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1 ICT Activities in AgroMeteorology 6 August 2008 Byong-Lyol Lee Korea Meteorological Administration The 26 th APAN, 4-8 August 2008 New Zealand

ICT Activities in AgroMeteorology

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The 26 th APAN, 4-8 August 2008 New Zealand. ICT Activities in AgroMeteorology. 6 August 2008. Byong-Lyol Lee Korea Meteorological Administration. 1. AgroMet eorological Information Components – ICT INFRA. Monitoring. Communications. Products/Applications. User Interface. - PowerPoint PPT Presentation

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Page 1: ICT Activities in  AgroMeteorology

1

ICT Activities in AgroMe-teorology

ICT Activities in AgroMe-teorology

6 August 20086 August 2008

Byong-Lyol Lee

Korea Meteorological Administration

Byong-Lyol Lee

Korea Meteorological Administration

The 26th APAN, 4-8 August 2008 New Zealand

Page 2: ICT Activities in  AgroMeteorology

AgroMet eorological Information Components – ICT INFRA

Products/Applications

Monitoring Communications

User Interface

Page 3: ICT Activities in  AgroMeteorology

(V) GISC

SIMDAT

GISC

UNIDAT

Data Broker

GDS

LAS

GTS/WIS

APCC

GEOSS Data

Architecture

Network

OBS Process Earth System

UserInterface

DCPC NCAR

NCDC

TIGGE

WAMIS

Climate Projection

SIP

GDAPS / GME

RDAPS / GME : WRF

Mesoscale model

Nowcasting

Historical (Legacy) data

Non-Meteorological Data

Surface Flux

Vegetation

Soil Profile

GRIDComputing • Data • Access

Computation • ResearchKMA/KISTI

WAMIS Grid Portal

AMBERDSSAT

GIS RS

User InterfaceGridSphere

END-USERS

K*GRIDeScience

LDAS/LISFlux, GHG

FeedBackDecision-Making

Impact Assess-ment

Data Grid

MME

AppliedMeteorology

Pilot ProjectsSIMDATWAMISUNIDAT

.

.

.

.

WIS-WAMIS

WAMISGrid

Portal

ES2

Earth System eScienceKorea

WIGOSWMO Integrated GOS

WMOInformation

System

Page 4: ICT Activities in  AgroMeteorology

Hierarchy of WAMIS Grid Portal

Page 5: ICT Activities in  AgroMeteorology

Implementation Strategy of WAMIS

Web Portal information shar-ing

XML-based service : standard schema developmentMachine translation : multi-lingual interfacesOperational applications based on Web service architectureTutorial interfaces for real practices

GRID Portal Resource sharing

Forecast-based AgMet Services for researcher / extensionBenchmarking on AMBER (DWD), expanding with DSATNCAR (GDAS, MM5), DWD (GME, LM) as NWPsSuper ensemble of Seasonal Forecasts (APCC / KMA, etc.)GISC / vDCPC dedicated to WAMIS will be established (NCAR, DWD)LIS (NASA) as a framework for LSM (GDS / LAS + GRID)

[ ET 1.3 pilot project uCAgM project WAMIS grid portal FWIS pilot project WIS pilot project ]

Page 6: ICT Activities in  AgroMeteorology

VGISC

CAgMCAgM

NCARNCAR

METGRID

METGRID

APCCAPCC

ESGIIESGII

KMAKMA

USAUSA DWDDWD

Decision-Making Support Operational Products Simulation Models Detailed Digital Forecast Ubiquitous Communication

Non-WMOMeteorological Information

ONTOBROKERMetBroker

GISCMETASERVERRDF/OWL

DCPC Data/Production RDF/OWL

G/R-ServerWAMIS Grid PortalWeb Service

DB PARSERRDF/XML

User Requirements(Semantic Web)

WAMIS Grid Portal Struc-ture

Page 7: ICT Activities in  AgroMeteorology

Data TransformationService Grid

Decision-Making Support Operational Products Simulation Models Detailed Digital Forecast Ubiquitous Communication

MetBrokerOntology

METADATADATABASE RDF/OWL

AMeDAS

Metadata Registry Service RDF/XML

User Requirements(Web Service)

HortPlus

FieldServer

TernDB DriverXML

DB DriverXML

DB DriverXML

DB DriverXML

WAMIS Metadata Management Scheme

Page 8: ICT Activities in  AgroMeteorology

Prototypes of Extended WMO Metadata Core Profile Keywords

Extended WMO Metadata Core Profile - CAgM

Page 9: ICT Activities in  AgroMeteorology

Hierarchy of weather elements RDF/OWL presentation

Hierarchy of Key Words & in XML- CAgM

Page 10: ICT Activities in  AgroMeteorology

Ontology using extended Keywords- CAgM

Page 11: ICT Activities in  AgroMeteorology

WAMIS Grid Portal Operational Infra-structure

Page 12: ICT Activities in  AgroMeteorology

USN-based Integrated Observation Net-work (’09~)

Page 13: ICT Activities in  AgroMeteorology

RAII - WIGOS/WISRAII - WIGOS/WIS

Sta

nd

ard

iza-

tion

In-situWIGOS

WMO Integrated GOS

GEONETCast

Global Earth Observation System of Sys-tems

WIS

Tall Tower Observation

National level

Weather Observation Network : e.g. WWW/GOS, AMDAR, ASAP etc.

Atmospheric composition observing network : e.g. GAW etc.

Radiation observing networks : e.g. BSRN

Marine meteorological networks and arrays : e.g. VOS, ARGO, etc.

Hydrological observing networks : e.g. components of WHY-COS etc.

Climate components of atmos-, oceano-, terres- observing systems : Flux

Inte

gra

tion

Remote sensing

Climate Change Monitoring

Climate Change Landmark

Water Cycle Monitoring

Boundary Layor Monitoring

GHG Background Monitoring

Regional level

Glo

bal W

I-G

OS

Ref-

ere

nce

Sit

e - Data standardization at global scale- GEOSS supporting hub- WIGOS regional center- GEOSS demonstration site

Outcomes

Page 14: ICT Activities in  AgroMeteorology

GEOSS & WMO

Page 15: ICT Activities in  AgroMeteorology

WIS - DCPC – WAMIS – WIGOS - GEOSS

ES2

Earth System

WISDCPC Data/ProductionRDF/OWL

G/R-ServerWAMIS Grid PortalWeb Service

GISCMETASERVERRDF/OWL

WIS Pilot Project

GEO CenterDCPC-WAMIS

Impact Assessment氣象 / 氣候 環境影響評價

Emergence Response國家 / 地域 非常對應體系

NCAM

WIS

WIS

WIS

WIS

WIS

WIS

WIS

WIGOSWMO Integrated

GOS

Page 16: ICT Activities in  AgroMeteorology

KMA-WIS Environment within COMIS-III

Page 17: ICT Activities in  AgroMeteorology

17

Multilingual Translation (Language)Sufficient GRID Resources (ICT)Ad hoc Network for real-time observa-tionAgroMeteorological tools (Models)

Dedicated DCPC/GISC to CAgM

Metadata implementation in CAgM

Issues to Consider

Non-meteorological data management Collaborations with member countriesCollaborations with GEOSS as bridge

Capacity Building in AgMet ICT

Page 18: ICT Activities in  AgroMeteorology

18

Thank You !Thank You !