin1, Zhiquan Liu2, Jing-Shan Hong3, Chin-Hsiao Chiang3,
Ya-Ting Tsai3
1. National Science and Technology Center for Disaster Reduction, 2.
National Center for Atmospheric Research, 3. Central Weather Bureau

13:30 [Poster1-72] Thunderstorm Identification Algorithm
Research Based on Simulated Airborne Weather Radar
Reflectivity Volume Scan Data
Xu Wang1,2, *Rui Liao1, Jianxin He1,2, Wanting Chen1
1. CUIT University, 2. Key Laboratory of Atmospheric Sounding ofChina Meteorological Administration

13:30 [Poster1-62] The development of a terrain-resolving
4DVar data assimilation system (IBM_VDRAS) and its
applications in analyzing heavy rainfall processes in
Taiwan

13:30 [Poster1-73] Utilize polarimetric radar to assess theperformance of WRF-SBM Simulations of Deep
Convective Systems

Ying-Jhang Wu1, *Yu-Chieng Liou1, Sheng-Lun Tai2,1, Juanzhen Sun311

*Wei-Kuo Tao1, Takamichi Iguchi1, Toshihisa Matsui1
1. NASA Goddard Space Flight Center*Jeong-Ho Bae1, Ki-Hong Min1, Hee-Dong Lee1
1. Department of Astronomy and Atmospheric Sciences, Kyungpook
National University

13:30 [Poster1-74] Improving radar echo Lagrandian
extrapolation by blending numerical model windinformation: statistical performance of typhoon cases

13:30 [Poster1-85] Assimilating every 30-second phasedarray weather radar data in a torrential rainfall event on
July 6, 2018 around Kobe city*kao-shen chung1, I-An Yao1, Hsin-Hung Lin2
1. National Central University, 2. National Science and Technology
Center for Disaster Reduction*Yasumitsu Maejima1, Shigenori Otsuka1, Takemasa Miyoshi1,2,3
1. RIKEN, Center for Computational Science, 2. University of
Maryland, College Park, 3. Japan Agency for Marine-Earth Scienceand Technology

13:30 [Poster1-75] Using GPM radar data to understandthe causes of abrupt change in the direction of Cyclone
Fani

13:30 [Poster1-86] Testing a new Winter hydrometeor
classification algorithm for distinction between ice pellets
and freezing rain

*Harish Baki1, C Balaji1, Balaji Srinivasan1
1. Indian Institute of Technology Madras

13:30 [Poster1-76] The Multi-Year Reanalysis of RemotelySensed Storms update and research progress

Brandon Hickman1, *Raquel M Evaristo1, Silke Trömel1, Clemen
Simmer1
1. Institute for Geoscience and Meteorology, University of Bonn

*Anthony E Reinhart1,2, Kiel L Ortega1,2, Skylar Williams1,2, Travis M
Smith1,2
1. OU/CIMMS, 2. NOAA/OAR/NSSL

13:30 [Poster1-87] A deep-learning approach to threedimensional precipitation nowcasting*Shigenori Otsuka1, Marimo Ohhigashi1, Viet Phi Huynh2, Pierre
Tandeo3, Takemasa Miyoshi1
1. RIKEN, 2. Eurecom, 3. IMT Atlantique

13:30 [Poster1-77] Application of Lightning Location andRadar Data in Cloud Analysis System and Numerical
Experiments

13:30 [Poster1-88] Quantitative Precipitation Forecast
System using Dual Polarization Radar Data in Korea*GUOQIANG XU1, CHAN SUN2
1. National Meteorological Center of CMA, Beijing 100081, 2. Chinese
Academy Meteorological Sciences of CMA, Beijing 100081*Kyung-Yeub NAM1, Myoung-Jae SON1, Young-A OH1, Ji-Won KIM1,
Kun-Il JANG1, Jung-Whan LEE1
1. Korea Meteorological Administration

13:30 [Poster1-78] Comparison of Model Results of
Hurricane Earl (2010) and the APR-2 Dual-frequency, Dualpolarization RadarData Collected During the NASA GRIP
Investigation

13:30 [Poster1-89] The Australian Wind Profiler Network
and its role in Numerical Weather Prediction*Jainn Jong Shi1, Scott A Braun2, Zhining Tao3
1. NASA/GSFC GESTAR/Morgan State University, 2. NASA/GSFC, 3.
NASA/GSFC GESTAR*Bronwyn Dolman1,2, Iain Reid1,2, Chris Tingwell3
1. ATRAD Pty Ltd, 2. University of Adelaide, 3. Australian Government
Bureau of Meteorology

13:30 [Poster1-79] Radar-Based Rainfall Nowcasting
based on Deep Learning over Southern China

13:30 [Poster1-90] Withdrawn: From observation toclimatology: preparing 17-year radar- and NWP-based hail
data series for climatological studies*zhenqing liang1, Junjun Hu2, Sheng Chen3,4, Chaoying Huang1, Asi
Zhang3,4, Liusi Xiao3,4
1. Key Laboratory of Environment Change and Resources Use in
Beibu Gulf (Nanning Normal University), Ministry of Education,
Guangxi, China, 2. Cooperative Institute for Mesoscale MeteorologicalStudies, The University of Oklahoma, Norman, Oklahoma, USA, 3.
School of Atmospheric Sciences, and Guangdong Province Key
Laboratory for Climate Change and Natural Disaster Studies,
Guangzhou 510275, China, Guangzhou 510275, China, 4. Southern
Laboratory of Ocean Science and Engineering (Guangdong, Zhuhai)*Simona Trefalt1, Katharina Schroeer2, Urs Germann1, Alessandro
Hering1, Luca Nisi2, Cornelia Schwierz2
1. MeteoSwiss, Division for Radar, Satellite and Nowcasting, 2.
MeteoSwiss, Division for Analysis and Forecasting

13:30 [Poster1-91] Towards the assimilation ofpolarimetry-derived hydrometeor mixing ratios inGermany*Lucas Reimann1, Clemens Simmer1, Silke Troemel1
1. Meteorological Institute University of Bonn

13:30 [Poster1-80] Location error of optical flow
techniques on nowcasting

13:30 [Poster1-92] Assimilation of Dual Polarization Radar
Using GSI Cloud Analysis: A Case Study*Arthur Costa Tomaz de Souza1, Georgy Ayzel1, Maik Heistermann1
1. Institute for Environmental Sciences and Geography, University of
Potsdam*Zhicheng Ding1, Kun Zhao1
1. Nanjing University

13:30 [Poster1-81] Improving Radar-Based Hail Impact
Estimates by Modelling Hail Trajectories

13:30 [Poster1-93] Performance Evaluation of Spectral Bin
Classifier (SBC) using ICE-POP 2018 cases*Jordan Palmer Brook1, Alain Protat2, Joshua Soderholm2, Hamish
McGowan1
1. University of Queensland, 2. Australian Bureau of Meteorology*Wonbae Bang1, Jacob Carlin2, Alexander Ryzhkov2, Kwonil Kim3,
GyuWon Lee1,3
1. Center for Atmospheric REmote sensing (CARE), Kyungpook
National University, Daegu, South Korea, 2. Cooperative Institute for
Mesoscale Meteorological Studies, The University of Oklahoma, andNOAA/OAR National Severe Storms Laboratory, Norman, Oklahoma,
USA, 3. Dept. of Astronomy and Atmospheric Sciences, Kyungpook
National University, Daegu, South Korea

13:30 [Poster1-82] A study on radar data assimilation
methods to improve precipitation forecast*JIWON LEE1, Ki-Hong Min1
1. Department of Astronomy and Atmospheric Sciences, Kyungpook
National University, Daegu, South Korea

13:30 [Poster1-94] Nowcasting of Precipitation Type using
Weather Radar Data

13:30 [Poster1-83] A Dual Polarized Radar Data
Assimilation for a Meso-scale Numerical Model
1*Joerg Steinert1
1. Deutscher Wetterdienst, Germany

1*JAE-GEUN LEE , KI-HONG MIN
1. Department of Astronomy and Atmospheric Sciences, Kyungpook
National University, Daegu, South Korea

13:30 [Poster1-95] Towards an efficient polarimetric radar
forward operator for NWP frameworks

13:30 [Poster1-84] Improvement of Quantitative
precipitation forecast using radar data assimilation in aweather prediction model*Jana Mendrok1, Jeffrey Snyder2, Silke Troemel3, Ulrich Blahak1
1. Deutscher Wetterdienst, Offenbach, Germany, 2. NOAA/OAR
National Severe Storms Laboratory, Norman, Oklahoma, USA, 3.

12

Institute for Geosciences and Meteorology, University Bonn, Bonn,
Germany

1. Consorzio Lamma, 2. CNR-IBIMET

13:30 [Poster1-107] Data assimilation of Ka-band radarand X-band radar for rainfall prediction

13:30 [Poster1-96] Assimilating radar data with retrieved
thermodynamic fields: A case study of frontal system on
June 11 2012

*kosei yamaguchi1, eiichi nakakita1, kazuki ueshima2, yosuke horiike3
1. DPRI, Kyoto University, 2. NTT DOCOMO, INC., 3. Osaka Metro
Co., Ltd.

*Ching-Yin Ke1, Kao-Shen Chung1, Yu-Chieng Liou1, Shu-Chih Yang1
1. National Central University, Taoyuan City, Taiwan

13:30 [Poster1-108] Comparison Between Assimilation ofRadial Velocity and Radar Atmospheric Motion Vectors in
a 3DVAR System to Forecast Precipitation

13:30 [Poster1-97] Refractivity distributions over the
Kanto and Osaka plains and their impacts on the rainfall
forecasts*Eder Paulo Vendrasco1, Renato Galante Negri1, Dirceu Luis Herdies1
1. National Institute for Space Research*Hiromu Seko1,3, Eiichi Sato1, Hiroshi Yamauchi2, Yoshinori Shoji1,
Shinsuke Satoh4
1. Meteorological Research Institute, 2. Japan Meteorological Agency,
3. Japan Agency for Marine-Earth Science and Technology, 4. National
Institute of Information and Communications Technology[Session 3A] 15:00-16:00 @NH

Spaceborne Radar and Its Observation

13:30 [Poster1-98] A smart multi-sensor approach for
dynamically guiding a solid-state X-band radar during
intense weather systems approaching urban areas

15:00 [Session 3A-01] Gaps in Cloud and Precipitation
Observations from Space: Opportunities andRequirements for Future Spaceborne Radar Missions*Samantha Melani1, Alessandro Mazza1, Francesca Caparrini2, Andrea
Antonini2, Alberto Ortolani1
1. CNR-IBIMET | Consorzio LaMMA, 2. Consorzio LaMMA*Pavlos Kollias1,2,3, Alessandro Battaglia4,5, Simone Tanelli6
1. Stony Brook University, 2. Brookhaven National Laboratory, 3.
University of Cologne, 4. University of Leicester, 5. UK National Centre
for Earth Observations, 6. Jet Propulsion Laboratory

13:30 [Poster1-99] Comparison of VIL Nowcast Social
Experiment Results Using XRAIN and MP-PAWR Data
Conducted in the Tokyo Metropolitan Area in 2015 and2018

15:15 [Session 3A-02] The EarthCARE/CPR Development
Status*Kazuyuki Okada1, Eiichi Tomita1, Kinji Furukawa1, Yoshihisa Aida1,
Hirotaka Nakatsuka1, Yoshihiro Seki1, Satoshi Kusama1, Nobuhiro
Tomiyama1, Kenta Maruyama1
1. JAXA*Koyuru Iwanami1, Kohin Hirano1, Hisashi Nakagaki2, Ryohei Misumi1,
Takeshi Maesaka1, Shingo Shimizu1
1. National Research Institute for Earth Science and Disaster
Resilience, 2. Japan Weather Association

15:30 [Session 3A-03] Next precipitation measuring
mission after GPM/DPR

13:30 [Poster1-100] Implementing Aircraft Mode-S Data in
the Austrian Hydrometeor Classification System
1

2*Kinji Furukawa1, Kosuke Yamamoto1, Yuki Kaneko1, Takuji Kubota1,
Riko Oki1, Nobuhiro Takahashi2
1. JAXA, 2. Nagoya University

2*Rudolf Kaltenboeck , Vera Meyer , Lukas Tüchler
1. Austro Control, Austria, 2. ZAMG, Austria

15:45 [Session 3A-04] RainCube’s first year in space :product calibration, validation and considerations on
spatial resolution and sampling

13:30 [Poster1-101] A Simulating Method of Polarimetric
Weather Radar Data for Typhoon Detection*Zewei Zhao1, Xichao Dong1, Jiaqi Hu1
1. Beijing Institute of Technology*Simone Tanelli1, Ousmane O Sy1, Gian Franco Sacco1, Robert M
Beauchamp1, Ziad S Haddad1
1. Jet Propulsion Laboratory

13:30 [Poster1-102] Is It Possible to Predict Typhoon Track
Using Wind Field Observation by Wind Profiler and Dual
Doppler Radars?

[Session 3B] 15:00-16:00 @RH1

*Dong-In Lee1, Jisun Lee1, Sung-Ho Suh1
1. Pukyong National University

Use of Radar Data for Nowcasting andNumerical Models

13:30 [Poster1-103] Development of a new seamlessintegrated forecasting system (SINFONY) at DWD

15:00 [Session 3B-01] Why is radar data so difficult toassimilate properly?

*Markus Schultze1, Ulrich Blahak1, Kathrin Wapler1, Marcus Paulat1,
Roland Potthast1, Axel Seifert1, Manuel Werner1, Liselotte Bach1,
Elisabeth Bauernschubert1, Robert Feger1, Kathrin Feige1, Michael
Hoff1, Markus Junk1, Alberto de Lozar1, Lisa Neef1, Rafael Posada1,
Martin Rempel1, Sven Ulbrich1, Christian Welzbacher1
1. Deutscher Wetterdienst*Frederic Fabry1, Veronique Meunier1
1. McGill University

15:15 [Session 3B-02] Assimilation of OPERA radars data
in AROME-France NWP model: a challenge*Maud Martet1
1. Meteo France, DR/GMAP/OBS

13:30 [Poster1-104] Development of a probabilistic
precipitation-nowcasting approach at DWD*Markus Schultze1, Martin Rempel1, Manuel Werner1, Kathrin Wapler1
1. Deutscher Wetterdienst

15:30 [Session 3B-03] Development of Dual-Pol Radar
Forward Operator in Simulation of a Supercell Storm andpossible Use in the Variational Data Assimilation Schemes

13:30 [Poster1-105] Tornado Occurrence Forecasting
Method Based on a Simplified 4DVAR Radar Data
Assimilation and Traditional Radar Echo Identification andNowcasting Technique: Preliminary Results.

*Jidong Gao1, Guifu Zhang2, Muyun Du3,4
1. NOAA/National Severe Storms Laboratory, 2. School ofMeteorology, University of Oklahoma, 3. Cooperative Institute for
Mesoscale Meteorological Studies, University of Oklahoma, 4. Hubei
Key Laboratory for Heavy Rain Monitoring and Warning Research,Institute of Heavy Rain, Chinese Meteorological Adminstration*Soichiro Sugimoto1, Zhuming Yin2, Juanzhen Sun2
1. Central Research Institute of Electric Power Industry, 2. National
Center for Atmospheric Research

15:45 [Session 3B-04] Assimilating radar observed andretrieved variables to improve the model convective scale
rainfall forecast : OSSE and real case studies

13:30 [Poster1-106] Dynamic assignment of RADAR
reflectivity uncertainty forcing data assimilation in WRF
numerical model*Yu-Ting Cheng1, Yu-Chieng Liou1
1. Dept. of Atmosphere Sciences, National Central University, Taoyuan
City 320, Taiwan*Alberto Ortolani1,2, Luca Rovai1,2, Riccardo Benedetti1, Andrea
Antonini1, Luca Fibbi1,2

13

17:30 [Session 4B-05] Advantages and challenges of a
specific attenuation based radar QPE for operations[Session 4A] 16:30-18:00 @NH

Radar Networks, Quality Control,
Processing and Software*Jian Zhang1, Lin Tang2, Steve Cocks2, Pengfei Zhang2, Alexander
Ryzhkov2, Carrie Langston2, Brian Kaney2, Ken Howard1
1. National Severe Storms Lab, 2. Cooperative Institute for Mesoscale
Meteorological Studies, University of Oklahoma

16:30 [Session 4A-01] Rethinking Ground Clutter Filtering:
Regression Filtering to Improve Radar Signal Statistics

17:45 [Session 4B-06] Application of the self-consistency
among the polarimetric variables to improve theprecipitation estimation*John C Hubbert1, Greg Meymaris1, Ulrike Romatschke1, Mike Dixon1
1. NCAR*Nan YU1, Qingtong GU2, Nicolas GAUSSIAT1
1. Centre de Météorologie Radar, Météo France, 2. MeteorologicalObservation Centre of China Meteorological Administration

16:45 [Session 4A-02] Evaluation of wind turbine clutter
detection and suppression in dual-pol weather radarobservations
Amit Dutta2, *Evan Ruzanski1, V. Chandrasekar2
1. Vaisala, 2. Colorado State University

17:00 [Session 4A-03] Radio Frequency Interference
Characterization and Mitigation for Polarimetric Weather
Radar
Jiapeng Yin1, Peter Hoogeboom1, *Christine Unal1, Herman
Russchenberg1
1. Delft University of Technology

17:15 [Session 4A-04] How Do Reflectivity Gradients
Affect the Performance of Range Oversampling
Processing?
*Christopher Curtis1, Sebastian Torres1
1. CIMMS/NSSL

17:30 [Session 4A-05] Assessing the antennacharacteristics and pointing accuracy of a polarimetricweather radar*Michael Frech1, Theodor Mammen1, Bertram Lange1
1. Deutscher Wetterdienst

17:45 [Session 4A-06] Rejuvenating refractivity
processing: A radar meteorology story (an intertwined taleof hardware, propagation, processing, and weather)*Frederic Fabry1, Daniel Hogg1, Ya-Chien Feng2
1. McGill University, 2. NCAR

[Session 4B] 16:30-18:00 @RH1

Quantitative Precipitation Estimationand Hydrology
16:30 [Session 4B-01] Polarimetric VPR - a new
methodology for mitigation of the bright band
contamination in QPE*Alexander Ryzhkov1, Pengfei Zhang1
1. University of Oklahoma

16:45 [Session 4B-02] Upscaling microwave link rainfall
estimation: pilot studies from cellular communication
networks in Africa, Asia and South America
Tommy van Leth2, *Aart Overeem1,2, Jenny Prosser3, Daniele
Tricarico3, Hidde Leijnse1, Remko Uijlenhoet2
1. Royal Netherlands Meteorological Institute, 2. Wageningen
University & Research, 3. GSM Association

17:00 [Session 4B-03] RadAlp: Potential of radar remotesensing for the estimation of liquid and solid precipitationin the French Alps
*Guy Delrieu1, Anil Kumar Khanal1, Frédéric Cazenave1, Brice
Boudevillain1, Dominique Faure2, Nan Yu2, Nicolas Gaussiat2
1. Institut des Géosciences de l'Environnement, Grenoble, France, 2.
Météo-France, Toulouse, France

17:15 [Session 4B-04] Capturing the variability of the DSD
actually improves the estimate of the ground rainfall fromweather radar*Jacques Victor Testud1, Emmanuel Moreau1, Erwan Le Bouar1
1. NOVIMET

14

TUESDAY, SEP 17

1. School of Meteorology, University of Oklahoma, 2. Advanced Radar
Research Center, 3. Cooperative Insitute for Mesoscale MeteorologicalStudies, 4. NOAA National Weather Service Storm Prediction Center[Session 5A] 9:00-10:30 @NH

9:45 [Session 5B-04] A Polarimetric Radar Climatology ofSupercell Thunderstorms in the United States

New and Emerging Radar Technology*Michael M. French1, Darrel M. Kingfield2, Kristofer S. Tuftedal1, Jacob
H. Segall1, Jeffrey C. Snyder3
1. Stony Brook University, 2. Cooperative Institute for Research in
Environmental Sciences (CIRES), University of Colorado &NOAA/OAR/ESRL/Global Systems Division, 3. NOAA/OAR/National
Severe Storms Laboratory

9:00 [Session 5A-01] The Colorado State University shipbased C-band dual-polarized radar: Deployments andearly science results*Steven A Rutledge1, V. Chandrasekar1, Brenda Dolan1, Kyle Chudler1,
Jim George1, Francesc Junyent1
1. Colorado State University

10:00 [Session 5B-05] Rapid-scan, polarimetricobservations of supercells using a mobile phased arrayradar

9:15 [Session 5A-02] An S-band Frequency-Modulated
Continuous-Wave Radar: Observations During the 2017
California Oroville Dam Crisis*Robin L Tanamachi1, Stephen J Frasier2, William Heberling2, Carl
Wolsieffer2, Allison T LaFleur1, Milind Sharma1
1. Purdue University, 2. University of Massachusetts Amherst*Allen B. White1, Paul E. Johnston2,1, Daniel J. Gottas1, Benjamin J.
Moore1
1. NOAA/ESRL Physical Sciences Division, 2. Cooperative Institute for
Research in Environmental Sciences

10:15 [Session 5B-06] Multi-sensor observation ofevolution from cumulus to cumulonimbus in Tokyo
metropolitan area
*Takeshi Maesaka1, Tadayasu Ohigashi1, Koyuru Iwanami1, Shin-ichi
Suzuki1, Yukari Shusse1, Namiko Sakurai1, Kaori Kieda1, Shingo
Shimizu1, Yasushi Uji1, Nobuhiro Takahashi2, Hiroshi Hanado3,
Katsuhiro Nakagawa3, Tomoo Ushio4
1. National Research Institute for Earth Science and Disaster
Resilience, 2. Nagoya University, 3. National Institute of Information
and Communications Technology, 4. Tokyo Metropolitan University

9:30 [Session 5A-03] Multistatic Passive Weather Radar:
Development, Validation, and Latest Results*Andrew Byrd1, Robert Palmer1, Caleb Fulton1
1. Univ. of Oklahoma/ARRC

9:45 [Session 5A-04] The Vapor In-cloud Profiling Radar(VIPR): Field deployment and validation of in-cloud
humidity profiles retrieved using a 170 GHz differential
absorption cloud radar[Session 6A] 11:00-12:00 @NH*Richard Roy1, Matthew Lebsock1, Ken Cooper1, Luis Millan1, Raquel
Rodriguez Monje1, Jose Siles1
1. Jet Propulsion Laboratory, California Institute of Technology

Wind Profiler, Cloud Radar, and
NonHydrometeorological Radar

10:00 [Session 5A-05] Calibration for Weather Radars
using UAV Hosted Targets

11:00 [Session 6A-01] Modeling and measurements ofcloud radar dual-wavelength ratio of ice hydrometeors*Sergio Daniel Graniello1, V Chandrasekar1, Shashank Joshil1, Jim
George1, Patrick Kennedy1
1. Colorado State University*Sergey Y Matrosov1, Maximilian Maahn1, Gijs de Boer1
1. CIRES, Universty of Colorado and NOAA ESRL

11:15 [Session 6A-02] Phase Characterization of Southern
Ocean Clouds using HIAPER Cloud Radar (HCR) and HighSpectral Resolution Lidar (HSRL) Observations: resultsfrom SOCRATES

10:15 [Session 5A-06] The C-band On Wheels (COW)
quickly deployable radar*Joshua Wurman1, Karen Ann Kosiba1, Brian Pereira1
1. The Center for Severe Weather Research*Troy J Zaremba1, Robert M. Rauber1, Joseph A. Finlon1, Greg M.
McFarquhar2, Sonia Lasher-Trapp1, Daniel M. Stechman2
1. University of Illinois at Urbana-Champaign , 2. Cooperative Institutefor Mesoscale Meteorological Studies, University of Oklahoma[Session 5B] 9:00-10:30 @RH1

Organized Convection and Severe
Phenomena

11:30 [Session 6A-03] G-band radars and their potential incloud microphysical studies

9:00 [Session 5B-01] SimRadar – A U.S.-Japan
collaborative effort to develop a polarimetric radar
simulator for tornado studies*Alessandro Battaglia1, Pavlos Kollias2
1. University of Leicester, Leicester, UK, 2. University of Stonybrook,
NY, USDavid J Bodine1, *Boonleng Cheong1, Takashi Maruyama2, Caleb
Fulton1,3, Sebastian Torres1,3,4, Robert Palmer1,5, Howard Bluestein5,
Arturo Umeyama1,3, Javier Lujan1,3, Zach Wienhoff5, Casey Griffin1,5
1. Advanced Radar Research Center, University of Oklahoma, 2.
Disaster Prevention Research Institute, Kyoto University, 3. School ofElectrical and Computer Engineering, University of Oklahoma, 4.
National Severe Storms Laboratory, NOAA, 5. School of Meteorology,
University of Oklahoma

11:45 [Session 6A-04] Clear-Air Echoes Observed by KaBand Scanning Polarimetric Cloud Radars

9:15 [Session 5B-02] Mobile Radar Observations of the
Evolving Debris Field Compared with a Damage Survey of
the Shawnee, Oklahoma Tornado

Quantitative Precipitation Estimationand Hydrology*Tadayasu Ohigashi1, Takeshi Maesaka1, Shin-ichi Suzuki1, Yukari
Shusse1, Namiko Sakurai1
1. National Research Institute for Earth Science and Disaster
Resilience[Session 6B] 11:00-12:00 @RH1

*Roger M Wakimoto1, Zachary Wienhoff2, Howard B Bluestein2
1. UCLA, 2. University of Oklahoma

11:00 [Session 6B-01] The influences of large scale
forcing on the diurnal cycle of rainfall over Darwin

9:30 [Session 5B-03] An investigation of tornadic debris
signatures in damaging tornadoes using observations andsimulations of Doppler spectra*Robert Clyde Jackson1, Scott Collis1, Yan Feng1, Valentin Louf2, Alain
Protat4, Rob Warren2, Brenda Dolan5, Elizabeth Thompson6, Scott
Powell7, Scott Giangrande3, Die Wang3
1. Argonne National Laboratory, 2. Monash University, 3. Brookhaven
National Laboratory, 4. Bureau of Meteorology Australia, 5. Colorado
State University, 6. University of Washington, 7. Naval Postgraduate
School*Zachary Wienhoff1, Howard Bluestein1, David Bodine2, Boon Leng
Cheong2, Dylan Reif1, Nathan Dahl3,4, Trey Greenwood1

15

13:30 [Poster2-08] Assessing the Benefits of a RapidScanning Phased Array Weather Radar

11:15 [Session 6B-02] Dual-polarization radar signaturesof the convectively driven Lausanne flash-flood event onJune 11, 2018

*Andrew Mahre1,2, Kyle Pittman3,4, Tian-You Yu1,2,5, David Bodine1,2
1. Advanced Radar Research Center, University of Oklahoma, 2.
School of Meteorology, University of Oklahoma, 3. Northern Illinois
University, 4. Research Experiences for Undergraduates (REU)
Program, 5. School of Electrical and Computer Engineering, Universityof Oklahoma*Marco Gabella1, Daniel Wolfensberger1, Marco Boscacci1, Jacopo
Grazioli1, Urs Germann1
1. MeteoSwiss

11:30 [Session 6B-03] Advancing flash flood early
warnings using a proxy of polarimetric PAR observations

13:30 [Poster2-09] Spatial-Temporal Evolutions ofPrecipitation Cores and Lightning Activity Observed by
Phased Array Weather Radars and BOLT

*Yixin Wen1, Terry Schuur1,2, Humberto Arrieta Vergara1,2, Charles
Kuster1,2, James Kurdzo3
1. Cooperative Institute for Mesoscale Meteorological Studies,
University of Oklahoma, 2. NOAA/NSSL, 3. Lincoln Laboratory,
Massachusetts Institute of Technology, Lexington, Massachusetts*Younghyun Cho1, Joon-Woo Noh1, Eul-Rae Lee1
1. K-water Research Institute, K-water (Korea Water Resources
Corporation)*Yukie Moroda1, Kazuhisa Tsuboki2, Shinsuke Satoh3, Katsuhiro
Nakagawa3, Tomoo Ushio4, Hiroshi Kikuchi5
1. National Institute for Information and Communications Technology,
Tokyo, Japan / Institute for Space-Earth Environment Research,
Nagoya University, Nagoya, Japan, 2. Institute for Space-EarthEnvironment Research, Nagoya University, Nagoya, Japan, 3.
National Institute for Information and Communications Technology,
Tokyo, Japan, 4. Department of Aerospace Engineering, Tokyo
Metropolitan University, Hino, Japan, 5. University of ElectroCommunications, Tokyo, Japan[Poster2] 13:30-15:00 @CR1-2 & CR3-4

13:30 [Poster2-10] Preliminary result of MIMO observation
with the MU radar

11:45 [Session 6B-04] Application of the weather radarbased quantitative precipitation estimations for flood
runoff simulation in a dam watershed

Phased Array Radar Technology and Its
Observation*Tomoya Matsuda1, Hiroyuki Hashiguchi1
1. Research Institute for Sustainable Humanosphere,Kyoto University

13:30 [Poster2-11] Development of a dual-polarized slotted
waveguide array antenna made of injection-molded resin

13:30 [Poster2-01] High-Temporal Resolution
Observations of Weak-Echo Reflectivity Bands in the 16
May 2017 Wheeler, Texas, Tornado*Casey Griffin1,2, David Bodine1,2, Javier Lujan1,2, Robert Palmer1,2
1. University of Oklahoma, 2. Advanced Radar Research Center*Tomoya Matsuda1, Ikuya Kakimoto1, Yoshihiko Konishi2, Narihiro
Nakamoto1, Takashi Uesaka1, Takashi Uno1, Tomoyuki Koyanagi1,
Takeshi Yamamoto1
1. Mitsubishi Electric Corporation, 2. Hiroshima Institute of Technology

13:30 [Poster2-02] An evaluation of the Multi Parameter
Phased Array Weather Radar

13:30 [Poster2-12] X-band Phased Array Weather Radar
Observations of a Mesocyclone in the Tokyo Urban Area
*Shigeharu Shimamura1,3, Kazuomi Morotomi1,3, Saori Kurihara1,
Fumiaki Kobayashi2, Toshiaki Takano3, Atsushi Higuchi3, Hisato
Iwashita4
1. Japan Radio Company, Ltd., 2. National Defense Academy ofJapan, 3. Chiba University, 4. Meisei Electric Co., Ltd.

*Taku Suezawa1, Hiroshi Kikuchi2, Tomoaki Mega1, Eiichi Yoshikawa3,
Hiroshi Hanado4, Syugo Hayashi1,5, Tomoo Ushio1
1. Tokyo Metropolitan University, 2. The University of ElectroCommunications, 3. Japan Aerospace Exploration Agency, 4. National
Institute of Information and Communications Technology, 5.
Meteorological Research Institute13:30 [Poster2-13] Analyses of a Severe Convective Storm
Using an X-band Polarimetric Phased Array Radar inSouthern China

13:30 [Poster2-03] Research to Operations Strategy for
Meteorological Phased Array Radar

*Asi Zhang1,2, Sheng Chen1,2
1. Sun Yat-sen University, 2. Southern Laboratory of Ocean Scienceand Engineering*Mark E. Weber1,2, Kurt Hondl2
1. Cooperative Institute for Mesoscale Meteorological Studies,
University of Oklahoma, 2. NOAA OAR National Severe Storms
Laboratory

13:30 [Poster2-14] Analysis of Equatorial Atmosphere
Radar (EAR) Spaced-Antenna Performance from Multiple
Orientation of the Receiving Antennas

13:30 [Poster2-04] Preliminary analysis to design C-bandpolarimetric phased array weather radar*Kento Nakamura1, Hiroshi Kikuchi2, Tomoaki Mega1, Tomoo Ushio1
1. Tokyo Metropolitan University, 2. The University of ElectroCommunications*Nor Azlan bin Mohd Aris1,2, Hiroyuki Hashiguchi1, Mamoru Yamamoto1
1. RISH, Kyoto University, 2. FKEKK, UTeM

13:30 [Poster2-15] Meteorological observations andsystem performance from a C-band phased array weather
radar in Beijing, China

13:30 [Poster2-05] Bias of the polarimetric variables on
the Ten Panel Demonstrator (TPD) of a phased arrayweather radar*Sheng Chen1, Asi Zhang1, Chaoying Huang3, Yanqiang Wei2, Zhirui
Wang2
1. School of Atmospheric Sciences, and Guangdong Province Key
Laboratory for Climate Change and Natural Disaster Studies, Sun Yatsen University, Guangzhou 510275, China, 2. Beijing Institute of Radio
Measurement, Beijing, 100854, China, 3. Key Laboratory ofEnvironment Change and Resources Use in Beibu Gulf (Guangxi
Teachers Education University), Ministry of Education, Guangxi,
530001 China*Djordje Mirkovic1,2, Dusan S Zrnic2
1. CIMMS (OU), 2. NSSL (NOAA)

13:30 [Poster2-06] A First Look at the ATD Data
Corrections*Igor R. Ivic1,2, David Schvartzman1,2
1. Cooperative Institute for Mesoscale MeteorologicalStudies/University of Oklahoma, 2. The National Severe Storms
Laboratory/National Oceanic and Atmospheric Administration

13:30 [Poster2-16] Application of MMSE Doppler spectrum
estimator to an X-band Phased Array Weather Radar

13:30 [Poster2-07] Development of a Shared Mobile Cband Polarimetric Atmospheric Imaging Radar (PAIR)
1,2,3

3

*Naoya Takizawa1, Eiichi Yoshikawa2, Hiroshi Kikuchi3, Tomoaki
Mega1, Tomoo Ushio1
1. Tokyo Metropolitan University, 2. Japan Aerospace Exploration
Agency, 3. The University of Electro-Communications

1,3*Tian-You Yu , Matthew S. McCord , Jorge L. Salazar , Caleb
Fulton1,3, Robert D. Palmer1,2,3, Howard B. Bluestein2
1. School of Electrical and Computer, University of Oklahoma, 2.
School of Meteorology, University of Oklahoma, 3. Advanced Radar
Research Center, University of Oklahoma

13:30 [Poster2-17] Initial observations with X-band multiparameter phased array radar in Japan16

*Hiroshi Kikuchi1, Taku Suezawa2, Tomoo Ushio2, Yasuhide Hobara1
1. The University of Electro-Communications, 2. Tokyo Metropolitan
University

13:30 [Poster2-28] Analysis of misocyclones structures ofa storm on 15 May 2017 in Okinawa using a phased arrayweather radar*Ryusho Imai1, Nobuhiro Takahashi1
1. Nagoya University

13:30 [Poster2-18] Observation of summer thunderclouds
on 13 August 2018 over Kanto-Plain using Multi-Parameter
Phased Array weather radar[Poster2] 13:30-15:00 @CR1-2 & CR3-4*Takeharu Kouketsu1, Nobuhiro Takahashi1, Katsuhiro Nakagawa2
1. Nagoya University, Nagoya, Aichi, 2. NICT, Koganei, Tokyo

Microphysical Studies with Radars

13:30 [Poster2-19] Eye Wall Structure of Typhoon, ‘Jebi’
Observed by Kobe Phased Array Weather Radar

13:30 [Poster2-29] Simultaneous observations fromscanning radars and a vertically pointing micro rain radarand quantitative evaluation of polarimetric estimates*Koji Sassa1, Akira Nishii1, Shinsuke Satoh2
1. Kochi University, 2. National Institute of Information andCommunications Technology*Ricardo Reinoso-Rondinel1,2, Marc Schleiss2
1. University of Bonn, 2. Delft University of Technology

13:30 [Poster2-20] Analysis of isolated convective
systems by using multi-parameter phased array weather
radar

13:30 [Poster2-30] Bulk Microphysical Properties ofOrographic Rainfall Deduced by Vertically Pointing Radars
in the Western United States*Nobuhiro Takahashi1, Hiroshi Hanado2
1. Institute for Space-Earth Environmental Research, Nagoya
University, 2. National Institute of Information and Communications
Technology*Allen B. White1, Daniel J. Gottas1, Robert Cifelli1, Haonan Chen2,1
1. NOAA/ESRL Physical Sciences Division, 2. Cooperative Institute for
Research in the Atmosphere

13:30 [Poster2-31] Dual-Wavelength Polarimetric Radars
Observation of Snow Development Process

13:30 [Poster2-21] Application of adaptive beamforming to
Dual Polarization Phased Array Weather Radar
*Shuhei Uchida1, Hiroshi Kikuchi3, Eiichi Yoshikawa2, Tomoaki Mega1,
Tomoo Ushio1
1. Tokyo Metropolitan University, 2. Japan Aerospace Exploration
Agency, 3. The University of Electro-Communications*Jingya Wu1, Qiang Sun1, Daren LÜ1, Yongheng Bi1
1. IAP, CAS

13:30 [Poster2-22] Weather Measurements Using a
Cylindrical Polarimetric Phased Array Radar*Gerald M Heymsfield1, Lynn McMurdie2, Scott A Braun1, John E
Yorks1
1. Goddard Space Flight Center, 2. University of Washington

13:30 [Poster2-32] The IMPACTS Airborne Field Campaign
to Investigate U.S. East Coast Snowstorms*Zhe Li1,2, Guifu Zhang1,31. Advanced Radar Research Center, University of Oklahoma, 2.
School of Electrical and Computer Engineering, University ofOklahoma, 3. School of Meteorology, University of Oklahoma

13:30 [Poster2-33] The triple-frequency retrieval of thecharacteristic size and width of rain drop size distribution*Kamil Mroz1, Alessandro Battaglia1,2, Stefan Kneifel3, Leo Pio
D'Adderio4
1. National Centre for Earth Observation, 2. Earth Observation
Science, Department of Physics and Astronomy, University ofLeicester, Leicester, United Kingdom, 3. Institute for Geophysics andMeteorology, University of Cologne, Cologne, Germany, 4. Italian
National Research Council, Institute of Atmospheric Sciences andClimate ISAC-CNR, Roma, Italy

13:30 [Poster2-23] Validation of VIL Nowcast for 30-minute
Forecast using Multi-Parameter Phased Array Weather
Radar*Kohin Hirano1, Koyuru Iwanami1, Takeshi Maesaka1
1. National Research Institute for Earth Science and Disaster
Resilience

13:30 [Poster2-24] Withdrawn: Interference mitigation forthe phased array radars using a novel null steering
technique13:30 [Poster2-34] X-band Radar Observations of theAngular Dependence of Specific Differential Phase Abovethe Bright Band

*Mohammad-Hossein Golbon-Haghighi1,2, Guifu Zhang1,3,2
1. Advanced Radar Research Center, University of OKlahoma, 2.
School of Electrical and Computer Engineering, University ofOklahoma, 3. School of Meteorology, University of Oklahoma*Joshua Hampton1, Lindsay Bennett2,1, Ryan Neely III2,1
1. University of Leeds, 2. National Centre for Atmospheric Science

13:30 [Poster2-35] Statistical Characteristics of Raindrop
Size Distribution and Associated Polarimetric Radar
Signatures in Complex Terrain Over the San Francisco
Bay Area

13:30 [Poster2-25] Development of the early detection
system of the localized torrential rainfall using vortex
tubes observed by the phased array weather rada
*Katsuhiro Nakagawa1, Masayuki Katayama2, Aritoshi Masuda2,
Hiroshi Hanado1, Koji Zettsu1, Eiichi Nakakita3
1. National Institute of Information and Communications Technology(NICT) , 2. Japan Weather Association (JWA), 3. Disaster Prevention
Research Institute, Kyoto University

Robert Cifelli1, *Haonan Chen2, Allen White1
1. NOAA ESRL Physical Sciences Division, 2. Cooperative Institute for
Research in the Atmosphere

13:30 [Poster2-36] The microphysical properties ofstratiform cloud cluster during Indian Summer Monsoon:
A case study using dual polarimetric C-Band radar andaircraft observations.

13:30 [Poster2-26] Development and Preliminary Resultsof the Airborne Phased Array Radar (APAR) Observation
Simulator (AOS)*SOUMYA SAMANTA1,2, P. Murugavel1, Dinesh Gurnule1, Thara
Prabhakaran1
1. Indian Institute of Tropical Meteorology, Dr. Homi Bhabha Road,
Pashan, Pune-411008, India., 2. Department of Meteorology andOceanography, College of Science and Technology, Andhra University,
Visakhapatnam-530003, India.

*Scott Mabry Ellis1, Wen-Chau Lee1, George Bryan, Kevin Manning,
Ting-Yu Cha, Michael Bell, Louis Lussier1
1. NCAR/EOL

13:30 [Poster2-27] NCAR's Phased Array Line
Replacement Unit Demonstrator: calibration, beamforming
and observations

13:30 [Poster2-37] Microphysical Insights from Coincident
Multi-Frequency and Polarimetric Radar Observations
During OLYMPEX*Peisang Tsai1, Rodrigo Lebron2, Jorge Salazar2, Jonathan Emmett1,
Eric Loew1, James Ranson1, Adam Karboski1, Christopher Burghart1
1. NCAR, 2. OU*Stephen J Munchak1, Ian S Adams1, Robert S Schrom1,2
1. NASA Goddard Space Flight Center, 2. NASA Postdoctoral Program

17

13:30 [Poster2-38] Evolution of precipitation microphysics
characteristics of a Typhoon Ewiniar (2018) landfall oversouthern China based on S-band polarimetric radar and
2DVD distrometer observations

13:30 [Poster2-47] Characteristics of particle size
distribution of falling ash particles from Sakurajima
obtained from laser-optical particle size velocity
disdrometer observation data

*Xiantong Liu1, Qilin Wan1, Hui Xiao1, Huiqi Li1, Tengfei Zheng1
1. Institute of Tropical and Marine Meteorology of China Meteorological
Administration, Guangzhou*Ren Takaoka1, Masayuki Maki2, Seiji Fukushima1, Masato Iguchi3,
Daisuke Miki3, Tomofumi Kozono4, Takahiro Miwa5, Takeshi Maesaka5
1. Graduate School of Science and Engineering, Kagoshima
University, Japan, 2. Research and Education Center for Natural
Hazards, Japan, 3. Disaster Prevention Research Institute, Kyoto
University, Japan, 4. Graduate School, Tohoku University, Japan, 5.
National Resarch Institute for Earth Science and Disaster Prevention,Japan

13:30 [Poster2-39] Microphysical Characteristics andTypes of Precipitation for Different Seasons over North
Taiwan*Pay-Liam Lin1, Meng-Tze Lee1, Wei-Yu Chang1, Balaji Kumar Seela1,
Jayalakshmi Janapati1
1. Department of Atmospheric Sciences, National Central University

13:30 [Poster2-48] Classification of precipitation andvolcanic clouds using operational X-band polarimetricradar parameters

13:30 [Poster2-40] Variability of cloud microphysicalproperties in context of thermodynamic and radar-derived
structure of mesoscale convective systems: results fromPECAN

*Yura Kim1,3, Masayuki Maki1, Masato Iguchi2, Dong-In Lee3
1. Research and Education Center for Natural Hazards, Kagoshima
University, Japan, 2. Sakurajima Volcano Research Center/DPRI,
Kyoto University, Sakurajima, Kagoshima, Japan, 3. Department ofEnvironmental Atmospheric Sciences, Pukyong National University,
Namgu, Busan, Republic of Korea*Greg McFarquhar1, Dan Stechman2, Robert Rauber3, Brian Jewett3
1. Cooperative Institute for Mesoscale Meteorological Studies andSchool of Meteorology, University of Oklahoma, 2. Cooperative
Institute for Mesoscale Meteorological Studies, University ofOklahoma, 3. Dept. of Atmospheric Sciences, University of Illinois

13:30 [Poster2-49] What does a positive KDP-peak region
above the melting level indicate? ~ Statistics of KDP
profiles obtained by a Ka-band polarimetric radar ~13:30 [Poster2-41] Conversion of the Vertical Profile ofReflectivity from Ku band to C band based on the Drop
Size Distribution from the Global Precipitation
Measurement mission (GPM) Dual-frequency Precipitation
Radar (DPR)*Taro Shinoda1, Tadayasu Ohigashi2, Hiroyuki Yamada3, Yukiya
Minami4, Kazuhisa Tsuboki1
1. Institute for Space-Earth Environmental Research, Nagoya
University, 2. National Research Institute for Earth Science andDisaster Resilience (NIED), 3. University of the Ryukyus, 4. Ishikawa
Prefectural University*Ziwei Zhu1, Youcun Qi1
1. Institute of Geographical Sciences and Resources Research,
Chinese Academy of Sciences

13:30 [Poster2-50] Overview of JAXA A-train Products
Towards EarthCARE Synergistic Research

13:30 [Poster2-42] Characteristic Analysis of the
Downburst in Greely,Colorado on 30 July 2017 Using
WPEA Method and X-Band Radar Observations*Yuichiro Hagihara1, Maki Kikuchi1,2, Hajime Okamoto3, Tomoaki
Nishizawa4, Takashi Y. Nakajima5, Takuji Kubota1, Riko Oki1
1. JAXA, 2. The University of Newcastle, 3. Kyushu University, 4.
National Institute for Environmental Studies, 5. Tokai University*Hao Wang1, Venkatachalam Chandrasekar2, Jianxin He1, Zhao Shi1,
Lijuan Wang1
1. Chengdu University of Information Technology, 2. Colorado State
University

13:30 [Poster2-51] Vertical Structure and Dynamical
Properties during Snow Events in Middle Latitudes ofChina from VPR-CFMCW Observations

13:30 [Poster2-43] Development of modular ice
microphysics retrieval for AWARE and other ARM sites*Ye Cui1,2, Zheng Ruan2, Ming Wei1, Feng Li2, Runsheng Ge2
1. NUIST, 2. CAMS

Frederic Tridon1, Petros Kalogeras2,3, *Alessandro Battaglia2,3, Stefan
Kneifel1, Ann Fridlind4
1. Institute for Geophysics and Meteorology, University of Cologne,
Cologne, Germany, 2. Department of Physics and Astronomy,
University of Leicester, Leicester, UK, 3. National Center for Earth
Observation, University of Leicester, Leicester, UK, 4. NASA Goddard
Institute for Space Studies, NY, USA

13:30 [Poster2-52] The analysis of lightning
characteristics using LINET and S-band Polarimetric radarin Korea.
*Mi-Young Kang1, Cheol-Hwan You1, Dong-In Lee1, Hyeon-Joon Kim1
1. Pkyoung National University

13:30 [Poster2-53] The evolution and structure of a longlived triple-hailfall storm using polarimetric radar insoutheast China

13:30 [Poster2-44] Large-Eddy Simulations of Cumulus
Congestus Cloud Using Super Droplet Method*Toshiki Matsushima1, Seiya Nishizawa1, Shin-ichiro Shima1,2
1. Riken Center for Computational Science, 2. Graduated School of
Simulation Studies, University of Hyogo*Ang Zhou1, Kun Zhao1, Hao Huang1
1. Key Laboratory of Mesoscale Severe Weather/MOE and School ofAtmospheric Sciences, Nanjing University, 163 Xianlin Road, Nanjing,
China

13:30 [Poster2-45] Generation of Rain Drops at Cloud
Bottom Observed with W-band Cloud Radar FALCON-I

13:30 [Poster2-54] Snow Microphysical Characteristics
and Snowfall Estimation by Z-SR Relations Derived from
2D Video Disdrometers in East China*Keisuke HIKAWA1, Taichi IURA1, Hyuga MORITA1, Ryo FUEDA1,
Yohei KAWAMURA1, Toshiaki TAKANO1, Atsushi HIGUCHI2, Tamio
TAKAMURA2, Fumiaki KOBAYASHI3, Kazuomi MOROTOMI4,
Shigeharu SHIMAMURA4, Hisato IWASHITA5
1. Graduate School of Engineering, Chiba University, 2. Center for
Environmental Remote Sensing, Chiba University , 3. National
Defense Academy of Japan, 4. Japan Radio Co., Ltd, 5. Meisei
Electric co., Ltd*Ranting Tao1, Kun Zhao1
1. Nanjing University

13:30 [Poster2-55] A new generalized approach for
distribution normalization and implications for radar
retrieval of raindrop size distributions

13:30 [Poster2-46] Advances in Chinese Dual-polarization
and Phased-array Weather Radars: Observational
Analysis of a Supercell in Southern China*Hugh Morrison1, Matthew R. Kumjian2, Olivier P. Prat3, Marcus van
Lier-Walqui4
1. National Center for Atmospheric Research, 2. Pennsylvania State
University, 3. North Carolina Institute for Climate Studies, North
Carolina State University, 4. NASA Goddard Institute for SpaceStudies and Columbia University*Chong Wu1, Liping Liu1, Xi Liu1
1. Chinese Academy of Meteorological Sciences1813:30 [Poster2-56] A Hydrometeor Classification Method
and Its Applications for X-band Dual-polarization Radar
Measurements

13:30 [Poster2-65] Downburst observations using a highdensity ground surface meteorological observation
network*Hui Xiao1,2, Liang Feng1, Yue Sun1,2
1. Key Laboratory of Cloud Precipitation Physics and Severe Storms(LACS), & Center of Disaster Reduction, Institute of AtmosphericPhysics, Chinese Academy of Sciences, 2. University of Chinese
Academy of Sciences (UCAS)*Hisato Iwashita1, Toshiaki Morita1, Koji Shibata1, Fumiaki Kobayashi2
1. Meisei Electric Co.,ltd., 2. National Defense Academy

13:30 [Poster2-66] Characteristics and Precipitation ofThree Types of Convective Storms During the Beijing
Extreme Rainfall of 15-17 July 2018

13:30 [Poster2-57] DERIVING MICROPHYSICAL
CHARACTERISTICS OF SNOW AND ICE PARTICLESFROM A DUAL POL WEATHER RADAR*CHA YAN CAO1
1. National Meteorological Centre*Erwan LE BOUAR1, Jacques TESTUD1, Emmanuel MOREAU1
1. NOVIMET

13:30 [Poster2-67] The first detection of a significant
tornado in China with Doppler weather radar

13:30 [Poster2-58] Performance evaluation of a radarbased super-cooled water detection algorithm during the
SNOWIE Field Campaign*Xiaoding Yu1
1. Training Center, China Meteorological Administration*David Serke1, Sarah Tessendorf1, Alexei Korolev2, Ivan Heckman2,
Jeff French3, Allyson Rugg1, Julie Haggerty1, David Albo1
1. NCAR, 2. ECCC, 3. University of Wyoming

13:30 [Poster2-68] Analysis of Mesoscale Character on
Bohai Ocean–effect Snowstorm by Doppler Radar Data
*CHENG FANG YANG1
1. Shandong Meteorological Observatory

13:30 [Poster2-59] Dynanmical and Microphysical
Properties of Precipitating Clouds in the South of China
Based on VPR-CFMCW and Disdrometer Observations

13:30 [Poster2-69] Energetics and Rotational Dynamics ofHurricane Clusters*Zheng Ruan1, Yang Zhao Huo2, Feng Li1, Run Sheng Ge1
1. Chinese Academy of Meteorological Sciences, 2. Collaborative
Innovation Center on Forecast and Evaluation of Meteorological
Disasters*Bryan Kerman1
1. none13:30 [Poster2-70] Evolution and Development
Mechanisms of an Intense Arc-Shaped Squall Line
Occurring along the South Side of a Cold Vortex

13:30 [Poster2-60] Drop Size Distribution Characteristics
of Seven Typhoons from 2D-Video Disdrometer and Cband Polarimetric Radar in China

Yanduo GONG2,1,3, *Yongguang ZHENG1,2, Qi LUO2,1
1. National Meteorological Centre, CMA, 2. Chinese Academy of
Meteorological Sciences, CMA, 3. Heilongjiang Meteorological Office*Kun Zhao1, Long Wen1
1. Nanjing University

13:30 [Poster2-71] A New Machine Learning-Based
Tornado Detection Algorithm for the WSR-88D Network

13:30 [Poster2-61] Analyzing supercells and theirattendant hazards using raw and bias-corrected S-Banddifferential reflectivity*Thea Sandmael1,2, Kimberly Elmore1,2, Brandon Smith1,2
1. OU CIMMS, 2. NOAA NSSL

*Darrel Kingfield1, Michael M French2, Jeffrey C Snyder3, Kristopher
Tuftedal2, Jacob Segall2
1. Cooperative Institute for Research in Environmental Sciences,
University of Colorado, and NOAA/OAR/ESRL/Global Systems
Division, Boulder, Colorado, 2. School of Marine and Atmospheric
Sciences, Stony Brook University, Stony Brook, New York, 3.
NOAA/OAR/National Severe Storms Laboratory, Norman, Oklahoma

13:30 [Poster2-72] Automated identification of ZDR arcs insimulated radar data: A comparative study*Allison Theresa LaFleur1, Robin Tanamachi1, Daniel Dawson1,
Raychel Nelson1, Brice Coffer2
1. Purdue University, 2. North Carolina State University

13:30 [Poster2-73] The evolution of a tornadic supercell
based on data from a mobile, rapid-scan, X-band,
polarimetric Doppler radar and a WSR-88D radar,
integrated with cloud-top features viewed by a rapidupdate, geosynchronous satellite

13:30 [Poster2-62] Hailstorm observations with X-bandpolarimetric radars in Tokyo metropolitan area, Japan.
*Yukari Shusse1, Shin-ichi Suzuki1, Takeshi Maesaka1, Kaori Kieda1,
Hitoshi Yokoyama1, Koyuru Iwanami1, Kohin Hirano1
1. National Research Institute for Earth Science and Disaster
Resilience*Howard Bluestein1, Dylan Reif1, Zachary Wienhoff1, Daniel Lindsey2,
Daniel Bikos3
1. School of Meteorology, University of Oklahoma, 2. NOAA/NESDIS,
3. Cooperative Institute for Research in the Atmosphere (CIRA)

13:30 [Poster2-63] Development of a Practical
Hydrometeor Classification Algorithm via a BayesianApproach Using C-band Dual Polarization Radar

13:30 [Poster2-74] The Nature of Winter Thunderstorms in
Japan*Akihito Umehara1, Tetsuji Koike2, Kentaro Yamamoto3, Nobuhiro
Nagumo3, Hiroshi Yamauchi3
1. Meteorological Research Institute, JMA, 2. Osaka Regional
Headquarters, JMA, 3. Observation Department, JMA*Koichiro Michimoto1
1. Otowa Electric Co. Ltd.

13:30 [Poster2-75] Radar analysis of linear rain bands
occurred Kochi Prefecture during the Heavy Rain Event ofJuly 2018

13:30 [Poster2-64] Triple-Frequency Airborne Radar
Observations of Mid and High Latitude Clouds*Cuong Nguyen1, Mengistu Wolde1, Samuel Haimov2, Alexei Korolev3,
Leonid Nichman1, Matthew Bastian1, Natalia Bliankinshtein1, Ivan
Heckman3
1. Flight Research Laboratory, National Research Council Canada,
Ottawa, Canada, 2. Department of Atmospheric Sciences, Universityof Wyoming, Wyoming, USA, 3. Environment and Climate Change
Canada, Toronto, Canada*Akira Nishii1, Koji Sassa1
1. Kochi University

13:30 [Poster2-76] A Comparison of the Polarimetric Radar
Characteristics of Hurricanes Harvey (2017) and Florence(2018)[Poster2] 13:30-15:00 @CR1-2 & CR3-4*Jennifer DeHart1, Michael Bell1
1. Colorado State University

Organized Convection and Severe
Phenomena

13:30 [Poster2-77] Classification of Heavy Ocean–effectSnow by Doppler Radar Observations

19

*chang liu1
1. Meteorological Observatory in Shandong Province*Huiling Yang1, Xiao Hui1,2,3, Yue Sun1,2,3
1. Key Laboratory of Cloud Precipitation Physics and Severe Storms(LACS), & Center of Disaster Reduction, 2. Institute of atmosphericphysics, Chinese academy of sciences, 3. University of Chinese
Academy of Sciences (UCAS)

13:30 [Poster2-78] THE Effect of wind shear on
thunderstorms lightning ACTIVITY: a CASE STUDY IN THE
AMAZON BASIN

13:30 [Poster2-88] An Observational Study of Jumping
Cirrus with Ground-based Visible Cameras and X-band
Radar*Pedro Augusto Sampaio Messias Ribeiro1, Carlos Augusto Morales
Rodriguez1
1. Universidade de Sao Paulo*Takafumi Seguchi1, Suginori Iwasaki1, Masashi Kamogawa2, Tomoki
Ushiyama3, Hajime Okamoto4
1. NDA of Japan, 2. GCARR, University of Shizuoka , 3. ICHARM,
PWRI, 4. RIAM, Kyushu University

13:30 [Poster2-79] Investigation of the Local Torrential
Rains in Ordos on July 7-10, 2016
*xuefeng meng1, jingbo yun1
1. Inner Mongolian Meteorological Observatory

13:30 [Poster2-89] Cause Analysis of an Extreme Gale
Event in Lingui

13:30 [Poster2-80] Preliminary Analysis of the Causes of"811" Strong Tornado weather*Mengsong Nong1
1. Guangxi Meteorological Observatory*jingbo yun1, xuefeng meng1
1. Inner Mongolia Autonomous Region Meteorological Observatory

13:30 [Poster2-90] Influence of Synoptic Pattern and LowLevel Wind Speed on Intensity and Diurnal Variations ofOrographic Convection in Summer over Pearl River Delta,
South China

13:30 [Poster2-81] A study on the physical process
involved in the genesis of a severe tropical tornado*xiuming wang1, Xiaoding Yu1
1. China meteorological Administration Training center*Xiaona Rao1, Kun Zhao1
1. Key Laboratory of Mesoscale Severe Weather/MOE and School ofAtmospheric Sciences, Nanjing University, Nanjing, China

13:30 [Poster2-82] Microphysical Characteristics of aGreat Rainstorm in Northern China Observed by 2DVD
and Micro Rain Radar

13:30 [Poster2-91] Multi-scale structure of meso-gamma
scale vortex observed by X-band Doppler radars*Li Luo1,2, Hui Xiao1,2, Huiling Yang1, Haonan Chen3,4, Jia Guo5, Yue
Sun1,2
1. Institute of Atmospheric Physics, Chinese Academy of Sciences, 2.
University of Chinese Academy of Sciences (UCAS), 3. Cooperative
Institute for Research in the Atmosphere, Colorado State University,
Fort Collins, 4. NOAA/Earth System Research Laboratory, Boulder, 5.
Beijing Metstar Radar CO., LTD*Hanako Inoue1, Kenichi Kusunoki1, Naoki Ishitsu1, Kenichiro Arai1,
Chusei Fujiwara2, Toru Adachi1, Hiroto Suzuki2
1. Meteorological Research Institute, Japan Meteorological Agency, 2.
East Japan Railway Company

13:30 [Poster2-92] Preliminary results from the Tiny
TWIRL 2019 tornado low-level wind study*Karen Ann Kosiba1, Joshua Wurman1
1. The Center for Severe Weather Research

13:30 [Poster2-83] Patterns of Thunderstorm Evolution
Over Lake Victoria Basin Based on Meso- and Local-Scale
Environmental Factors

13:30 [Poster2-93] Preliminary results from the CSWR
2019 hurricane low-level wind campaign*Rita Roberts1, James Wilson1, Daniel Megenhardt1, Pascal Waniha2,
Benedicto Katole2
1. NCAR, 2. TMA*Joshua Wurman1, Karen Ann Kosiba1
1. The Center for Severe Weather Research

13:30 [Poster2-84] Radar-based “Diurnal-Cycle Indices”
for hydrometeorology over Indonesian maritime continent

13:30 [Poster2-94] Characteristics of QLCS Downdrafts
and Environments Observed during the VORTEXSoutheast Project*Manabu D. Yamanaka1,2,3, Shuichi Mori3, Hiroyuki Hashiguchi4,
Albertus Sulaiman5, Reni Sulistyowati5, Mariko Ogawa4, Osamu
Kozan1,4
1. Research Institute for Humanity and Nature (RIHN), 2. Kobe
University, 3. Japan Agency for Marine-Earth Science and Technology(JAMSTEC), 4. Kyoto University, 5. Agency of Assessment andApplication of Technology (BBPT)James Marquis1, *Karen Ann Kosiba1, Joshua Wurman1
1. The Center for Severe Weather Research

13:30 [Poster2-95] A dual-polarization radar observation of
the thunderstorm dominated by positive cloud to groundlightning flash

13:30 [Poster2-85] An updated and extended radar-based
hail climatology for Switzerland*Syugo Hayashi1,2, Akihito Umehara2, Nobuhiro Nagumo3
1. Tokyo Metropolitan University, 2. Meteorological Research Institute,
JMA, 3. Observation Department, JMA*Simona Trefalt1, Katharina Schroeer2, Urs Germann1, Alessandro M
Hering1, Luca Nisi2, Cornelia Schwierz2
1. MeteoSwiss, Division for Radar, Satellite and Nowcasting, 2.
MeteoSwiss, Division for Analysis and Forecasting

13:30 [Poster2-96] Tornado Recognition Algorithm Basedon Fuzzy Logic*jia xu1, Qiangyu Zeng1, Jianxin He1, Yi Zhu2
1. CUIT , 2. Jiangsu Atmospheric Detection Center

13:30 [Poster2-86] Multifractal analysis on rainfall rate
obtained by radars and the numerical model CReSS
during 3 Typhoon cases in 2012 in S. Korea

13:30 [Poster2-97] Development process and lightning
characteristics of a supercell thunderstorm observed by
Tokyo LMA, an X-band phased array weather radar, and Xband polarimetric radars in Tokyo, Japan*Jisun Lee1,2, Ioulia Tchiguirinskaia2, Daniel Schertzer2, Yu-Chieng
Liou3, Dong-In Lee1
1. Department of Environmental Atmospheric Science, Pukyong
National University, Busan, Republic of Korea, 2. HM&Co, École desPonts, UPE, Champs-sur-Marne, France, 3. Department ofAtmospheric Sciences, National Central University, Jhongli City,
Taiwan*Namiko Sakurai1, Paul R. Krehbiel2, William Rison2, Rohald J.
Thomas2, Daniel Rodeheffer2, Shingo Shimizu1, Koyuru Iwanami1,
Takeshi Maesaka1, Kaori Kieda1, Yasushi Uji1
1. National Research Institute for Earth Science and Disaster
Resilience (NIED), 2. New Mexico Tech., NM, USA

13:30 [Poster2-87] Comparison of Cloud MicrophysicalCharacteristic Simulations of Atmospheric Models with
Hydrometeor Classification Based on X-band DualPolarization Radar Measurements for a Strong Convective
Cloud Precipitation

13:30 [Poster2-98] Observations of convective storm andtornado-like vortex using X- and Ka-band radars andDoppler lidars in Tokyo, Japan20

*Shin-ichi Suzuki1, Takeshi Maesaka1, Koyuru Iwanami1, Kaori Kieda1,
Yasushi Uji1
1. National Research Institute for Earth Science and Disaster
Resilience

13:30 [Poster3-99] Extended Validation of CompositeWeighted Rain Rate Algorithm using Iowa XPOL-5 Radar
Scans over a Twin-Bucket Rain Gauge Network
Merhala Thurai1, V. N. Bringi1, *Kumar Vijay Mishra2, Witold Krajewski2
1. Colorado State University, 2. University of Iowa

13:30 [Poster2-99] A Comparison of MRMS Echo Top
Altitudes and Cloud-Top Heights from Satellite*Skylar S Williams1, Kristin M Calhoun2
1. OU/CIMMS NOAA/OAR/NSSL, 2. NOAA/OAR/NSSL[Session 7A] 15:00-16:00 @NH

Radar Networks, Quality Control,
Processing and Software

13:30 [Poster2-100] Interactions between the atmosphericlarge-scale and the small-scale tropical convection
properties

15:00 [Session 7A-01] Artificial Intelligence and weather
radars*Valentin Louf1, Christian Jakob1, Alain Protat2
1. Monash University, 2. Bureau of Meteorology*Chandra V Chandrasekar1, Ryan Gooch1, Joseph Hardin2, Haonan
Chen3
1. Colorado State University, 2. PNNL, 3. NOAA, ESRL

13:30 [Poster2-101] Developing and Assessing the
Performance of an Object-Based Tornado Debris
Signature Detection Algorithm

15:15 [Session 7A-02] Classification of Rain Echoes by
Deep Learning Using Phased Array Weather Radar Data

*Jeffrey Snyder1, John Krause2,1, Arthur Witt1
1. NOAA/OAR National Severe Storms Laboratory, 2. Cooperative
Institute for Mesoscale Meteorological Studies, University of Oklahoma*Shinsuke Satoh1, Hiroshi Hanado1, Seiji Kawamura1, Tomohiko
Konno1, Michiaki Iwazume1, Shigenori Otsuka2, Takemasa Miyoshi2
1. National Institute of Information and Communications Technology, 2.
RIKEN Center for Computational Science

13:30 [Poster2-102] Polarimetric Radar Characteristics ofLarge Hail and Its Growth*Jeffrey Snyder1, John Krause2,1, Kiel Ortega2,1
1. NOAA/OAR National Severe Storms Laboratory, 2. Cooperative
Institute for Mesoscale Meteorological Studies, University of Oklahoma

15:30 [Session 7A-03] Correction of PolarimetricObservations from SSPA X-band Weather Radar*Jeong-Eun Lee1, Sung-Hwa Jung1
1. Weather Radar Center, Korea Meteorological Administration, South
Korea

13:30 [Poster2-103] Two Distinct Modes of Precipitation
Systems around the Southwestern Coast of Sumatra
During the Passage of an MJO Event

15:45 [Session 7A-04] Research to operations:
Establishing a next generation hail size estimation
algorithm*Biao Geng1, Masaki Katsumata1
1. Japan Agency for Marine-Earth Science and Technology*Nick Guy1, Scott M Ganson1
1. Verisk Weather Solutions

13:30 [Poster2-104] Different Precipitation Systems
between Hiroshima and Hyogo during the Extreme
Rainfall Event in July 2018 Revealed by the Radar
Observation
1,2[Session 7B] 15:00-16:00 @RH1

Use of Radar Data for Nowcasting andNumerical Models

1,3*Kenta Sueki , Yoshiyuki Kajikawa
1. RIKEN Center for Computational Science, 2. RIKEN Cluster for
Pioneering Research, 3. Research Center for Urban Safety andSecurity, Kobe University

15:00 [Session 7B-01] Big Data Assimilation: Past 6 Yearsand Future Plans

13:30 [Poster2-105] Characteristics of three-dimensional
wind field of Line-Shaped Rain Bands around Sapporo.
1*Takemasa Miyoshi1, Shigenori Otsuka1, Takumi Honda1, Guo-Yuan
Lien2, Yasumitsu Maejima1, Marimo Ohhigashi1, Yoshito Yoshizaki3,
Hiromu Seko4, Hirofumi Tomita1, Shinsuke Satoh5, Tomoo Ushio6,
Balazs Gerofi1, Yutaka Ishikawa1, Naonori Ueda1, Kana Koike7,
Yasuhiko Nakada8
1. RIKEN, 2. Central Weather Bureau, Taiwan, 3. Meteorological
Satellite Center, 4. Meteorological Research Institute, 5. National
Institute of Information and Communications Technology, 6. Tokyo
Metropolitan University, 7. MTI, Inc., 8. Tokyo Electric Power Company

1*Yuta Ohya , Tomohito Yamada
1. Hokkaido university

13:30 [Poster2-106] Withdrawn: Low level windcharacteristics over Cochin, India during the 2018
Monsoon Flood as observed with a 205 MHz wind Profiling
Radar*Manoj Manguttathil Gopalakrishnan1, Mohanakumar K1, Rakesh V1,
Rejoy Rebello1, Titu Samson1
1. Cochin University of Science and Technology

15:15 [Session 7B-02] Impact of Phased Array Radar on
Convective-scale Data Assimilation and Forecasting: An
OSSE Study

13:30 [Poster2-107] Field observation of rainfall
distributed in vertical cross section with Xband radar
under severe windy conditions in 2018

*Juanzhen Sun1, Zhuming Ying1, Robert Jeff Keeler1
1. NCAR*Hiroki OKACHI1, Yasushi Fujiyoshi2, Tomohito Yamada3
1. Graduate School of Engineering, Hokkaido University, 2. Professor
emeritus, Hokkaido University, 3. Faculty of Engineering, Hokkaido
University

15:30 [Session 7B-03] Assimilation impact of hightemporal-resolution volume scans on quantitative
precipitation forecasts in a severe storm; Evidence from
nudging data assimilation experiments with athermodynamical retrieval method.

13:30 [Poster2-108] Dual-Radar Observation study ofSquall lines in China*Shingo Shimizu1, Koyuru Iwanami1, Ryohei Kato1, Namiko Sakurai1,
Takeshi Maesaka1, Kaori Kieda1, Yukari Shusse1, Shin-ichi Suzuki1
1. National Research Institute for Earth Science and Disaster
Resilience

1*HaiGuang Zhou
1. Chinese Academy of Meteorolgical Science[Poster2] 13:30-15:00 @CR1-2 & CR3-4

15:45 [Session 7B-04] Assimilation impact of cloud radaron quantitative precipitation forecast for localized heavy
rainfall: Evidence from water vapor nudging data
assimilation experiments

Quantitative Precipitation Estimationand Hydrology
21

*RYOHEI KATO1, Shingo Shimizu1, Tadayasu Ohigashi1, Takeshi
Maesaka1, Koyuru Iwanami1
1. National Research Institute for Earth Science and Disaster
Resilience (NIED)

17:15 [Session 8B-04] Retrieval of Ice Microphysics using
Simultaneous Measurements at C- and Ka-Band*Martin Hagen1, Florian Ewald1, Silke Groß1, Christoph Knote2, Qiang
Li1, Bernhard Mayer2, Gregor Möller2, Eleni Tetoni1, Tobias Zinner2
1. DLR Institut fuer Physik der Atmosphaere, 2. LMU Meteorologisches
Institut[Session 8A] 16:30-18:00 @NH

Spaceborne Radar and Its Observation

17:30 [Session 8B-05] Microphysics and polarimetricfeatures of snowfall associated with a warm conveyor belt
during the ICE-POP 2018 campaign

16:30 [Session 8A-01] History and future plan about thesolver module of the DPR standard algorithm*Josue Gehring1, Alfonso Ferrone1, Nikola Besic2, Etienne Vignon1,
Annika Oertel3, Alexis Berne1
1. EPF Lausanne, 2. Meteo France, 3. ETH Zurich*Shinta Seto1
1. Nagasaki University

17:45 [Session 8B-06] Microphysical processes identified
by QVP-based hierarchical clustering of polarised X-band
Doppler radar observations

16:45 [Session 8A-02] GROUPEL AND HAILIDENTIFICATION ALGORITHM FOR GPM
minda Le1, *V. Chandrasekar1
1. colorado state university*Maryna Lukach1,2, Ryan R. III Neely1,2, David Dufton1,2, Joshua
Hampton1, Lindsay Bennett1,2
1. National Centre for Atmospheric Sciences, LEEDS, United
Kingdom , 2. School of Earth and Environment, University of Leeds,
LEEDS, United Kingdom

17:00 [Session 8A-03] GPM Satellite Radar Observationsof Precipitation Mechanisms in Atmospheric Rivers*Forest Cannon1, Jason M Cordeira2, Marty Ralph1
1. Scripps Institution of Oceanography, University of California San
Diego, 2. Plymouth State University

17:15 [Session 8A-04] Global Detection of Mesoscale
Convective Systems and Surprise Findings over Highlatitudes from the GPM Ku-band Spaceborne Radar*jingyu wang1, Robert Houze2, Jiwen Fan1, Stacy Brodzik2, Zhe Feng1,
Joseph Hardin1
1. Pacific Northwest National Laboratory, 2. University of Washington

17:30 [Session 8A-05] The Latitudinal Variability ofRaindrop Size Distribution Properties And the Implication
for GPM Rainfall Algorithms*Alain Protat1, Christian Klepp2, Valentin Louf3, Walter Petersen4,
Simon Alexander5, Ana Barros6, Jussi Leinonen7, Gerald Mace8
1. Australian Bureau of Meteorology, 2. Max Planck Institute for
Meteorology, 3. Monash University, 4. NASA Marshall Space Flight
Center, 5. Duke University, 6. Australian Antarctic Division, 7. École
Polytechnique Fédérale de Lausanne, 8. University of Utah

17:45 [Session 8A-06] A radar-only combined radarradiometer precipitation algorithm by the spaceborne
precipitation radar*Kaya Kanemaru1, Toshio Iguchi1, Atsushi Hamada2
1. NICT, 2. University of Toyama[Session 8B] 16:30-18:00 @RH1

Microphysical Studies with Radars
16:30 [Session 8B-01] Fully Polarimetric Ka-Band Radar
Observations of Ice Pellet Formation*Matthew R Kumjian1, Dana M Tobin1, Mariko Oue2, Pavlos Kollias2,3
1. Department of Meteorology and Atmospheric Science, The
Pennsylvania State University, 2. School of Marine and Atmospheric
Sciences, Stony Brook University, 3. Brookhaven National Laboratory

16:45 [Session 8B-02] Ka-band Radar Polarimetric andDoppler Spectrum Measurements for Snowbands Alongthe U.S. Northeast Coast*Mariko Oue1, Pavlos Kollias1,2, Brian A. Colle1, Alexander Ryzhkov3,
James Mead4
1. Stony Brook University, Stony Brook, NY, USA, 2. Brookhaven
National Laboratory, Upton, NY, USA, 3. Cooperative Institute for
Mesoscale Meteorological Studies, University of Oklahoma andNational Severe Storms Laboratory, Norman, OK, USA, 4.
ProSensing, Amherst, MA, USA

17:00 [Session 8B-03] Polarimetric radar signatures oforiented aggregates*Robert Schrom1, S Joseph Munchak2, Ian S Adams2
1. NASA GSFC/USRA, 2. NASA GSFC

22

WEDNESDAY, SEP 18

9:45 [Session 9B-04] Statistical comparison of convection
permitting model simulations with radar observations
over the Western Ghats of India[Session 9A] 9:00-10:30 @NH*Sachin Deshpande1, Utsav Bhowmik1, Medha Deshpande1, SubrataDas1, Govindan Pandithurai1
1. Indian Institute of Tropical Meteorology

Radar Networks, Quality Control,
Processing and Software

10:00 [Session 9B-05] Using Polarimetric Doppler Radar
Observations to Probabilistically Inform a New Class ofParticle-Property Predicting Bulk Ice Microphysics
Schemes

9:00 [Session 9A-01] A comparison of KDP retrieval
algorithms in an idealized known-truth environment*Matthew R Kumjian1, Marcus van Lier-Walqui2,3, Jerry Y. Harrington1,
Robert S. Schrom5, Anders A. Jensen4, Edwin L. Dunnavan1
1. Department of Meteorology and Atmospheric Science, The
Pennsylvania State University, 2. Center for Climate Systems
Research, Columbia University, 3. NASA Goddard Institute for SpaceStudies, 4. National Center for Atmospheric Research, 5. NASA
Goddard Space Flight Center*Karly Jackson Reimel1, Matthew R Kumjian1
1. Pennsylvania State University

9:15 [Session 9A-02] Should interpolation of reflectivity
data be performed in Z or dBZ?
Robert A Warren1, *Valentin Louf1, Joshua S Soderholm2, Alain Protat2,
Scott M Collis3, Robert C Jackon3, Zachary S Sherman3
1. Monash University, 2. Bureau of Meteorology, 3. Argonne National
Laboratory

10:15 [Session 9B-06] Using EnKF radar data assimilation
to analyze the impact of microphysical processes on theevolution of the 31 March 2016 Southeast-U.S. tornado
outbreak during VORTEX-SE

9:30 [Session 9A-03] Application of Geodesy for
Meteorological Multi-Instrument Campaigns*Daniel T Dawson II1, Robin Lynn Tanamachi1, Youngsun Jung2,3,
Jonathan Labriola2,3, Bryan J Putnam2,3, Ming Xue2,3, Pamela
Heinselman4, Kent Knopfmeier5, Edward R Mansell4, Louis J Wicker4
1. Purdue University, 2. Center for Analysis and Prediction of Storms,
3. University of Oklahoma, 4. NOAA/National Severe Storms
Laboratory, 5. Cooperative Institute for Mesoscale MeteorologicalStudies*Freya Ione Addison1, Ryan Reynolds Neely1, Jonathan Crosier5, Chris
Westbrook6, Stephanie Evan8, Jérome Briode8, Chris Walden4,3, Axel
Wellpott2, Graeme Nott2, Darcy Ladd3,4, James Dorsey5, Mark
Fortescue3, Steven Abel7, Steven Best7, Sebastian O'Shea5, Chris
Reed2
1. University of Leeds, 2. FAAM, 3. Chilbolton Observatory, 4. STFC,
5. University of Manchester, 6. University of Reading, 7. Met Office, 8.
University of Réunion[Session 10A] 11:00-12:00 @NH

Quantitative Precipitation Estimationand Hydrology

9:45 [Session 9A-04] 1-year evaluation of nonmeteorological echo removal for two C-band radars using
dual-pol fuzzy logic*Aart Overeem1,2, Hidde Leijnse1, Remko Uijlenhoet2
1. Royal Netherlands Meteorological Institute, 2. Wageningen
University & Research

11:00 [Session 10A-01] Enhancing Specific Attenuation
Rainfall Estimates in Stratiform and Convective Rain
Regimes

10:00 [Session 9A-05] Withdrawn: Quality Control of Sea
Clutter and Constant Power Function Artifacts forOperational U.S. Navy Shipboard Radar Data Assimilation*Stephen Cocks1, Lin Tang1, Jian Zhang2, Alexander Ryzhkov1,
Pengfei Zhang1, Kenneth Howard2
1. CIMMS/NSSL, 2. NSSL*Paul Robert Harasti1
1. U.S. Naval Research Laboratory, Marine Meteorology Division

11:15 [Session 10A-02] How high the resolution can we
prefer for the X-band radar precipitation measurement inurban regions?

10:15 [Session 9A-06] Monitoring the impacts of weather
radar data quality control at the continental scale*Yaoyao Zheng1, Jan Handwerker1, Norbert Kalthoff1
1. Karlsruhe Institute of Technology*Daniel Michelson1, Bjarne Hansen1, Dominik Jacques1, François
Lemay1
1. Environment and Climate Change Canada

11:30 [Session 10A-03] Improved small scale QPE in Seoul
metropolitan area by combining X-band and S-band dualpolarimetric radar networks[Session 9B] 9:00-10:30 @RH1

*GyuWon Lee1,4, DaeHyung Lee1, GwangSeob Kim2, Alexander
Ryzhkov3, GeunSu Lyu4, Wonbae Bang4, Hong-Mok Park4
1. Department of Astronomy and Atmospheric Sciences, Kyungpook
National University, Daegu, South Korea, 2. Department ofArchitectural, Civil, Environmental, and Energy Engineering,
Kyungpook National University, Daegu, South Korea, 3. University ofOklahoma, and NOAA/OAR/National Severe Storms Laboratory,
Norman, Oklahoma, USA, 4. Center for Atmospheric REmote Sensing,
Kyungpook National University, Daegu, South Korea

Use of Radar Data for Nowcasting andNumerical Models
9:00 [Session 9B-01] Time and Space Observation Error
Correlation of Doppler Radar Radial Winds*Tadashi Fujita1, Hiromu Seko1, Takuya Kawabata1, Daisuke Hotta1,
Ken Sawada1, Yasutaka Ikuta2, Masaru Kunii2, Toru Tsukamoto2, Ginga
Akimoto2
1. Meteorological Research Institute, Japan Meteorological Agency, 2.
Numerical Prediction Division, Japan Meteorological Agency

11:45 [Session 10A-04] OPERATIONAL QPE APPLICATIONDEVELOPMENT FOR CANADA S-BAND DUALPOLARIZATION RADAR NETWORK.

9:15 [Session 9B-02] Effect of Vertical Error Correlation on
the Assimilation of GPM/DPR Spectral Latent Heating*Sudesh Boodoo1, David Hudak1, Norman Donaldson1, Daniel
Michelson1, Janti Reid1
1. Environment and Climate Change Canada*Yasutaka Ikuta1
1. Japan Meteorological Agency[Session 10B] 11:00-12:00 @RH1

9:30 [Session 9B-03] A Non-Gaussian approach for
assimilating North-American reflectivity measurements

Organized Convection and Severe
Phenomena*Dominik Jacques1, Mark Buehner1
1. Environment Canada

11:00 [Session 10B-01] Overview of RELAMPAGO mobile
radar observations

23

*Karen Ann Kosiba1, Joshua Wurman1, Robert Jeffrey Trapp2, Matthew
Kumjian 3, Steve Nesbitt2
1. The Center for Severe Weather Research, 2. University of Illinois at
Urbana-Champaign, 3. The Pennsylvania State University

11:15 [Session 10B-02] Radar Observations of the Discrete
Propagation of a Mesoscale Convective System During
RELAMPAGO-CACTI*Kelly Lombardo1, Matthew R Kumjian2
1. University of Connecticut, 2. The Pennsylvania State Univerisity

11:30 [Session 10B-03] Characteristics of deep convection
observed near the Sierras de Cordoba in Argentina*Angela Rowe1, Clayton Sasaki1, Lynn McMurdie1, Stacy Brodzik1,
Kristen Rasmussen2
1. University of Washington, 2. Colorado State University

11:45 [Session 10B-04] Prediction of Rainfall ExtremesCampaign In the Pacific: PRECIP 2020
*Michael M. Bell1, Kristen Rasmussen1
1. Colorado State University

24

9:30 [Session 11B-03] Asymmetric aspects of secondary
eyewalls and their formation in tropical cyclones

THURSDAY, SEP 19*Anthony Didlake, Jr.1, Matthew Kumjian1, Robert Rogers2, Paul
Reasor2
1. Penn State University, 2. NOAA/AOML/HRD[Session 11A] 9:00-10:30 @NH

Spaceborne Radar and Its Observation

9:45 [Session 11B-04] Polarimetric Radar Observations ofSize Sorting in the Asymmetric Eyewall of Hurricane
Matthew (2016)

9:00 [Session 11A-01] EarthCARE products andchallenges for climate change studies*Chelsey N. Laurencin1, Anthony C. Didlake, Jr.1
1. The Pennsylvania State University*Hajime Okamoto1, Kentaroh Suzuki2, Masaki Satoh2, Tomoaki
Nishizawa3, Takashi Nakajima4, Kaori Sato1, Eiji Oikawa1, Hiroshi
Ishimoto5, Maki Kikuchi6, Takuji Kubota6, Riko Oki6, Toshio Iguchi7,
Yuichi Ohno7, Hiroaki Horie7, Shoken Ishii7
1. Research Institute for Applied Mechanics, Kyushu University, 2.
AORI, University of Tokyo, 3. National Institute for Environmental
Studies, 4. Tokai University, 5. Meteorological Research Institute,Japan Meteorological Agency, 6. Japan Aerospace Exploration
Agency, 7. National Institute of Information and Communications
Technology

10:00 [Session 11B-05] Damaging wind fields associatedwith Typhoon Jebi in the Kansai region in Japan on the
4th September 2018 derived from multiple-Doppler windsynthesis over complex terrain*Yoshinori Yamada1
1. Meteorological Research Institute, Japan Meteorological Agnecy

10:15 [Session 11B-06] Are outer tropical cyclone
rainbands similar to squall lines?

9:15 [Session 11A-02] Intercomparisons of CloudSat andground-based radar measurements during satellite
overpasses*Cheng-Ku Yu1, Che-Yu Lin1, Jhang-Shuo Luo1, Lin-Wen Cheng1
1. Department of Atmospheric Sciences, National Taiwan University*Sergey Y Matrosov1, Alexander Ryzhkov2, Joseph Hardin3, Matthew
Shupe1, Maximilian Maahn1, Gijs de Boer1, Taneil Uttal4
1. CIRES, Universty of Colorado and NOAA ESRL, 2. CIMMS,
University of Oklahoma and NOAA NSSL, 3. PNNL, 4. NOAA ESRL

[Session 12A] 11:00-12:00 @NH

Phased Array Radar Technology and Its
Observation

9:30 [Session 11A-03] Probabilistic Quantitative
Precipitation Estimates with Space-based Radars

11:00 [Session 12A-01] Shanghai Urban Array Weather
Radar Network Experiment*Pierre-Emmanuel Kirstetter1
1. University of Oklahoma - NOAA National Severe Storms Laboratory*Haojun Chen1, Haizhen Mu1, Qindian Wang1, Xiaoping Xu2,
Chunguang Yin1, Jie Zheng1, Hao Xue1, Chao Liu1, Yunshi Li2
1. Shanghai Meteorological Information and Technology Support
Center, Shanghai City, China, 2. Hunan Eastone Washon Science andTechnology Ltd., Changsha City, China

9:45 [Session 11A-04] A triple-frequency radar for cloudand precipitation microphysical profiling*Alessandro Battaglia1, Pavlos Kollias2, Frederic Tridon3
1. University of Leicester, Leicester, UK, 2. University of Stonybrook,
NY, US, 3. University of Cologne, Cologne, Germany

11:15 [Session 12A-02] High-Temporal Resolution
Observations of Tornadogenesis Using the AtmosphericImaging Radar

10:00 [Session 11A-05] Impact Assessment of Next
Generation Rainfall Measuring Satellite on NWP: An
Observing System Simulation Experiment for a Typhoon
Case*Casey Griffin1, David Bodine1,2, Andrew Mahre1,2, James Kurdzo2,
Robert Palmer1,2
1. University of Oklahoma, 2. Advanced Radar Research Center*Atsushi Okazaki1,2, Takumi Honda1, Shunji Kotsuki1, James Taylor1,
Takemasa Miyoshi1
1. RIKEN Center for Computational Science, 2. Pennsylvania State
University

11:30 [Session 12A-03] Development of Convective Cells
Embedded in Widespread Rainfall Observed by Kobe
PAWR in July 2018
*Shinsuke Satoh1, Hiroshi Hanado1, Yasumitsu Maejima2, Shigenori
Otsuka2, Takemasa Miyoshi2
1. National Institute of Information and Communications Technology, 2.
RIKEN Center for Computational Science

10:15 [Session 11A-06] The Melting Layer Observation
using a Dual Ka-band Radar System*Kenji Nakamura1, Yuki Kaneko2, Katsuhiro Nakagawa3, Hiroshi
Hanado3, Masanori Nishikawa
1. Dokkyo University, 2. JAXA/EORC, Japan, 3. NICT, Japan

11:45 [Session 12A-04] An Update on the “Horus” AllDigital Polarimetric Phased Array Weather Radar[Session 11B] 9:00-10:30 @RH1

*Robert Palmer1, Caleb Fulton1, Jorge Salazar1, Hjalti Sigmarsson1,
Mark Yeary1
1. Univ. of Oklahoma/ARRC

Organized Convection and Severe
Phenomena[Session 12B] 11:00-12:00 @RH1

9:00 [Session 11B-01] High-order azimuthal wavenumber
asymmetries in rapidly intensifying Hurricane Michael(2018)

Use of Radar Data for Nowcasting andNumerical Models*Ting-Yu Cha1, Michael M. Bell1, Wen-Chau Lee2
1. Colorado State University, 2. National Center for AtmosphericResearch

11:00 [Session 12B-01] Comprehensive Evaluation of
Mesoscale Convective Systems Simulated in Convectionpermitting WRF Models during the MC3E Field Experiment

9:15 [Session 11B-02] Dramatic changes in the inner-core
structure of Typhoon Jebi (2018) at landfall andrelationship between a mesovortex, heavy rainfall, andstrong wind gusts*Zhe Feng1, Jingjing Tian2, Jiwen Fan1, William I Gustafson1, Die
Wang3, Scott Giangrande3, Joseph Hardin1, Nitin Bharadwaj1, Laura
Riihimaki1
1. Pacific Northwest National Laboratory, 2. University of Arizona, 3.
Brookhaven National Laboratory*Udai Shimada1, Ryo Oyama1, Akihito Umehara1, Shingo Shimizu2
1. Meteorological Research Institute, 2. National Research Institute for
Earth Science and Disaster Prevention

11:15 [Session 12B-02] Utilizing the Multi-Radar MultiSensor Rotation Track product as a verification data set
for convection allowing models

25

*Anthony E Reinhart1,2, Patrick S Skinner1,2, Skylar Williams1,2, Travis
M Smith1,2
1. OU/CIMMS , 2. NOAA/OAR/NSSL

1. Meteorological Observation center of CMA

13:30 [Poster3-10] The Influence of Large Scale Weather
Systems to Atmospheric Refractive Index and Turbulence
Intensity in Clear Air

11:30 [Session 12B-03] An optimized radar-derived cloud
ice mass model for nowcasting lightning*Evan Ruzanski1, V. Chandrasekar2
1. Vaisala, 2. Colorado State University*Ruiyi Li1, Lei Wu1
1. China Meteorological Administration Meteorological Observation
Center

11:45 [Session 12B-04] Introduction for Radar Nowcastingof Severe weather events over Lake Victoria Basin in East
Africa13:30 [Poster3-11] Nonlinear Three-dimensional Wind
Field Retrieval of Typhoon Based on Modified VAD
Analysis*Jiaqi Hu1, Zewei Zhao1, Cheng Hu1,2
1. Beijing Institute of Technology, 2. The Key Laboratory of Electronic
and Information Technology in Satellite Navigation*Pascal Felix Waniha1, Rita Roberts2, James Wilson2, Agnes Kijazi1,
Benedicto Katole1
1. Tanzania Meteorological Agency, 2. National Center for AtmosphericResearch

13:30 [Poster3-12] Cloud Radar and Thermodynamic
Profiling to Investigate Bulk Entrainment for Tropical Deep
Convective Clouds[Poster3] 13:30-15:00 @CR1-2 & CR3-4

Wind Profiler, Cloud Radar, and
NonHydrometeorological Radar*Scott Giangrande1, Die Wang1, Michael P Jensen1, Jennifer D’Iorio2,
Gina Jozef3, Karen L Johnson1, Johnny Luo4, Mariusz Starzec5,
Gretchen Mullendore5
1. Brookhaven National Laboratory, 2. The Pennsylvania State
University, 3. Colorado College, 4. City College of New York, 5.
University of North Dakota

13:30 [Poster3-01] Cloud macro physical characteristics in
Beijing based on Ka-radar data during 2014-2017*Juan HUO1
1. Institute of Atmospheric Physics, Chinese Academy of Sciences

13:30 [Poster3-13] Two simple methods to monitor thecalibration of a 35 GHz cloud radar

13:30 [Poster3-02] Development of next-generation 1.3
GHz wind profiler radar*Ulrich Goersdorf1, Volker Lehmann1
1. Deutscher Wetterdienst, Meteorologisches Observatorium
Lindenberg*Masayuki Yamamoto1, Seiji Kawamura1, Koji Nishimura2, Makoto
Aoki1, Hironori Iwai1, Kosei Yamaguchi3, Eiichi Nakakita3
1. National Institute of Information and Communications Technology(NICT), 2. National Institute of Polar Research, 3. Disaster Prevention
Research Institute (DPRI), Kyoto Univeristy

13:30 [Poster3-14] Weather radar detection of tropical
mixed-layer top capping forest-fire smog over maritimecontinent peatland*Muhammad Arif Rahman1, Manabu D. Yamanaka2,3,4, Masahiro
Kawasaki2,5, Devis Styo Nugroho1, Yutaka Matsumi6, Masafumi
Ohashi7, Hiroyuki Hashiguchi5, Shuichi Mori4, Osamu Kozan2,5
1. Indonesian Meteorological, Climatological, and Geophysical Agency(BMKG), 2. Research Institute for Humanity and Nature (RHIN), 3.
Kobe University, 4. Japan Agency for Marine-Earth Science andTechnology (JAMSTEC), 5. Kyoto University, 6. Nagoya University, 7.
Kagoshima University

13:30 [Poster3-03] Special application of polarimetricphased array weather surveillance radar*Dusan Zrnic1, S. Koch1, V. Melnikov2, R. Rabin1, P. Zhang2
1. NOAA/NSSL, 2. CIMMS/OU

13:30 [Poster3-04] Study on adaptive clutter rejection
system using external receiving antennas for the MU radar*Hiroyuki Hashiguchi1, Mamoru Yamamoto1
1. RISH, Kyoto University

13:30 [Poster3-15] A 35-GHz FMCW Radar for Long-Term
Observations of Cloud Parameters in Tibet Plateau*Yongheng BI1, Shu Duan1, Congzheng HAN1, Daren LYU1
1. Institute of Atmospheric Physics,Chinese Academy of Sciences

13:30 [Poster3-05] Application of Parametric Speakers to
RASS*Ahoro ADACHI1, Hiroyuki Hashiguchi2
1. MRI, 2. RISH

13:30 [Poster3-16] Research and development forpractical use of next-generation wind profiler radar*HIROSHI YAMAGUCHI1, KOJI SAITO1, TAKAYUKI HAMADA1,
MASAYUKI YAMAMOTO2, SEIJI KAWAMURA2, KATSUYUKI IMAI1
1. SUMITOMO DENSETSU CO., LTD., 2. National Institute ofInformation and Communications Technology

13:30 [Poster3-06] Comparison of Vertical Velocities in Ice
Clouds from Millimeter-Wavelength Radar Measurements*Bo-Young Ye1, Eunsil Jung2, Sun-yeong Moon3, GyuWon Lee1,3
1. Center for Atmospheric REsmote sensing, Kyungpook National
University, 2. School of Disaster Prevention and Environmental
Engineering, Kyungpook National University, 3. Department of
Astronomy and Atmospheric Sciences, Research and Training Teamfor Future Creative Astrophysicists and Cosmologists, Kyungpook
National University

13:30 [Poster3-17] Cloud Type Identification Based on
Millimeter-Wave Radar RHI Data
*Zhoujie Cheng1, Xiangneng Zeng1
1. Beijing Institute of Aviation meteorology

13:30 [Poster3-18] Planning for LOTOS: A New LOwer
Tropospheric Observing System

13:30 [Poster3-07] Exploring the Spatial Variability of
Cloud Structures from the ARM CACTI Campaign*Bradley Isom1, Nitin Bharadwaj1, Adam Varble1
1. Pacific Northwest National Laboratory

Terry Hock1, Steve Oncley1, Tammy Weckwerth1, Britton Stephens1,
William Brown1, Alison Rockwell1, *Wen-Chau Lee1, Vanda Grubišić1
1. NCAR/EOL

13:30 [Poster3-08] Updraft and Downdraft Core
Kinematics of Mesoscale Convective Systems as
Revealed by Radar Wind Profilers

13:30 [Poster3-19] Interaction between Cloud Particles
and Winds observed with W-band Cloud Profiling Doppler
Radar FALCON-I and Wind Profiler*Die Wang1, Scott Giangrande1, Zhe Feng2, Joseph Hardin2, Andreas
Prein3
1. Brookhaven National Lab, 2. Pacific Northwest National Laboratory,
3. National Center for Atmospheric Research*Toshiaki TAKANO1, Ryo FUEDA1, Hyuga MORITA1, Keisuke
HIKAWA1, Tomohiro ARAI1, Yohei KAWAMURA1, Hiroyo OHYA1,
Hiroyuki NAKATA1, Masayuki YAMAMOTO2, Seiji KAWAMURA2
1. Chiba University, 2. National Institute of Information andCommunications Tecnology

13:30 [Poster3-09] Some Discoveries of Cloud Processes
by Ground-Air Joint Detection*Chen Daren126

1. OU/CIMMS & NOAA/OAR/NSSL[Poster3] 13:30-15:00 @CR1-2 & CR3-4

Radar Networks, Quality Control,
Processing and Software

13:30 [Poster3-32] A study of the Partial Beam Blockage
Effect Using a Dual-Pol Radar in the Complex Terrain ofSouthern Taiwan*Hsin-Hao Liao1, Chih-Chien Tsai1, Chi-Huei Tseng2
1. National Science and Technology Center for Disaster Reduction, 2.
Taiwan Ocean Research Institute, National Applied ResearchLaboratories

13:30 [Poster3-20] A Less-Tapered Signal Processing
Window for Polarimetric Variables*Lindsey Richardson1, Igor Ivić2
1. NEXRAD Radar Operations Center, Norman, Oklahoma, 2.
Cooperative Institute for Mesoscale Meteorological Studies, Universityof Oklahoma, and NOAA/OAR/National Severe Storms Laboratory,
Norman, Oklahoma

13:30 [Poster3-33] Computing Vorticity from Airborne
Doppler Radar VAD Profiles*Charles N Helms1,2
1. NASA Goddard Space Flight Center, 2. Universities Space
Research Association

13:30 [Poster3-21] An Improved Technique for Estimating
ZDR Bias from Light Rain on Radars that Cannot VerticallyPoint

13:30 [Poster3-34] Networking observations with rapidscanning radars and dual-pol radars for the applicationsof snow retrieval and cloud development*Lindsey Richardson1, Robert Lee1
1. NEXRAD Radar Operations Center*Ayano Ueki1, Michihiro S. Teshiba1, David J. Bodine2, Tian-You Yu2,
Boon Leng Cheong2, Robert D. Palmer2
1. Weathernews Inc., 2. University of Oklahoma

13:30 [Poster3-22] The X-band Teaching and Research
RAdar (XTRRA) at Purdue University, U.S.A.: Updates andnew initiatives

13:30 [Poster3-35] Beyond weather data … key figures forradar monitoring and calibrations!

*Robin L Tanamachi1, Lauren Warner1, Milind Sharma1, Allison T
LaFleur1, Daniel T Dawson1
1. Purdue University*Hassan AL SAKKA1, André Weipert1
1. Leonardo Germany GmbH

13:30 [Poster3-23] A reliable and flexible real time basedata distribution framework for weather radar network

13:30 [Poster3-36] Analysis of Radar Visibility for
Proposed Canadian Weather Radars*zhaoping sun1, jian sun1, chi'an zhang1
1. Bejing Metstar Radar Commany CO LTD*Norman R Donaldson1, Ingrid Wong2, Qian Li2, Peter Leibiuk2, Steven
Brady2
1. Environment and Climate Change Canada, OBRS/MRD/STB, 2.
Environment and Climate Change Canada, CWRRP/MSC

13:30 [Poster3-24] A standard operating procedure (SOP)for Weather Radars operation, monitoring, maintenanceand calibration.

13:30 [Poster3-37] Verification of the retrieval of
calibration bias estimates from spaceborne radars using
ground radar overlaps*Ljubov Joanna Liman1, Mikko Kurri1, Timo Posio1
1. Finnish Meteorological Institute*Irene Crisologo1,2, Maik Heistermann2
1. Northwestern University, 2. University of Potsdam

13:30 [Poster3-25] Improving Doppler Velocity Coverageon the WSR-88D By Using Low PRFs with 2DVDA*Autumn Losey-Bailor1, Walter David Zittel1, Zhongqi Jing2,1
1. Radar Operations Center, 2. Centuria Corporation

13:30 [Poster3-38] X-band Doppler Weather Radar Velocity
Unfolding Using Convolutional Neural Network
Hyeri Kim1,2, *Boon-Leng Cheong1,2, Tian-You Yu1,2,3
1. Advanced Radar Research Center, University of Oklahoma, 2.
School of Electrical and Computer Engineering, University ofOklahoma, 3. School of Meteorology, University of Oklahoma

13:30 [Poster3-26] The impact of the radar differential
phase upon transmission on the polarimetric variables*Valery V Melnikov1
1. Oklahoma University

13:30 [Poster3-39] Testing a new scan pattern for theGerman weather radar network to provide a bettersurveillance of rapid cell development at a one minuteresolution

13:30 [Poster3-27] GPU acceleration for operational
consumer-facing radar mosaics and nowcasting*Sarvesh Garimella1
1. MyRadar

Jörg Seltmann1, Thomas Hohmann1, *Michael Frech1
1. Deutscher Wetterdienst

13:30 [Poster3-28] Sensitivity Analysis of PolarimetricObservations by Two Different Pulse Lengths of DualPolarization Weather Radar

13:30 [Poster3-40] China Weather Radar Network*Yuchun Gao1
1. Meteorological Observation Center, CMA,China*Jeong-Eun Lee1, Sung-Hwa Jung1, Jong-Seong Kim1, KunIl Jang1
1. Weather Radar Center, Korea Meteorological Administration, South
Korea

13:30 [Poster3-41] A Novel Feature Matching Technique
Based on Multiple Textures for Cloud Images

13:30 [Poster3-29] Partial Beam Blockage Area
Identification and Estimation in an X-band Networked
Radar Environment*Hong Jiang1, Boon Leng Cheong1, Tian-You Yu1
1. The University of Oklahoma

13:30 [Poster3-42] pysteps - an open-source Python
library for radar-based precipitation nowcasting*Rui Li1, JianXin He1, Shunxian Tang1
1. Chengdu University of Information Technology*Seppo Pulkkinen1,2, Daniele Nerini3,4, Andrés Pérez Hortal5, Carlos
Velasco-Forero6, Alan Seed6, Urs Germann3, Loris Foresti3, V.
Chandrasekar1,2, Ari-Matti Harri2
1. Colorado State University, Fort Collins, Colorado, United States, 2.
Finnish Meteorological Institute, Helsinki, Finland, 3. Federal Office ofMeteorology and Climatology MeteoSwiss, Locarno, Switzerland, 4.
Institute for Atmospheric and Climate Science, ETH Zurich,
Switzerland, 5. Department of Atmospheric and Oceanic Sciences,
McGill University, Montreal, Canada, 6. Bureau of Meteorology,
Melbourne, Australia

13:30 [Poster3-30] Current Status of the Lidar Radar Open
Software Environment (LROSE)*Michael M. Bell1, Michael Dixon2, Wen-Chau Lee2, Ting-Yu Cha1,
Jennifer DeHart1, Ya-Chien Feng1,2, Brenda Javornik2, Bruno Melli1
1. Colorado State University, 2. National Center for AtmosphericResearch

13:30 [Poster3-31] Radar-based Hail Size Prediction using
Machine Learning*Skylar S Williams1, Kiel L Ortega 127

13:30 [Poster3-43] Identifying Non-meteorological Radar
Signal Using Modified Fuzzy-logic Algorithm with
Objectively Derived Weighting Matrix

1. Meteorological Observation Centre Of China Meteorological
Administration, 2. State Key Laboratory of Severe Weather, Chinese
Academy of Meteorological Sciences*Wei-Yu Chang1, Ju-Yu Chen2
1. National Central University, 2. University of Bonn

13:30 [Poster3-55] Rain Attenuation Correction ofReflectivity for X-Band Dual-Polarization Radar*Liang Feng1,2,3, Hui Xiao1,2,3
1. Key Laboratory of Cloud Precipitation Physics and Severe Storms(LACS), & Center of Disaster Reduction, 2. Institute of atmosphericphysics, Chinese academy of sciences, 3. University of Chinese
Academy of Sciences (UCAS)

13:30 [Poster3-44] Sea clutter characteristic and rejectionof CINRAD weather radar*zhao shi1, Jianxin He1
1. Chengdu University of Information Technology

13:30 [Poster3-45] Use of Space-borne Radar
Observations in Evaluating Ground Radar Nonprecipitation Echo Identification Algorithm

13:30 [Poster3-56] DOW radar and adaptive groundobservation network*Joshua Wurman1, Karen Ann Kosiba1
1. The Center for Severe Weather Research*shuai Zhang1
1. Shanghai typhoon institute, CMA

13:30 [Poster3-57] Toward Improved Meteorological
Estimates for Polarimetric Weather Radars

13:30 [Poster3-46] Establishment of the SSPA X-band
Dual-polarization Radar Network over the Seoul
Metropolitan Area

*David A Warde1,2, Christopher Curtis1,2, David Schvartzman1,2,
Sebastian Torres1,2
1. CIMMS/University of Oklahoma, 2. NOAA/OAR/NSSL*Ji-Young Gu1, Sunjin Mo1, Jinwoo Park1, Sung-Hwa Jung1, KyungYeub Nam1, Kunil Jang1
1. Weather Radar Center of the Korea Meteorological Administration

13:30 [Poster3-58] Statistical analyses of strong X-band
weather radar returns from wind turbines

13:30 [Poster3-47] Case Studies on the Benefit of the Xband Radar Network in Korea: Waterspout Phenomenon
and Snow*Martin Lainer1, Jacopo Grazioli1, Jordi Figueras i Ventura1, Zaira
Schauwecker1, Marco Gabella1
1. Radar, Satellite and Nowcasting Department, MeteoSwiss, Locarno,
Switzerland*sunjin mo1, JinWoo Park1, Ji-Young Gu1, Sung-Hwa Jung1
1. Weather Radar Center, Korea Meteorological Administration, South
Korea

13:30 [Poster3-59] Towards a new Canadian weather radar
network and the roll-out of modern operational radar
products for end-users

13:30 [Poster3-48] Taranis: Advanced Precipitation and
Cloud Radar Products*Nitin Bharadwaj1, Joseph Hardin1, Scott Giangrande2, Adam Varble1
1. Pacific Northwest National Laboratory, 2. Brookhaven National
Laboratory*Ahmed Mahidjiba1, Corinne Simard1, Yacine Bouzid1, Rabah
Hachelaf1, Ilyass Hajji1
1. Meteorological Service of Canada - Environment and Climate
Change Canada / Government of Canada

13:30 [Poster3-49] A first glance at a radar processing
pipeline leveraging cloud computing, non-uniform gridtechniques and massive parallelization

13:30 [Poster3-60] New Techniques for Segmentation of
Radar into Independent Storm Objects*Patrick Adrian Campbell1,2, Kiel L. Ortega1,2, Travis M. Smith1,2
1. CIMMS/Univ. of Oklahoma, 2. NOAA/OAR/NSSL*Scott M Ganson1, Nick Guy1
1. Verisk Weather Solutions

13:30 [Poster3-61] De-aliasing with Self-Organizing Maps

13:30 [Poster3-50] Standing on the shoulders of giants:
Bridging the divide of weather radar processing throughopen-source software, academic research and pragmatic
application of private sector development*Brenda Javornik1, Wen-Chau Lee1, Michael Dixon1
1. UCAR/NCAR

13:30 [Poster3-62] A statistical method for estimation ofwind farm influence on radar data and its mitigation*Nick Guy1, Scott M Ganson1
1. Verisk Weather Solutions*Zlatko R Vukovic1, Norman Donaldson1
1. Environment and Climate Change Canada

13:30 [Poster3-51] Impact of Rapid-Scan Radar Data on
Vertical Velocity Retrievals from Dual-Doppler Analysis

13:30 [Poster3-63] Differential reflectivity calibration fromvertically pointing radar observations of hydrometeors inthe solid phase*Joshua G Gebauer1, Alan Shapiro1,2, Corey Potvin4,5, Nathan Dahl4,David Bodine3, Andrew Mahre1, Michael Biggerstaff1, Addison Alford1
1. School of Meteorology, University of Oklahoma, 2. Center for
Analysis and Prediction of Storms, 3. Advanced Radar ResearchCenter, 4. Cooperative Institute for Mesoscale Meteorological Studies,
5. National Severe Storms Laboratory

Alfonso Ferrone1, *Josué Gehring1, Etienne Vignon1, Alexis Berne1
1. Remote Sensing Laboratory (LTE), EPFL, Lausanne, Switzerland

13:30 [Poster3-64] Open-source code for correction ofdual-PRF velocity dealiasing errors

13:30 [Poster3-52] Three-Dimensional Spatially Variable
Advection Correction: Concept and Potential Uses*Patricia Altube1, Tomeu Rigo1, Joan Bech2
1. Meteorological Service of Catalonia, Barcelona, 2. Universitat deBarcelona*Joshua G Gebauer1, Alan Shapiro1,2, Corey Potvin3,4, Nathan Dahl3
1. School of Meteorology, University of Oklahoma, 2. Center for
Analysis and Prediction of Storms, 3. Cooperative Institue for
Mesoscale Meteorological Studies, 4. National Severe Storms
Laboratory

13:30 [Poster3-65] The quality assurance challenge of amodest weather radar network in a complex territory*Patricia Altube1, Tomeu Rigo1, Nicolau Pineda1, Helen San Segundo1
1. Meteorological Service of Catalonia, Barcelona

13:30 [Poster3-53] Multi-source fusion precipitation
technique based on machine learning

13:30 [Poster3-66] Examples of frequency sharing withother systems in X band weather radars, in Japan*lejian zhang1
1. Meteorological Observation Centre of China Meteorological
Administration*Hiroshi HANADO1, Katsuhiro NAKAGAWA1, Shoichiro KOJIMA1
1. NICT

13:30 [Poster3-54] Radial Interference Echo Identification
Algorithm Based on Fuzzy Logic for Chinese SinglePolarization Weather Radar

13:30 [Poster3-67] Quality control of the Doppler on
Wheels (DOW) mobile radar data
*Karen Ann Kosiba1, Josh Wurman1
1. The Center for Severe Weather Research*Hao Wen1, Lejian Zhang1, Haihe Liang1, Yang Zhang228

13:30 [Poster3-79] Validation of polarimetric relations forsnow estimation on radar data

[Poster3] 13:30-15:00 @CR1-2 & CR3-4

Quantitative Precipitation Estimationand Hydrology

Petar Bukovcic1, *Alexander Ryzhkov2, Dusan Zrnic3
1. CIMMS/NSSL, The University of Oklahoma, 2. CIMMS, The
University of Oklahoma, 3. NSSL, Norman, Oklahoma

13:30 [Poster3-68] Improving Estimates of Flood
Magnitude using better Information on Spatial andTemporal Variability of Rainfall

13:30 [Poster3-80] Fractal analysis of space-time rainfall
variability: limitations of rain gauge networks andapplicability of dual-polarized weather radars*Giulia Giani1, Miguel Angel Rico-Ramirez1, Ross Woods1
1. University of Bristol*IGOR PAZ1,2, IOULIA TCHIGUIRINSKAIA2, DANIEL SCHERTZER2
1. Instituto Militar de Engenharia, IME, Rio de Janeiro, Brazil, 2.
HMCO, Ecole des Ponts ParisTech, University of Paris-Est, Champssur-Marne, France

13:30 [Poster3-69] Bright Band Delineation and RadialDependent AVPR Corrections for QPE Improvements in
MRMS

13:30 [Poster3-81] The urban effect on precipitation
investigated by a 20-year C-band radar dataset*Wolfgang Hanft1, Jian Zhang2
1. CIMMS/Univ. of Oklahoma and NOAA/OAR/NSSL, 2.
NOAA/OAR/NSSL*Yaoyao Zheng1, Jan Handwerker1, Norbert Kalthoff1
1. Karlsruhe Institute of Technology

13:30 [Poster3-82] Merging Radar, Satelltie and Rain
Gauge for Precipitation Estimation

13:30 [Poster3-70] Dual-Polarization Radar Snow QPE in
MRMS*Wolfgang Hanft1, Jian Zhang2, Petar Bukovčić1, Alexander V.
Ryzhkov1, Stephen B. Cocks1, Steven M. Martinaitis1, Kenneth W.
Howard2
1. CIMMS/Univ. of Oklahoma and NOAA/OAR/NSSL, 2.
NOAA/OAR/NSSL*Parichat Wetchayont1
1. Srinakharinwirote University

13:30 [Poster3-71] Assessment of operational polarimetricradar data for freezing-level height estimation*Kyuhee Shin1, Joon Jin Song2, Geunsu Lyu3, GyuWon Lee1,3
1. Department of Astronomy and Atmospheric Sciences, Research andTraining Team for Future Creative Astrophysicists and Cosmologists,
Kyungpook National University, 2. Department of Statistical Science,
Baylor University, 3. Center for Atmospheric Remote sensing,
Kyungpook National University

13:30 [Poster3-83] Quantitative Precipitation Estimates
Using Machine Learning Approaches with DualPolarimetric Radar Data

*Daniel Sanchez-Rivas1, Miguel Angel Rico-Ramirez1
1. University of Bristol

13:30 [Poster3-72] Estimation of shape parameter from Cband polarimetric radar measurements*Ahoro ADACHI1, Takahisa Kobayashi2,1
1. MRI, 2. CRIEPI

13:30 [Poster3-84] Inter-comparison of Pricipitation
Estimates from Radar, Satellite and Gauge during
Yancheng Tornado over Eastern China

13:30 [Poster3-73] Optimized Specific-Attenuation-Based
Algorithm for Radar Quantitative Precipitation Estimation
at C-band in Germany*chaoying huang1, asi zhang2, zhenqing liang1, liusi xiao2, shengchen2, baoqing hu1
1. Nanning Normal University, 2. School of Atmospheric Sciences, Sun
Yat-sen University*JuYu Chen1, Clemens Simmer1, Alexander Ryzhkov2, Silke Trömel1
1. Institute for Geosciences and Meteorology, University of Bonn,
Germany, 2. Cooperative Institute for Mesoscale MeteorologicalStudies, University of Oklahoma, Norman, OK

13:30 [Poster3-85] Improved Quantitative Precipitation
Estimation using pseudo KDP by Improving Spatial
Continuity*Hong-Mok Park1, Sung-Hwa Jung2, Alexander Ryzhkov3, Daejin
Yeom4, GyuWon Lee4,1
1. Center for Atmospheric REmote sensing (CARE), Kyungpook
National University, Daegu, South Korea, 2. Radar Analysis Division,
Weather Radar Center (WRC), Korea Meteorological Administration(KMA), 3. Cooperative Institute for Mesoscale Meteorological Studies,
The University of Oklahoma, and NOAA/OAR National Severe Storms
Laboratory, Norman, Oklahoma, USA, 4. Dept. of Astronomy andAtmospheric Sciences, Kyungpook National University, Daegu, South
Korea

13:30 [Poster3-74] Radar-Derived Climatology ofPrecipitation Intensities in Czechia: improvement due todaily totals from rain gauges*Vojtech Bliznak1, Marek Kaspar1, Miloslav Müller1,2, Petr Zacharov1
1. Institute of Atmospheric Physics, CAS, 2. Faculty of Science,Charles University in Prague

13:30 [Poster3-75] Radar QPE for HydrologicalApplications in Southern Brazil: PMM Parameterized ZR
and Polarimetric Relationships

13:30 [Poster3-86] Raingauge-Adjusted Radar Rainfall
Estimation at Hybrid Surface of Dual-pol. Radar Network*Roberto V. Calheiros1, Cesar Beneti1, Nicole Rozin1, Leonardo
Calvetti2
1. SIMEPAR - Parana Meteorological Service, 2. UFPel - Federal
University of Pelotas*Mi-Kyung Suk1, Sangmi Lee1, Young-A Oh1, Sung-Hwa Jung1, Kun-Il
Jang1
1. Korea Meteorological Administration

13:30 [Poster3-76] QPE by Compact Radar Network of
Kochi University

13:30 [Poster3-87] Parameter Estimation of Z-R
Relationship Focusing on the Target Value*Akira Nishii1, Koji Sassa1
1. Kochi University*Minseok Kang1, Wooyoung Na1, Gildo Kim1, Chulsang Yoo1
1. Korea University

13:30 [Poster3-77] Improving Quantitative Precipitation
Estimation in Complex Terrain over the San Francisco Bay
Area Using a Gap-Filling Radar Network

13:30 [Poster3-88] An optimal averaging of MAPLE
forecasts for ensemble rainfall forecasting*Wooyoung Na1, Minseok Kang1, Gildo Kim1, Chulsang Yoo1
1. Korea University*Robert Cifelli1, Haonan Chen2, V. Chandrasekar2
1. NOAA ESRL Physical Sciences Division, 2. Cooperative Institute for
Research in the Atmosphere

13:30 [Poster3-89] Estimation of flood risk considering
topographic and hydrological factors for immediate flood
response

13:30 [Poster3-78] Improvements of Specific AttenuationBased Radar QPE in Different Precipitation Regimes*Narae Kang1, Seokhwan Hwang1, Jungsoo Yoon1*Pengfei Zhang1, Alexander Ryzhkov1, Lin Tang1, Stephen Cocks1
1. CIMMS/NSSL, University of Oklahoma

29

1. Department of Land, Water and Enviroment Research, Korea
Institute of Civil Enginerring and Building Technology

1. SnT, University of Luxembourg, 2. IIHR - Hydroscience &Engineering, The University of Iowa, Iowa City, USA, 3. Databourg
s.a.r.l S

13:30 [Poster3-90] Improved QPE by mitigating partial
beam blocking in Seoul metropolitan area: Use of radarreflectivity statistics

13:30 [Poster3-101] Effect of spatial resolution of radar
rainfall on hydrological simulation of urbanized river basin
in Japan*DaeHyung Lee1, Alexander Ryzhkov2, Geunsu Lyu3, Cheong-lyong
Lee3, Wonbae Bang3, Hong-Mok Park3, Gyuwon Lee1,3
1. Department of Astronomy and Atmospheric Sciences, Kyungpook
National University, Daegu, Korea, 2. Cooperative Institute for
Mesoscale Meteorological Studies, University of Oklahoma, andNOAA/OAR/National Severe Storms Laboratory, Norman, Oklahoma,
USA, 3. Center for Atmospheric REmote sensing, Kyungpook National
University, Daegu, Korea*Shakti P. C.1, Tsuyoshi Nakatani2, Ryohei Misumi1
1. National Research Institute for Earth Science and Disaster
Resilience(NIED), Tsukuba, Japan, 2. Kagoshima University,
Kagoshima, Japan

13:30 [Poster3-102] The upsampling technique for the
GSMaP by the new generation IR images of geostationary
satellites

13:30 [Poster3-91] Improved QPE with Multi-Angle PPIs
Measurement*Tomoaki Mega1, Tomoo Ushio1
1. Tokyo Metropolitan University*Daejin Yeom1, Soohyun Kwon2, Wonbae Bang3, GyuWon Lee1,3
1. Department of Astronomy and Atmospheric Sciences, Kyungpook
National University, 2. Weather Radar Center, Korea Meteorological
Administration, 3. Center for Atmospheric Remote sensing, Kyungpook
National University

13:30 [Poster3-103] River Basin Precipitation Database
based on the GSMaP*Yasushi Suzuki1, Sumiko Harasawa1, Tomohiko Abe1, Hideshige Iida1,
Koumei Yamaguchi1
1. Japan Weather Association

13:30 [Poster3-92] Zh-R relations of solid precipitation
derived by direct comparison of observations in the
Niigata area

13:30 [Poster3-104] Polarimetric Retrieval of Precipitation
Rate in Cold Season using data from ICE-POP 2018

*Sento Nakai1, Katsuya Yamashita1, Hiroki Motoyoshi1, Toshiro
Kumakura2, Shigeki Murakami3,4, Takafumi Katsushima3
1. Snow and Ice Research Center, NIED, 2. Nagaoka University ofTechnology, 3. Tohkamachi Experimental Station, FFPRI, 4. (Current
Affiliation) Kyushu Research Center, FFPRI*Kwonil Kim1, Alexander Ryzhkov2, Petar Bukovcic2, Wonbae Bang3,
GyuWon Lee1,3
1. Department of Astronomy and Atmospheric Sciences, Research andTraining Team for Future Creative Astrophysicists and Cosmologists,
Kyungpook National University, 2. Cooperative Institute for Mesoscale
Meteorological Studies, University of Oklahoma, and NOAA/OAR
National Severe Storms Laboratory, 3. Center of Atmospheric REmote
sensing, Kyungpook National University

13:30 [Poster3-93] Utilization of radar rainfall for flash
flood prevention*Jungsoo Yoon1, Seok-Hwan Hwang1, Na-Rae Kang1, Byunghwa Oh2,
Jeongha Lee2
1. Korea Institute of Civil Engineering and Building Technology, 2.
University of Science and Technology

13:30 [Poster3-105] Performance of Global Satellite
Mapping of Precipitation estimate over northern Vietnam*Masato I. Nodzu1, Jun Matsumoto1,2, Long Trinh-Tuan3, Thanh NgoDuc3, Tri Truong-Duc4
1. Tokyo Metropolitan University, 2. JAMSTEC, 3. University of
Science and Technology of Hanoi, 4. Ministry of Natural Resources
and Environment in Vietnam

13:30 [Poster3-94] Development of Web Crawler for
Evaluating of Flood*Seokhwan Hwang1, Narae Kang1, Jungsoo Yoon1
1. Department of Land, Water and Environment Research, Korea
Institute of Civil Engineering and Building Technology

13:30 [Poster3-106] X-MP Radar for Debris Flow Debris
Flow Hazard Estimation in Volcanic Area in Indonesia

13:30 [Poster3-95] Automatic Identification of Potential
Severe Hydrogeological Disaster Areas through Radar
Observations*Ratih Indri Hapsari1, Ratna Ika Putri1, Rosa Andrie Asmara1, Satoru
Oishi2
1. State Polytechnic of Malang, 2. Kobe University*ZHE ZHANG1, YOUCUN QI1
1. Institute of Geographic Sciences and Natural Resources
Research,Chinese Academy of Sciences

13:30 [Poster3-107] The Quality Control and Gauge
Adjustment of C-band weather RADAR in Southern
Thailand

13:30 [Poster3-96] Establishing Radar Reflectivity Rainfall Rate Relationship in terms of Spectral Widththresholds*Parinya Intaracharoen1, Sarawut Arthayakun1, Chanti Detyothin1,
Pakdee Chantraket1, Sukrit Kirtsaeng2
1. Department of Royal Rainmaking and Agricultural Aviation(DRRAA), 2. Thai Meteorological Department (TMD)*Anjaneyulu Akkimi1, Subashisa Dutta1, Kamaljit Ray2
1. Indian Institute of Technology Guwahati, India, 2. Atmospheric
Sciences, Ministry of Earth Sciences, New Delhi, India

13:30 [Poster3-108] DROUGHT MONITORING USINGQUANTITATIVE PRECIPITATION ESTIMATION OVERNORTHEASTERN ARIZONA

13:30 [Poster3-97] Evaluation of Rainfall Rate Estimatedby Specific Differential Phase of Ku-band Broadband
Radar*Delbert D Willie1, Haonan Chen2, Robert Cifelli2
1. Northern Arizona University, 2. NOAA Earth System ResearchLaboratory*Keitaro Asai1, Yoshitaka Nakamura1, Eiichi Yoshikawa2, Hiroshi
Kikuchi3, Tomoaki Mega4, Tomoo Ushio4, Takeshi Morimoto5
1. Kobe City College of Technology, 2. Japan Aerospace Exploration
Agency, 3. The University of Electro-Communications, 4. Tokyo
Metropolitan Univ., 5. Kindai Univ.

13:30 [Poster3-109] Evaluation of hydro-climatology
drought using the Standardized Precipitation Index (SPI)in the High Ziz river Basin, Central High Atlas, Morocco*Khadija DIANI1, ILIAS Kacimi1, Mahmoud Zemzami 2, Hassan
Tabyaoui3, Ali Torabi Haghighi4
1. LO3G Laboratory, Department of Earth Sciences, Faculty of
Sciences, Mohammed V-Agdal University, Rabat, Morocco, 2. Ministry
Delegate to the Minister of Energy, Mines, Water and Environment, incharge of water, Rabat, Morocco., 3. Natural Resources andEnvironment Laboratory, Polydisciplinary Faculty of Taza, Sidi
Mohamed Ben Abdullah University, Fez, Morocco., 4. Water
Resources and Environmental Engineering Research Group,
University of Oulu, PO Box 4300, FIN-90014, Finland.

13:30 [Poster3-98] Effect of wind field on rainfall value of
Doppler radar*HAI QIU1, YITONG LIN
1. Nanning Meteorological Service,Guangxi,China

13:30 [Poster3-100] Precipitation Retrievals from
Millimeter-Wave Communications Satellite Links with
Deep Generative Adversarial Networks*Kumar Vijay Mishra2, Bhavani Shankar Mysore1, Ahmad Gharanjik3,
Bjorn Ottersten130

13:30 [Poster3-110] Rainfall estimation for Central Vietnam
by using the DongHa radar reflectivity

Kobe Gakuin University, 7. Shibaura Institute of Technology, 8.
Bangladesh Meteorological Department, 9. Department of Geography,
North Eastern Hill University, 10. Department of Geography, Gauhati
University, 11. Department of Civil Engineering, Indian Institute ofTechnology, 12. Department of Physics, Cotton University, 13. Center
for Southeast Asian Studies, Kyoto University*Thanh Ngo-Duc1, Tran Dai2
1. University of Science & Technology of Hanoi, 2. Vietnam
Meteorological Hydrological Administration

13:30 [Poster3-111] Removing Interference Echoes in
Philippine Radars Using a Fuzzy Logic Approach

15:15 [Session 13B-02] Statistical analysis of (extreme)
precipitation events in Germany from an 18-year
climatological radar data set*Lester Kim M. Lagrimas1, Pin-Fang Lin2, Jung-Bin Wang2, Pao-Liang
Chang2, Wei-Ting Fang2, John Grender C. Almario1, Esperanza O.
Cayanan1
1. Philippine Atmospheric, Geophysical and Astronomical Services
Administration, 2. Central Weather Bureau*Katharina Lengfeld1, Ewelina Walawender1, Tanja Winterrath1,
Andreas Becker1
1. German Weather Service

13:30 [Poster3-112] DOST - PAGASA Radar Network Todayand Beyond

15:30 [Session 13B-03] 5-year Verification of Radarderived Surface Precipitation Type*John Grender C. Almario1
1. PAGASA Radar Network*Ben Pickering1,2,3, Ryan Neely III1,3, Steven Best2
1. ICAS, University of Leeds, 2. UK Met Office, 3. NCAS

13:30 [Poster3-113] RADAR-BASED QUANTITATIVEPRECIPITATION ESTIMATION IN VIET NAM
1

1

15:45 [Session 13B-04] The accuracy of operational radarin heavy rain: A comparative study for Denmark, theNetherlands, Finland and Sweden

1*Hoang Minh Toan , Bui Thi Khanh Hoa , Nguyen Vinh Thu , Nguyen
Minh Cuong1, Nguyen Viet Hung1
1. Aero-Meteorology Observatory,Viet Nam Meteorological andHydrological Administration*Marc Schleiss1, Tero Niemi2,5, Teemu Kokkonen2, Soren Thorndahl3,
Rasmus Nielsen3, Peter Berg4, Jonas Olsson4
1. Department of Geoscience & Remote Sensing, Delft University ofTechnology, 2. Department of Built Environment, Aalto University, 3.
Department of Civil Engineering, Aalborg University, 4. Department ofHydrology, Swedish Meteorological and Hydrological Institute SMHI, 5.
Finish Meteorological Institute FMI[Session 13A] 15:00-16:00 @NH

Wind Profiler, Cloud Radar, and
NonHydrometeorological Radar[Session 14A] 16:30-17:30 @NH

New and Emerging Radar Technology

15:00 [Session 13A-01] Review on Application of Wind
Profiler Radar in Weather Monitoring and nowcasting*WEN XIAO ZHANG1
1. National Meteorological Center, Beijing

16:30 [Session 14A-01] Development of a low noise RASS
speaker using a parametric array*Koki Muguruma1, Hiroyuki Hashiguchi1
1. Research Institute for Sustainable Humanosphere, Kyoto University

15:15 [Session 13A-02] The characteristics andapplication of radar refractivity in tropical coastal region*Ya-Chien Feng1,3, Hsiu-Wei Hsu2, Pay-Liam Lin2, Yu-Chieng Liou2,
Tammy Weckwerth3
1. Colorado State University, USA, 2. National Central University,
Taiwan, 3. National Center for Atmospheric Research, USA

16:45 [Session 14A-02] "Invisible" volcanic eruption
plume/cloud observation with polarimetric weather radar*Eiichi Sato1, Keiichi Fukui2, Toshiki Shimbori1, Masayuki Maki3
1. Meteorological Research Institute, 2. Japan Meteorological Agency,
3. Kagoshima University

15:30 [Session 13A-03] Characteristics of a heavy rain
event observed by a 1290-MHz wind profiler in thesouthern coast of Korea on 25 August 2014

17:00 [Session 14A-03] Rainfall estimation fromcommercial DVB-S2 receivers for interactive broadcast
applications*DONG-KYUN KIM1, Tomoo Ushio1
1. Department of Aerospace Engineering, Tokyo Metropolitan
University

Elisa Adirosi1, *Luca Baldini1, Luca Facheris2, Filippo Giannetti3,
Andrea Antonini4,5, Samantha Melani4,5, Alberto Ortolani4,5, Attilio
Vaccaro6, Antonio Petrolino6
1. CNR - Institute of Atmospheric Sciences and Climate, Rome, Italy,
2. Dipartimento di Elettronica e Telecomunicazioni, Università diFirenze, Florence, Italy, 3. Dipartimento di Ingegneriadell’Informazione, Università di Pisa, Pisa, Italy, 4. LaMMA
Consortium, Sesto Fiorentino (FI), Italy, 5. CN - Institute of
Biometeorology, Sesto Fiorentino (FI), Italy, 6. MBI Srl, Pisa, Italy

15:45 [Session 13A-04] Clutter suppression and signal
separation techniques developped for the Program of the
Antarctic Syowa MST/IS radar (PANSY)*Taishi Hashimoto1, Koji Nishimura1, Akinori Saito2, Masaki Tsutsumi1,
Toru Sato2, Kaoru Sato3
1. National Institute of Polar Research, 2. Kyoto University, 3. The
University of Tokyo

17:15 [Session 14A-04] Whole Atmosphere Observation
over Tibet with APSOS System[Session 13B] 15:00-16:00 @CR5-6⇒@RH1*Daren Lyu1,2, Weilin Pan1,2, Yinan Wang2,1, Yufang Tian2,1
1. Key Laboratory of Middle Atmosphere and Global Environment
Observation, Institute of Atmospheric Physics, Chinese Academy of
Sciences, Beijing 100029, China, 2. University of Chinese Academy of
Sciences, Beijing, 100049, China

Quantitative Precipitation Estimationand Hydrology
15:00 [Session 13B-01] Direct validation of TRMM/PR overthe northeastern Indian Subcontinent using a tipping
bucket raingauge network and disdrometers
1

2[Session 14B] 16:30-17:30 @CR5-6⇒@RH1

Microphysical Studies with Radars

3

Toru Terao , *FUMIE MURATA , Kaustav Chakravarty , Yusuke
Yamane4, Masashi Kiguchi5, Azusa Fukushima6, Masahiro Tanoue7,
Shamsuddin Ahmed8, Sayeed Ahmed Choudhury8, Hiambok Jones
Syiemlieh9, Laitpharlang Cajee9, Prasanta Bhattacharya10, Subashisa
Dutta11, Rahul Mahanta12, Taiichi Hayashi13
1. Faculty of Education, Kagawa University, 2. Faculty of Science andTechnology, Kochi University, 3. Indian Institute of TropicalMeteorology, 4. Faculty of Education, Tokoha University, 5. Institute ofIndustrial Science, The University of Tokyo, 6. Faculty of Humanity,

16:30 [Session 14B-01] Investigating Raindrop
Evaporation, Breakup, and Coalescence in Stratiform Rain
*Christopher Williams1
1. University of Colorado Boulder

31

16:45 [Session 14B-02] How adequate is gamma model for
representing raindrop size distributions?
*Christos Gatidis1, Marc Schleiss1, Christine Unal1, Herman
Russchenberg1
1. Delft University of Technology

17:00 [Session 14B-03] How much can we learn about rain
microphysics from polarimetric radar observations?An
investigation of information content and parameter
estimation using the Bayesian Observationallyconstrained Statistical-physical Scheme (BOSS)*Karly Jackson Reimel1, Marcus van Lier-Walqui2, Matthew R
Kumjian1, Hugh Morrison3, Olivier P Prat4
1. Pennsylvania State University, 2. CCSR, Columbia University andNASA Goddard Institute for Space Studies, 3. National Center for
Atmospheric Research, 4. North Carolina Institute for Climate Studies,NCSU

17:15 [Session 14B-04] Estimation of Liquid Droplet Sizeand Liquid Water Content in Clouds and Drizzle Using
Remote Sensing Measurements*Jothiram Vivekanandan1, Virendra P Ghate2, Scott N Ellis1, Christian
Schwartz3, Jorgen Jensen1
1. NCAR/EOL, Boulder, CO, USA, 2. Argonne National Laboratory,
Argonne IL 60439, USA, 3. Space Dynamics Laboratory, Utah State
University, Salt Lake City, USA

32

FRIDAY, SEP 20

1. Pacific Northwest National Laboratory, 2. University of Oklahoma[Session 15A] 9:00-10:30 @NH*Wiebke Deierling1, Lawrence Carey2, Timohty Lang3, Gregory
Meymaris4, John Williams5
1. NCAR/RAL & CU Boulder, 2. UAH, 3. NASA Marshall Space Flight
Center, 4. NCAR/RAL, 5. The Weather Company

9:30 [Session 15B-03] Relating spectrum-width-derived
eddy dissipation rate to lightning characteristics

Phased Array Radar Technology and Its
Observation

9:45 [Session 15B-04] Polarimetric radar characteristics oflightning initiation and propagating channels

9:00 [Session 15A-01] Increasing Observing Capabilitiesof the NWS with Agile-Beam Polarimetric Phased Array
Radar*Jordi Figueras i Ventura1, Nicolau Pineda2,3, Nikola Besic1, Jacopo
Grazioli1, Alessandro Hering1, Oscar A. van der Velde3, David
Romero3, Antonio Sunjerga4, Amirhossein Mostajabi4, Mohammad
Azadifar5, Marcos Rubinstein5, Joan Montanyà3, Urs Germann1,
Farhad Rachidi4
1. MeteoSwiss, 2. Meteorological Service of Catalonia, 3. Universitat
Politècnica de Catalunya UPC, 4. École Polytechnique Fédérale deLausanne EPFL, 5. Haute Ecole Spécialisée de Suisse occidentale
HES-SO*Dusan Zrnic1, V. Melnikov2, P. Zhang2, S. Koch1, R. Palmer3, M.
Weber2, K. Hondle1, G. McFarquhar2, M. Jain1
1. NOAA/NSSL, 2. CIMMS/OU, 3. ARRC/OU

9:15 [Session 15A-02] Design of Practical Pulse
Compression Waveforms for Polarimetric Phased Array
Radar*David Schvartzman1, Sebastián M. Torres1
1. Cooperative Institute for Mesoscale Meteorological Studies,
University of Oklahoma, and NOAA/OAR /National Severe Storms
Laboratory, Norman, Oklahoma

10:00 [Session 15B-05] Kinematic and Microphysics
Structure of Hailstorms in Southeast U.S.A. Using Aircraftr
Multi-frequency Radar Measurements

9:30 [Session 15A-03] Research Sampling Strategies witha Dual-pol X-band Phased Array Radar*Gerald M Heymsfield1, Stephen Guimond1,2, Stephen D Nicholls1,2,Matthew L Mclinden1, Lihua Li1
1. Goddard Space Flight Center, 2. University of Maryland/JCET*Edward Luke1, Pavlos Kollias1,2, Michael Jensen1
1. Department of Environmental and Climate Sciences, Brookhaven
National Laboratory, 2. School of Marine and Atmospheric Sciences,
Stony Brook University

10:15 [Session 15B-06] Relationship between Zdr
columns, updraft intensity and hail growth deduced from
Dual-Doppler retrievals and Polarimetric radar*Raquel M Evaristo1, Mari Schmidt1, Silke Trömel1, Clemens Simmer1
1. Institute for Geoscience and Meteorology, University of Bonn

9:45 [Session 15A-04] Withdrawn: Pattern Synthesis forConformal Phased Array Antenna using A Multi-Objective
Optimization[Session 16A] 11:00-12:00 @NH*Mohammad-Hossein Golbon-Haghighi1,2, Hadi Saeidi-Manesh1,2,
Guifu Zhang1,31. Advanced Radar Research Center, University of OKlahoma, 2.
School of Electrical and Computer Engineering, University ofOklahoma, 3. School of Meteorology, University of Oklahoma

Wind Profiler, Cloud Radar, and
NonHydrometeorological Radar
11:00 [Session 16A-01] Polarimetric radar measurementsof a large-scale smoke plume from distant Canadian
wildfires

10:00 [Session 15A-05] Streaming data processing forMulti-Parameter Phased Array Weather Radar (MP-PAWR)
data*Robert Schrom1
1. NASA GSFC/USRA*Takeshi Maesaka1, Kaori Kieda1, Koyuru Iwanami1, Nobuhiro
Takahashi2, Hiroshi Hanado3, Katsuhiro Nakagawa3, Fumihiko
Mizutani4, Tomoo Ushio5, Masahiko Osada6
1. National Research Institute for Earth Science and Disaster
Resilience, 2. Nagoya University, 3. National Institute of Information
and Communications Technology, 4. Toshiba Infrastructure Systems
and Solutions Corporation, 5. Tokyo Metropolitan University, 6.
Saitama University

11:15 [Session 16A-02] Statistics of upper cloud verticalvelocity measured by JMA wind profiler network(WINDAS) for calibration of EarthCARE cloud profilingradar*Yuichi Ohno1, Hiroaki Horie1, Seiji Kawamura1, Masayuki Yamamoto1
1. National Institute of Information and Communications Technology

10:15 [Session 15A-06] Demonstration Experiment using
the Multi-Parameter Phased-Array Weather Radar

11:30 [Session 16A-03] UHF wind-profiler detection of theboundary layer characteristics on cloudless days in
Beijing*Kazuhiro Yoshimi1, Fumihiko Mizutani1, Masakazu Wada1, Tomoo
Ushio2, Yoshimasa Morooka3, Tadashi Yamada3
1. Toshiba Infrastructure Systems & Solutions, 2. Tokyo Metropolitan
University, 3. Chuo University*Yufang Tian1,2, Daren Lyu1,2, Yongheng Bi1,2
1. Key Laboratory of Middle Atmosphere and Global Environment
Observation, Institute of Atmospheric Physics, Chinese Academy of
Sciences, Beijing 100029, China, 2. University of Chinese Academy of
Sciences, Beijing, 100049, China[Session 15B] 9:00-10:30 @RH1

Organized Convection and Severe
Phenomena

11:45 [Session 16A-04] Parameter-retrieval of aircraft wakevortices under different weather conditions*Jianbing Li1, Chun Shen1, Jianan Chen1, Kunlong Yang1, Shiqi Xing1,
Xuesong Wang1
1. National University of Defense Technology

9:00 [Session 15B-01] Nocturnal Moisture Patterns
Observed in the S-Pol Radar Refractivity Field During the
PECAN 2015 Experiment[Session 16B] 11:00-12:00 @RH1

*Rita Roberts1, Tammy Weckwerth1, Ya-Chien Feng2
1. NCAR, 2. CSU

Microphysical Studies with Radars

9:15 [Session 15B-02] Spatiotemporal Characteristics andLarge-scale Environments of Mesoscale Convective
Systems East of the Rocky Mountains

11:00 [Session 16B-01] Observations from the 2018 Spring
ARM Southern Great Plains X-band Polarimetric Radar
Network Experiment: Insights into Thunderstorm Updraft
Microphysics & Kinematics*Zhe Feng1, Fengfei Song1, Ruby Leung1, Robbert A. Houze, Jr.1,
Joseph Hardin1, Jingyu Wang1, Cameron R. Homeyer233

*Marcus van Lier-Walqui1,2, Sara Elizabeth Lytle3, Scott Collis4, Andrei
Iosif Lindenmaier5
1. Center for Climate Systems Research, Columbia University, 2.
NASA Goddard Institute for Space Studies, 3. Earth & Environmental
Engineering, Columbia University, 4. Argonne National Laboratory, 5.
Pacific Northwestern National Laboratory*Qin Xu2, Kang Nai1,2, Valery Melnikov1,2
1. Cooperative Institute for Mesoscale Meteorological Studies,
University of Oklahoma, Norman, Oklahoma, USA , 2.
NOAA/OAR/National Severe Storms Laboratory, Norman, Oklahoma,USA

14:45 [Session 17A-06] The influences of Extremely
Strong Wind on Radar Observations

11:15 [Session 16B-02] The microphysical structures ofasymmetric hurricane eyewalls*Pao-Liang Chang1, Wei-Ting Fang1, Pin-Fang Lin1, Yu-Shuang Tang1
1. Central Weather Bureau*Ya-Chien Feng1, Michael Bell1
1. Colorado State University[Session 17B] 13:30-15:00 @RH1

11:30 [Session 16B-03] Investigation of the Olympic
Peninsula rain shadow using radar and in situ
observations from the Olympic Mountains Experiment(OLYMPEX)

Use of Radar Data for Nowcasting andNumerical Models*Angela Rowe1, Lynn McMurdie1, Joe Zagrodnik1, Jamin Rader1,Andrew DeLaFrance1
1. University of Washington

13:30 [Session 17B-01] NowPrecip: Localized precipitation
nowcasting in the complex terrain of Switzerland.
*Ioannis V Sideris1, Loris Foresti1, Daniele Nerini1,2, Urs Germann1
1. Swiss Federal Office of Meteorology and Climatology, MeteoSwiss,
Switzerland, 2. Institute for Atmospheric and Climate Science, ETH,
Zürich, Switzerland

11:45 [Session 16B-04] X-band Marine Radar Detection of
Ejected Lapilli and Volcanic Blocks*Masayuki Maki1, Yasushi Fujiyoshi2, Hidehiko Tokushima3, Masato
Iguchi4
1. Kagoshima University, 2. Hokkaido University, 3. Field Researchers
Corporation, 4. Kyoto University

13:45 [Session 17B-02] Improved nowcasting of
convective rainfall using vertically integrated liquid*Seppo Pulkkinen1,2, V. Chandrasekar1,2, Annakaisa von Lerber2, AriMatti Harri2
1. Colorado State University, Fort Collins, Colorado, United States, 2.
Finnish Meteorological Institute, Helsinki, Finland[Session 17A] 13:30-15:00 @NH

Radar Networks, Quality Control,
Processing and Software

14:00 [Session 17B-03] An Optical Flow Derived
Nowcasting Approach with Fuzzy Logic and Model Wind
Field Vectors

13:30 [Session 17A-01] NEXRAD Radar ProductImprovement – Update 2019*Joseph A Olden1, Yadong Wang1
1. Southern Illinois University Edwardsville*Michael J. Istok1
1. USA/NOAA/National Weather Service/Radar Operations Center

14:15 [Session 17B-04] Stochastic multiscale nowcastingwith high resolution radar data

13:45 [Session 17A-02] Decades of weather radar data:
Global availability, preservation challenges and successstories*Daniel Schertzer1, Ioulia Tchiguirinskaia1
1. Ecole des Ponts ParisTech, Hydrology Meteorology and Complexity
lab*Joshua S Soderholm3, Elena Saltikoff1, Katja Friedrich2, Katharina
Lengfeld4, Brian Nelson5, Andreas Becker4, Rainer Hollmann4, Bernard
Urban6, Maik Heistermann7, Caterina Tassone8
1. Finnish Meteorological Institute, Helsinki, Finland, 2. Department ofAtmospheric and Oceanic Sciences, University of Colorado Boulder,
Boulder, Colorado, USA, 3. Meteorological Institute, University ofBonn, Bonn, Germany, 4. Deutscher Wetterdienst, Offenbach am
Main, Germany, 5. NOAA/National Centers for Environmental
Information, Asheville, North Carolina, 6. Météo-France, Toulouse,
France, 7. Institute of Environmental Sciences and Geography,
University of Potsdam, Germany, 8. GCOS Secretariat, WMO,
Geneva, Switzerland

14:30 [Session 17B-05] Blending of radar extrapolation
and NWP for 1and 2 hour rainfall nowcasts*Jim W Wilson1, Daniel Megenhardt1
1. National Center for Atmospheric Research

14:45 [Session 17B-06] Selective ensemble nowcast for
short-term precipitation prediction system combining
both radar echo extrapolation and NWP*Yasutaka Wakazuki1
1. Ibaraki University

14:00 [Session 17A-03] Spatially variable advection
correction of Doppler radial velocity data
*Alan Shapiro1,5, Joshua G. Gebauer1, Nathan A. Dahl4,6, David J.
Bodine2, Andrew Mahre1,2, Corey K. Potvin1,4,3
1. School of Meteorology (SoM), University of Oklahoma (OU), 2.
Advanced Radar Research Center (ARRC), University of Oklahoma(OU), 3. NOAA National Severe Storms Laboratory (NSSL), Universityof Oklahoma (OU), 4. Cooperative Institute for Mesoscale
Meteorological Studies (CIMMS), University of Oklahoma (OU), 5.
Center for Analysis and Prediction of Storms (CAPS), University ofOklahoma (OU), 6. NOAA National Weather Service Storm Prediction
Center (SPC)

14:15 [Session 17A-04] Application of Clutter Polygons in
Terminal Doppler Weather Radar for Improving the
Detection of Terrain-induced Windshear in Hong Kong
*Shuk Mei Tse1, Ying Wa Chan1
1. Hong Kong Observatory

14:30 [Session 17A-05] Recent progresses in dealiasing
Doppler velocities collected by new scan modes withsmall Nyquist velocities to increase clear-air data
coverage for wind analysis

34

RADAR METEOROLOGYCONFERENCE SERIESDATELOCATION

CONFERENCE NAME

March 1947

Cambridge, MA(First) Conference on Radar Meteorology

October 1951

Urbana, IL

Second Conference on Radar Meteorology

September 1952

Montreal, PQ, Canada

Third International Conference on Radar Meteorology

November 1953

Austin, TX

Fourth Conference on Radar Meteorology

12-15September 1955

Asbury Park, NJ

Fifth Conference on Radar Meteorology

26-28 March 1957

Cambridge, MA

Sixth Conference on Radar Meteorology

17-20 November 1958

Miami Beach, FL

Seventh Conference on Radar Meteorology

11-14 April 1960

San Francisco, CA

Eighth Conference on Radar Meteorology

23-26 October 1961

Kansas City, MO

Ninth Conference on Radar Meteorology

22-25 April 1963

Washington, D.C.

10th Conference on Radar Meteorology

14-18 September 1964

Boulder, CO

11th Conference on Radar Meteorology

17-20 October 1966

Norman, OK

12th Conference on Radar Meteorology

20-23 August 1968

Montreal, PQ, Canada

13th International Conference on Radar Meteorology

17-21 November 1970

Tucson, AZ

14th Conference on Radar Meteorology

10-12 October 1972

Champaign-Urbana, IL

15th Conference on Radar Meteorology

22-24 April 1975

Houston, TX

16th Conference on Radar Meteorology

25-29 October 1976

Seattle, WA

17th Conference on Radar Meteorology

28-31 March 1978

Atlanta, GA

18th Conference on Radar Meteorology

15-18 April 1980

Miami Beach, FL

19th Conference on Radar Meteorology

30 Nov.-3 Dec.1981

Boston, MA

20th Conference on Radar Meteorology

19-23 September 1983

Edmonton, AB, Canada

21st International Conference on Radar Meteorology

10-14 September 1984

Zurich, Switzerland

22nd International Conference on Radar Meteorology

22-26 September 1986

Snowmass, CO

23rd Conference on Radar Meteorology

9-13 November 1987

Boston, MA

24th Conference on Radar Meteorology

24-28 June 1991

Paris, France

25th International Conference on Radar Meteorology

24-28 May 1993

Norman, OK

26th Conference on Radar Meteorology

9-13 October 1995

Vail, CO27th Conference on Radar Meteorology

7-12 September 1997

Austin, TX

28th Conference on Radar Meteorology

12-16 July 1999

Montreal, PQ, Canada

29th International Conference on Radar Meteorology

19-24 July 2001

Munich, Germany

30th International Conference on Radar Meteorology

6-12 August 2003

Seattle, WA

31st Conference on Radar Meteorology

24–29 October 2005

Albuquerque, NM

32nd Conference on Radar Meteorology

6-10 August 2007

Cairns, Australia

33rd Conference on Radar Meteorology

5-9 October 2009

Williamsburg, VA

34th Conference on Radar Meteorology

26-30 September 2011

Pittsburgh, PA

35th Conference on Radar Meteorology

16-20 September 2013

Breckenridge, CO

36th Conference on Radar Meteorology

14-18 September 2015

Norman, OK

37th Conference on Radar Meteorology

28 August-1 September 2017

Chicago, IL

38th Conference on Radar Meteorology

16-20 September 2019

Nara, Japan

39th International Conference on Radar Meteorology

35

Presenter Index
A
Aart Overeem
Session 9A-04
Ahmed Mahidjiba
Poster3-59
Ahoro ADACHI
Poster3-05
Ahoro ADACHI
Poster3-72
Akihito Umehara
Poster2-63
Akira Nishii
Poster3-76
Akira Nishii
Poster2-75
Alain Protat
Session 8A-05
Alan Shapiro
Session 17A-03
Albert Oude Nijhuis
Poster1-70
Alberto Ortolani
Poster1-106
Alessandro Battaglia Session 6A-03
Alessandro Battaglia Session 11A-04
Alexander Ryzhkov
Session 4B-01
Ali Tokay
Poster1-07
Allen B. White
Poster2-30
Allen B. White
Session 5A-02
Allison Theresa LaFleur
Poster2-72
Andrew Byrd
Session 5A-03
Andrew Mahre
Poster2-08
Ang Zhou
Poster2-53
Angela Rowe
Session 10B-03
Angela Rowe
Session 16B-03
Anjaneyulu Akkimi
Poster3-96
Anthony Didlake, Jr.
Session 11B-03
Anthony E Reinhart
Poster1-76
Anthony E Reinhart
Session 12B-02
Arthur Costa Tomaz de Souza
Poster1-80
Ashwin Raju D K
Poster1-47
Asi Zhang
Poster2-13
Atsushi Hamada
Poster1-18
Atsushi Okazaki
Session 11A-05
Autumn Losey-Bailor Poster3-25
Ayano Ueki
Poster3-34

B
Ben Pickering
Biao Geng
Boonleng Cheong
Bo-Young Ye
Bradley Isom
Brenda Javornik
Bronwyn Dolman
Bryan Kerman

Session 13B-03
Poster2-103
Poster1-46
Poster3-06
Poster3-07
Poster3-61
Poster1-89
Poster2-69

C
Casey Griffin
Poster2-01
Casey Griffin
Session 12A-02
CHA YAN CAO
Poster2-66
Chandra V Chandrasekar
Session 7A-01
CHANDRASEKAR RADHAKRISHNAN
Poster1-36
chang liu
Poster2-77
chaoying huang
Poster3-84
Charles N Helms
Poster3-33
Chelsey N. Laurencin Session 11B-04
Chen Daren
Poster3-09
CHENG FANG YANG Poster2-68
Cheng-Ku Yu
Session 11B-06
Ching-Yin Ke
Poster1-96
Choeng-lyong Lee
Poster1-22
Chong Wu
Poster2-46
Christopher Curtis
Session 4A-04
Christopher Williams Session 14B-01
Christos Gatidis
Session 14B-02
ChungYi Lin
Poster1-61
Cuong Nguyen
Poster2-64

D
DaeHyung Lee
Poster3-90
Daejin Yeom
Poster3-91
Daniel Michelson
Session 9A-06
Daniel Sanchez-Rivas Poster3-71
Daniel Schertzer
Session 17B-04
Daniel T Dawson II
Session 9B-06

Daren Lyu
Session 14A-04
Darrel Kingfield
Poster2-61
David A Warde
Poster3-57
David Schvartzman
Session 15A-02
David Serke
Poster2-58
Delbert D Willie
Poster3-108
Die Wang Poster3-08
Djordje Mirkovic
Poster2-05
Dominik Jacques
Session 9B-03
Dong-In Lee
Poster1-102
DONG-KYUN KIM
Session 13A-03
Dusan Zrnic
Poster3-03
Dusan Zrnic
Session 15A-01

E
Eder Paulo Vendrasco Poster1-108
Edward Luke
Session 15A-03
Eiichi Sato
Poster1-52
Eiichi Sato
Session 14A-02
Eiichi Yoshikawa
Poster1-41
Erwan LE BOUAR
Poster2-57
Evan Ruzanski
Session 12B-03

F
Forest Cannon
Frederic Fabry
Frederic Fabry
Freya Ione Addison

Session 8A-03
Session 4A-06
Session 3B-01
Session 9A-03

G
Gerald M Heymsfield
Gerald M Heymsfield
Giulia Giani
Greg McFarquhar
GUOQIANG XUGuy Delrieu
GyuWon Lee

Poster2-32
Session 15B-05
Poster3-68
Poster2-40
Poster1-77
Session 4B-03
Session 10A-03

H
HAI QIU
Poster3-98
HaiGuang Zhou
Poster2-108
Hajime Okamoto
Session 11A-01
Hanako Inoue
Poster2-91
Hao Huang
Poster1-33
Hao Wang
Poster2-42
Hao Wen
Poster3-54
Haojun Chen
Session 12A-01
Haoran Li
Session 2B-01
Harish Baki
Poster1-75
Hassan AL SAKKA
Poster3-35
Hiroaki Horie
Poster1-26
Hiroki OKACHI
Poster2-107
Hiromu Seko
Poster1-97
Hiroshi HANADO
Poster3-66
Hiroshi Kikuchi
Poster2-17
HIROSHI YAMAGUCHI Poster3-16
Hiroshi Yamasuge
Poster1-51
Hiroyuki Hashiguchi
Poster3-04
Hisato Iwashita
Poster2-65
Hoang Minh Toan
Poster3-113
Hong Jiang
Poster3-41
Hong Ki Sung
Poster1-54
Hong-Mok Park
Poster3-85
Howard Bluestein
Session 5B-03
Hsin-Hao Liao
Poster3-32
Hugh Morrison
Poster2-55
Hui Xiao
Poster2-56
Huiling Yang
Poster2-87
Hyokyung Kim
Poster1-20

I
IGOR PAZ
Igor R. Ivic
Igor R. Ivic
Ioannis V Sideris
Irene Crisologo
Ivan Arias

Poster3-80
Poster1-40
Poster2-06
Session 17B-01
Poster3-37
Poster1-32

J
Jacob Carlin
Session 2B-04
Jacques Victor Testud Session 4B-04

36

JAE-GEUN LEE
Poster1-83
Jainn Jong Shi
Poster1-78
Jairo Michael Valdivia Poster1-28
James Taylor
Poster1-71
Jana Mendrok
Poster1-95
Jeffrey Snyder
Poster2-101
Jeffrey Snyder
Poster2-102
Jennifer DeHart
Poster2-76
Jeong-Eun Lee
Session 7A-03
Jeong-Eun Lee
Poster3-28
Jeong-Ho Bae
Poster1-84
jia xuPoster2-96
Jian Zhang
Session 4B-05
Jianbing Li
Session 16A-04
Jiaqi Hu
Poster3-11
Jidong Gao
Session 3B-03
Jim W Wilson
Session 17B-05
jingbo yun
Poster2-80
Jingya Wu
Poster2-31
jingyu wang
Poster1-66
jingyu wang
Session 8A-04
Jisun Lee Poster2-86
JIWON LEE
Poster1-82
Ji-Young Gu
Poster3-46
Joerg Steinert
Poster1-94
John C Hubbert
Session 4A-01
John Grender C. Almario
Poster3-112
Jordan Palmer Brook Poster1-81
Jordi Figueras i Ventura
Session 15B-04
Jorge L Salazar-Cerreno
Session 2A-02
Jose Dias Neto
Session 2B-03
Joseph A Olden
Session 17B-03
Joshua G Gebauer
Poster3-52
Joshua G Gebauer
Poster3-51
Joshua Hampton
Poster2-34
Joshua S Soderholm Session 17A-02
Joshua Wurman
Poster3-56
Joshua Wurman
Poster2-93
Joshua Wurman
Session 5A-06
Josue Gehring
Session 8B-05
Jothiram Vivekanandan Session 14B-04
Juan HUO
Poster3-01
Juanzhen Sun
Session 7B-02
Jungsoo Yoon
Poster3-93
JuYu Chen
Poster3-73

K
Kamil Mroz
Kamil Mroz
Kaori Satokao-shen chung
Karen Ann Kosiba
Karen Ann Kosiba
Karen Ann Kosiba
Karly Jackson Reimel
Karly Jackson Reimel
Katharina Lengfeld
Katsuhiro Nakagawa
Kaya Kanemaru
Kaya Kanemaru
Kazuhiro Yoshimi
Kazuyuki Okada
Keisuke HIKAWA
Keitaro Asai
Kelly Lombardo
Kenji Nakamura
Kenji Suzuki
Kenta Sueki
Kento Nakamura
Khadija DIANI
Kinji Furukawa
Kohin Hirano
Koichiro Michimoto
Koji Nishimura
Koji Sassa
Koki Muguruma

Poster2-33
Poster1-08
Poster1-34
Poster1-74
Poster3-67
Poster2-92
Session 10B-01
Session 14B-03
Session 9A-01
Session 13B-02
Poster2-25
Session 8A-06
Poster1-09
Session 15A-06
Session 3A-02
Poster2-45
Poster3-97
Session 10B-02
Session 11A-06
Poster1-29
Poster2-104
Poster2-04
Poster3-109
Session 3A-03
Poster2-23
Poster2-74
Poster1-56
Poster2-19
Session 14A-01

kosei yamaguchi
Kosuke Yamamoto
Koyuru Iwanami
Kumar Vijay Mishra
Kun Zhao
Kwonil Kim
Kwo-Sen Kuo
Kyle Pittman
Kyuhee Shin
Kyung-Yeub NAM

Poster1-107
Poster1-11
Poster1-99
Poster3-100
Poster2-60
Poster3-104
Poster1-37
Poster2-08
Poster3-83
Poster1-88

L
Lei HanPoster1-58
lejian zhang
Poster3-53
Lester Kim M. Lagrimas
Poster3-111
Li LuoPoster2-82
Liang Feng
Poster3-55
Liang Liao
Poster1-15
Lindsey Richardson
Poster3-20
Lindsey Richardson
Poster3-21
Ljubov Joanna Liman Poster3-24
Lucas Reimann
Poster1-91

M
Manabu D. Yamanaka Poster2-84
Manoj Manguttathil Gopalakrishnan
Poster2-106
Marc Schleiss
Session 13B-04
Marco Gabella
Session 6B-02
Marcus van Lier-WalquiSession 16B-01
Mari L Schmidt
Poster1-67
Mariko Oue
Session 8B-02
Mark E. Weber
Poster2-03
Markus Schultze
Poster1-104
Markus Schultze
Poster1-103
Martin Hagen
Session 8B-04
Martin Lainer
Poster3-58
Maryna Lukach
Session 8B-06
Masafumi Hirose
Poster1-25
Masakazu Wada
Session 2A-01
Masato I. Nodzu
Poster3-105
Masayuki Maki
Session 16B-04
Masayuki Yamamoto Poster3-02
Matthew R Kumjian
Session 8B-01
Matthew R Kumjian
Session 9B-05
Maud Martet
Session 3B-02
Mengsong Nong
Poster2-89
Michael Frech
Session 4A-05
Michael J. Istok
Session 17A-01
Michael M. Bell
Session 10B-04
Michael M. Bell
Poster3-30
Michael M. French
Session 5B-04
Mi-Kyung Suk
Poster3-86
Milind Sharma
Poster1-69
Minseok Kang
Poster3-87
Mi-Young Kang
Poster2-52
Moeka Yamaji
Poster1-01
Mohammad-Hossein Golbon-Haghighi
Poster2-24
Mohammad-Hossein Golbon-Haghighi
Session 15A-04
Muhammad Arif Rahman
Poster3-14

N
Namiko Sakurai
Poster2-97
Nan YU
Session 4B-06
Naoya Takizawa
Poster2-16
Narae Kang
Poster3-89
Nick Guy
Session 7A-04
Nick Guy
Poster3-50
Nitin Bharadwaj
Poster3-48
Nobuhiro Takahashi
Poster1-04
Nobuhiro Takahashi
Poster2-20
Nor Azlan bin Mohd Aris
Poster2-14
Norman R Donaldson Poster3-36

O

P
Pao-Liang Chang
Session 17A-06
Parichat Wetchayont Poster3-82
Parinya Intaracharoen Poster3-107
Pascal Felix Waniha Session 12B-04
Patricia Altube
Poster3-64
Patricia Altube
Poster3-65
Patrick Adrian Campbell
Poster3-60
Paul Robert Harasti
Session 9A-05
Pavlos Kollias
Session 3A-01
Pay-Liam Lin
Poster2-39
Pedro Augusto Sampaio Messias Ribeiro
Poster2-78
Peisang Tsai
Poster2-27
Pengfei Zhang
Poster3-78
Pierre-Emmanuel Kirstetter
Session 11A-03

Q
Qiangyu Zeng
QianYuChen Wang
Qin XuPoster1-42
Poster1-44
Session 17A-05

R
Ranting Tao
Poster2-54
Raquel M Evaristo
Session 15B-06
Ratih Indri Hapsari
Poster3-106
Ren Takaoka
Poster2-47
Ricardo Reinoso-Rondinel
Poster2-29
Richard Roy
Session 5A-04
Riko Oki
Poster1-30
Rita Roberts
Poster2-83
Rita Roberts
Session 15B-01
Robert Cifelli
Poster3-77
Robert Clyde Jackson Session 6B-01
Robert M Rauber
Poster1-39
Robert Palmer
Session 12A-04
Robert Schrom
Session 16A-01
Robert Schrom
Session 8B-03
Roberto V. Calheiros Poster3-75
Robin L Tanamachi
Poster3-22
Robin L Tanamachi
Session 5B-05
Roger M Wakimoto
Session 5B-02
Rudolf Kaltenboeck
Poster1-100
Rui Li
Poster3-29
Ruiyi Li
Poster3-10
RYOHEI KATO
Session 7B-04
Ryusho Imai
Poster2-28

S
Sachin Deshpande
Session 9B-04
Samantha Melani
Poster1-98
Sarvesh Garimella
Poster3-27
Scott Giangrande
Poster3-12
Scott M Ganson
Poster3-49
Scott Mabry Ellis
Poster2-26
Sebastian Torres
Session 2A-04
Seiji Kawamura
Poster1-50
Sento Nakai
Poster3-92
Seokhwan Hwang
Poster3-94
Seppo Pulkkinen
Poster3-42
Seppo Pulkkinen
Session 17B-02
Sergey Y Matrosov
Session 11A-02
Sergey Y Matrosov
Session 6A-01
Sergio Daniel Graniello Session 5A-05
Shakti P. C .
Poster3-101
Sheng Chen
Poster2-15
Shigeharu Shimamura Poster2-12
Shigenori Otsuka
Poster1-87
Shingo Shimizu
Session 7B-03
Shin-ichi Suzuki
Poster2-98
Shinsuke SatohSession 7A-02
Shinsuke SatohSession 12A-03
Shinta Seto
Session 8A-01
Shizuka Akiyama
Poster1-10
shuai Zhang
Poster3-45
Shuhei Uchida
Poster2-21
Shuk Mei Tse
Session 17A-04

37

Shunji Kotsuki
Shunsuke Aoki
Shunxian Tang
Silke Troemel
Silke Troemel
Simona Trefalt
Simona Trefalt
Simone Tanelli
Skylar S Williams
Skylar S Williams
Soichiro Sugimoto
SOUMYA SAMANTA
Stephen Cocks
Stephen J Munchak
Steven A Rutledge
Sudesh Boodoo
Sujeong Cho
sunjin mo
Syugo Hayashi

Poster1-23
Poster1-12
Poster1-05
Poster1-65
Poster1-68
Poster2-85
Poster1-90
Session 3A-04
Poster3-31
Poster2-99
Poster1-105
Poster2-36
Session 10A-01
Poster2-37
Session 5A-01
Session 10A-04
Poster1-63
Poster3-47
Poster2-95

T
Tadashi Fujita
Tadayasu Ohigashi
Taihei Uchida
Taishi Hashimoto
Takafumi Seguchi
Takahisa Kobayashi
Takeharu Kouketsu
Takemasa Miyoshi
Takeshi Maesaka
Takeshi Maesaka
Takeshi Masaki
Taku Suezawa
Takuji Kubota
Taro Shinoda
Terry James Schuur
Thanh Ngo-Duc
Thea Sandmael
Tian-You Yu
Tim Boehme
Ting-Yu Cha
Tomoaki Mega
Tomohiro ARAI
Tomomi Aoki
Tomoya Matsuda
Tomoya Matsuda
Toshiaki TAKANO
Toshihisa Matsui
Toshiki Matsushima
Troy J Zaremba

Session 9B-01
Session 6A-04
Poster1-43
Session 13A-04
Poster2-88
Poster1-14
Poster2-18
Session 7B-01
Session 15A-05
Session 5B-06
Poster1-06
Poster2-02
Poster1-02
Poster2-49
Session 2B-02
Poster3-110
Poster2-71
Poster2-07
Poster1-64
Session 11B-01
Poster3-102
Poster1-49
Poster1-48
Poster2-10
Poster2-11
Poster3-19
Poster1-60
Poster2-44
Session 6A-02

U
Udai Shimada
Ulrich Goersdorf

Session 11B-02
Poster3-13

V
Valentin Louf
Valery V Melnikov
Valery V Melnikov
Vojtech Bliznak

Poster2-100
Poster1-38
Poster3-26
Poster3-74

W
Walt Petersen
Wei-Kuo Tao
Weixin Xu
Wei-Yu ChangWEN XIAO ZHANG
Wen-Chau Lee
Wiebke Deierling
Wolfgang Hanft
Wolfgang Hanft
Wonbae Bang
Wooyoung Na

Poster1-17
Poster1-73
Poster1-13
Poster3-43
Session 13A-01
Session 2A-03
Session 15B-03
Poster3-69
Poster3-70
Poster1-93
Poster3-88

X
Xiantong Liu
Xiaoding Yu
Xiaona Rao
Xiaowen Li
xiuming wang
xuefeng meng

Poster2-38
Poster2-67
Poster2-90
Poster1-24
Poster2-81
Poster2-79

Y
Ya-Chien Feng
Ya-Chien Feng
Yann Dufournet
Yaoyao Zheng
Yaoyao Zheng
Yasumitsu Maejima
Yasushi Suzuki
Yasutaka Ikuta
Yasutaka Wakazuki
Ye CuiYixin Wen
Yongheng BI
Yoshinori Yamada
Younghyun Cho
Yuchun Gao
Yufang Tian
Yuichi Ohno
Yuichi Ohno
Yuichiro Hagihara
Yuichiro Hagihara
Yukari Shusse
Yukie Moroda
Yura Kim
Yuta Ohya
Yu-Ting Cheng

Session 13A-02
Session 16B-02
Poster1-57
Session 10A-02
Poster3-81
Poster1-85
Poster3-103
Session 9B-02
Session 17B-06
Poster2-51
Session 6B-03
Poster3-15
Session 11B-05
Session 6B-04
Poster3-40
Session 16A-03
Poster1-35
Session 16A-02
Poster2-50
Poster1-16
Poster2-62
Poster2-09
Poster2-48
Poster2-105
Session 3B-04

Z
Zachary Wienhoff
Zewei Zhao
zhao shizhaoping sun
Zhe Feng
Zhe Feng
Zhe LiZHE ZHANG
Zheng Ruanzhenqing liang
Zhicheng Ding
Zhoujie Cheng
ziad haddad
Ziwei Zhu
Zlatko R Vukovic
Zoya Andreeva
Josué Gehring
Evan Ruzanski
Raquel M Evaristo
Mengistu Wolde
Boonleng Cheong
Robert Palmer
Luca Baldini
Luca Baldini
Alessandro Battaglia
Lei HanBoon-Leng Cheong
Karen Ann Kosiba
Christine Unal
Michael Frech
Kumar Vijay Mishra
V. Chandrasekar
Kumar Vijay Mishra
Alexander Ryzhkov
Valentin Louf
Haonan Chen
Wen-Chau Lee
Aart Overeem
FUMIE MURATA
Rui Liao
Yongguang ZHENG
Yu-Chieng Liou
Xuehua Li
Youcun Qi

Poster2-73
Poster1-101
Poster3-44
Poster3-23
Session 15B-02
Session 12B-01
Poster2-22
Poster3-95
Poster2-59
Poster1-79
Poster1-92
Poster3-17
Poster1-21
Poster2-41
Poster3-62
Poster1-27
Poster3-63
Session 4A-02
Poster1-86
Poster1-53
Session 5B-01
Poster1-45
Session 14A-03
Poster1-19
Poster2-43
Poster1-59
Poster3-38
Poster2-94
Session 4A-03
Poster3-39
Poster3-99
Session 8A-02
Poster1-55
Poster3-79
Session 9A-02
Poster2-35
Poster3-18
Session 4B-02
Session 13B-01
Poster1-72
Poster2-70
Poster1-62
Poster1-03
Poster1-31

38