MAHASRI_China_0608

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DMWG
MODEL OUTPUT
REFERENCE SITES REFERENCE BASINS
SATELLITES
Diurnal Intra-seasonal Seasonal
Global Regional Local
DATA INTEGRATION DISSEMINATION
WATER ENERGY SIMULATION PREDICTION
(WESP) Water and Energy Budget Studies Global
Land Data Assimilation Systems Regional Climate
Models Semi-arid Region Study Cold Region
Study Stable Water Isotope Intercomparison
CEOP INTER-MONSOON STUDY (CIMS) Coordinated
Model Integration Process Monsoon System Inter
Comparison Aerosol - Monsoon Water Cycle
Interaction
WEBS
CEOP Analyses Intercomparison Project
TWG ICTS
Extreme Events Impact Analysis Project
DMWG WEBS HAP WISE TWG ICTS SWING
WISE
SWING
H A P
COORDINATED ENERGY WATER CYCLE OBSERVATION
PREDICTION (CEOP)
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Evolutional Transition to CEOP
scientific benefits
CSEs
Going Forward
societal benefits
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Matsumoto JEPP
Japan EOS Promotion Program (JEPP) Theme 2-2 by
Prof. Matsumoto, U-Tokyo Development of rainfall
observation system in Southeast Asia
Objective Develop rainfall observation system in
order to understand water cycle and its
variability by climatic changes in tropical Asian
monsoon region over Indochina
(1)Research on rainfall distribution
(2)Research on flood prediction Rainfall
observation by automatic rain Rainfall
estimation using radar and gauges and
development of real-time satellite
observation and its data transmission system
application to flood
prediction
Automatic rain gauge Networks India, Bangladesh
36 Thailand 18 Vietnam 33
Rainfall estimation by satellite observation
Radar data Raingauge data ? Composite rainfall
data Similar to Radar-AMeDAS system in Japan
Flood prediction
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18 N
High Density Rain Gauges1
High Density Rain Gauges 2
Automatic rain gauges in Indochina
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Topographic Setting of Danang area

• Just the South of Hai Van Pass (???),
  climatic divide of Viet Nam

Hanoi
Yangon
Vientiane
Winter Monsoon
Climatic Divide
Da Nang
Bangkok
Phnom Penh
Ho Chi Minh
Source Google Earth
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• Diurnal and seasonal rainfall variations by
  automatic rain gauge at Hiep Duc, central Vietnam
  in 2004

Hiep Duc, 2004 Month-Hour Diagram