PMM Agenda FY 2017
DateStart

End

No.

Speaker

InstitutionTitle

9:30

-

9:40

10

Riko Oki

JAXAOpening Remarks

9:40-10:0020

Riko Oki

JAXAJapanese TRMM and GPM Science Status

10:00-10:2020

Gail Skofronick Jackson

NASA

US TRMM and GPM Status

10:20-10:40

20

1

Yoshihiro Iijima

Mie University

10:40

-

11:00

20

2

Sento Nakai

NIED

11:00

-

11:20

20

3

Kenichi Ueno

Tsukuba University

Validation and comparion of GPM data with point measured precipitation amount and phase in Japanese Alps

11:20

-11:4020

4Toru Terao

Kagawa University

Validation of the GPM products over the complex terrain in the heavy rainfall area in the northeastern Indian subcontinent.

11:40-12:0020

5Jun Matsumoto

Tokyo Metropolitan University

12:00-12:2020

6Hyungjun Kim

The University of Tokyo-

13:50

90

1/24
12:20
(Wednesda
13:50y)RoomNorth eastern Eurasia PMM Terrestrial UNited validation Experiment (NEPTUNE)
Observational study of particle size-velocity distribution and vertical profile of dry and wet snowfall

Validation and utilization of GPM data for hydrological forecasting in the Red River basin，Vietnam
Extended Validation Strategy for Satellite Precipitation Retrieval Considering Physical Conditions of Land Atomosphere
Lunch breakHall 10B

-

14:10

20

7

Masahiro Kazumori

Japan Meteorological Agency

All-sky assimilation of GMI radiance observations for JMA global numerical weather prediction model

14:10

-

14:30

20

8Yasutaka Ikuta

Japan Meteorological Agency

Establishment of GPM/DPR Data Assimilation Method in Hybrid Data Assimilation System Based on Next-Generation Non-Hydrostatic Model
ASUCA at JMA

14:30

-

14:50

20

9Kenji Taniguchi

Kanazawa University

14:50-15:1020

10Munehiko Yamaguchi

Japan Meteorological ResearchInstitute15:10-15:20

10

15:20

-15:4020

11Udai ShimadaJapan Meteorological ResearchInstitute

15:40

-

16:00

20

12

Shoichi Shige

Kyoto University

Improvement of GSMaP microwave radiometer and SLH algorithms for the GPM era

16:00-16:20

20

13

Tomoo Ushio

Osaka University

Improvement of the High Resolution GSMaP

16:20

-

16:40

20

14

Nai-Yu Wang

University of Maryland

Evaluation of GsMAP Radiometer Rain Retrievals

Ground based snow particle observation including the records of the snow particle microphotographs to contribute to improvementof GPM algorithms

Development of EnKF data assimilation technique for hydrometeors with multi-satellites microwave brightness temperatures
Comprehensive product development for monitoring and predicting severe weather events using GSMaP and ensemble forecasts
Break
Development of a statistical forecast model of tropical cyclone intensity by using GPM and GSMaP data

17
16:40

-

17:00

20

15

Hiroyuki Konishi

Osaka Kyoiku University

9:30

-

9:50

20

16

Atsushi Higuchi

Chiba University

Development of precipitation-related-variables detection by using geostationary meteorological satellites, and application these to GSMaP

9:50

-

10:10

20

17

Geun-Hyeok Ryu

Korea MeteorologicalAdministration

Development of precipitation retrieval technique and precipitation composite using multi-microwave satellite over East Asia

10:10

-

10:30

2018

Hirohiko Masunaga

Nagoya University

Inter-comparison of global rainfall data products for the improvement of satellite rainfall algorithms

10:30

-

10:50

20

19

Vladimir Karaev

Institute of Applied
Physics,Russian Academy of

10:50

-

11:10

20

11:10

-

11:30

20

20

PHAM THI THANH NGA

Vietnam National Satellite Center

Investigation of precipitation characteristics associated with Tropical Cyclones(TC) making landfall in the central region of Vietnam by using
GPM satellite data and TC-induced flooding by using GSMaP data

11:30

-11:502021

Ryo Oyama

Japan Meteorological ResearchInstituteStudy to evaluate contribution of the latent heating to typhoon warm core formation

11:50-12:10

20

22

Universidad Privada Boliviana

Application of satellite based precipitation to analyze water cycle variability in South-America

1/25(Thur 12:10sday)

Oliver C. SAAVEDARA
VALERIANO-12:302023

Masafumi Hirose

Meijo University

Evaluation of high-resolution precipitation climatology based on two spaceborne radar dataDevelopment and evaluation of algorithms for retrieval information about the ice cover of the internal waters and the snow cover of the land
surface as the extension of possibilities of Dual-Frequency Precipitation Radar in remote sensing

BreakHall 10Bsday)
Lunch break

12:30

-

14:00

90

14:00

-

14:20

20

24

Hiroshi Takahashi

14:20

-

14:40

20

25

Mohamed RASMY

14:40

-

15:00

20

26

Hideyuki Kamimera

15:00

-

15:20

20

27

Daniel Vila

Instituto Nacional de Pes

15:20

-

15:40

20

28

Gemma Teresa T. Narisma

Manila Observatory

15:40

-

16:00

20

Break17:30

90Discussion

16:00

Tokyo Metropolitan University
Public Works ResearchInstitute(PWRI)
Foundation of River & basin
Integrated

A climatological study on precipitation characteristics over the Asian monsoon simulated by a regional climate model
Maximize the Value of GPM and GSMaP data for flood forecasting, drought monitoring, and disaster early-warnings in the developing regions.

Assessment and Application of GSMaP in East Indochina
Validation Activities over South America: Performance of GPM-GSMaP on daily scale and possible nowcasting applications
Performance evaluation of satellite based rainfall during extreme weather events in the Philippines and in urban mega-cities in the philippines

Toshio Iguchi

NICT

29

Shinta Seto

Nagasaki University

The improvement of DPR-L2 precipitation retrieval algorithms

2030

Jun Awaka

Tokai University

Development of the GPM DPR L2 rain type classification module

10:20

20

31

Yukari N. Takayabu

The University of Tokyo

-

10:40

20

32

Andrew J. Heymsfield

10:40

-

11:00

20

33

Kazumasa Aonashi

1/26 11:00(Friday) 11:20

-

11:20

20

34

Takahisa Kobayashi

-

11:40

20

35

Kenji Suzuki

Yamaguchi University

11:40

-

12:00

20

36

Masaki KatsumataJAMSTEC

12:00

-

12:20

20

37

Kenji Nakamura

Dokkyo University

Analyses of ground data for the DPR rain estimate algorithm improvement

12:20

-

12:40

2038

Nobuhiro Takahashi

Nagoya University

Analytical study on the fine structure of precipitation system by using TRMM end of mission experimental data and the evaluation of the drop
size distribution product of GPM/DPR

12:45

5

Closing Remarks

9:00

-

9:20

20

9:20

-

9:40

20

9:40

-

10:00

10:00

-

10:20

12:40

University Corporation for
Atomospheric Research
Japan Meteorological ResearchInstituteCentral Research Institute ofElectric Power Industry

NICT and DPR Algorithm Status

Study on precipitation systems from mid-latitudes to the tropics for GPM SLH latent heating retrievals
Improved Estimates of Snowfall Rate and Global Snow Precipitation from theThe next-generation MWI precipitation retrieval algorithm using multi-regime physical variable PDFs derived from the TRMM & GPM
statistics

Simulation-based study for the evaluation of space-borne and ground-based radar measurements
Microphysical observations of solid precipitation for GPM/DPR algorithm validation
Validation of GPM/DPR on the oceanic precipitating clouds by utilizing the data from R/V Mirai onboard instruments

12:45

-

14:00

70

Lunch break

14:00

-

17:00

180

GPM利用検討委員会

Presentation time includes 5 minutes Q&A

GPM and TRMM Satellite Radars

Conference
Room2A