strategy development scheme for gfcs implementation by cagm of wmo - through collaborations with wmo...
TRANSCRIPT
Strategy Development Schemefor GFCS Implementation
by CAgM of WMO- through collaborations with WMO
constituent bodies
Byong-Lyol LEEByong-Lyol LEE
President Commission for Agricultural Meteorology
WMO
Director-in-ChiefNational Center for
AgroMeteorologyKorea
PTC-2011 meeting of WMO, Geneva, 7-9 Feb. 2011PTC-2011 meeting of WMO, Geneva, 7-9 Feb. 2011
1. AgroMeteorolgy Revisit
Products/ApplicationsProducts/Applications
MonitoringMonitoring CommunicationsCommunications
User InterfaceUser Interface
AgricultureAgriculture can provide numerous commodity and non-commodity outputs, some of which benefit the public without compensating the farmer.
AgroEcosystem AgroEcosystem (Elliott and Cole, 1989) as in classical definition an interactive group of biotic and abiotic components some of which are under human control that forms a unified whole (ecosystem) for the purpose of producing food and fiberproducing food and fiber
Non-commodity outputsNon-commodity outputs (public servicespublic services) as is Ecological Ecological ServicesServices
ecological functions (e.g. biodiversity, nutrient cycling, and carbon sequestration) and
cultural functions (e.g. recreation, cultural heritage, and visual quality)
AgroEcosystem ServiceAgroEcosystem Service
AgroMeteorology for AE Services AgroMeteorology for AE Services
EcosystemEcosystemBiotic Abiotic
Natural ResourcesNatural Resources
Economic Value Ecological Value
Ecological Goods Ecological Ecological Goods Ecological ServicesServices
AgroEcosystem ServicesAgroEcosystem Services
Agricultural Agricultural MeteorologyMeteorology
Multi-disciplinary Multi-functionality
Productivity : Quality
Cultural : Ecological Functions Adaptation :
Resilience Food, Fodder, Bio-energy Nutrients, Diet
Climate Change/Variability
Natural Hazards
Landscape DesignEco-tourism, Recreation
CustodianCustodianOf Natural Resources
Management Management Farming CommunityFarming Community ConservationConservation
Climate Change IssuesClimate Change Issues
Implementation TargetsImplementation Targets Global : mitigation - healthy Earth Regional : disasters - early warning National : adaptation - sustainability Rural : emergence response - safety & stability Farming : practices - productivity & economy
Global IssuesGlobal Issues Climate change Economic Crisis WTO/FTA
Climate Change IssuesClimate Change Issues
Uncertainty in prediction Intrinsic Variability Two sides of Coins
2 2 F E WF E W Resources Resources (too few) Food, Forest, Energy Water
Crucial Bottleneck at Crucial Bottleneck at
levelslevels Global : S & T Enhancement - resource mobilization Regional : Collaboration - trans-boundary activity National : Infrastructure - joint organization Rural : Expertise - capacity building Farming : Accessibility - diverse dissemination
Implementation Implementation
StrategyStrategy Global
Fund raising , Restructuring
Regional RA-specific AgMet program
National Resource sharing system Rural
Diverse E/T programs Farming
Feasible communications
2. WMO Requirements for CAgM
1.1. Strategic Plan : GSN 3 – ST 5 – Strategic Plan : GSN 3 – ST 5 –
ER 8ER 8Enhanced Capabilities for High Quality resources , Risk
Management,better information service, earth system monitoring, ST
developments,for emerging members through better partnerships and
cooperations 2.2. WMO Reform WMO Reform a. Improved Documentation & communication between TCs and Rasb. Orientate the constituent bodies of WMO to deliver the Strategic Planc. Reduce the intergovernmental part of constituent body sessions
3.3. GFCS ImplementationGFCS Implementation
4.4. WIS Implementation WIS Implementation - Agronomy data sharing beyond
WMO
5.5. WIGOS Implementation WIGOS Implementation – LDAS, Carbon Tracker supports
Impending Requirements Impending Requirements to to CAgMCAgM
a. Internal working methods, …deciding on implementation priorities, b. Mechanisms to strengthen the global cooperative system c. Projects for the needs of developing countries d. External communications, resource mobilisation and capacity development
1. Improving Service Quality/Delivery① EC for High Quality resources to meet user
requirements② EC for Risk Management against natural hazards
2. Advancing Science & Technology with Implementing Applications③ EC for better meteorological information under climate
change/variability④ EC for earth system monitoring relevant to meteorological information
3. Strengthening Capacity-building⑥ EC to fulfill mandates in emerging members
4. Establishing Closer Collaborations⑦ Better partnership and cooperation at national & global levels
5. Strengthening Good Governance⑧ Effective and efficient Organization
⑤ EC for active participation in global S & T development in meteorology
2.1 WMO Strategic Plan2.1 WMO Strategic Plan
http://www.wmo.int/pages/about/spla_en.htmlER : Expected ResultsST : Strategic ThrustsEC : Enhanced Capabilities
② Risk Management against natural hazards
1.Improving Service Quality/Delivery
http://dmss.ksc.re.kr/dmss.html
③ Better met. information under climate change/variability
2.Advancing S&T with Implementing Applications
⑤ Active in global S&T development in meteorology
2.Advancing S&T with Implementing Applications
⑥ Fulfill mandates in CB for emerging members
3.Strengthening Capacity-building
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 / DCPC dedicated to WAMIS will be established (NCAR, DWD)LIS (NASA) as a framework for LSM (GDS / LAS + GRID)
Web Portal information sharing
XML-based service : standard schema developmentMachine translation : multi-lingual interfacesOperational applications based on Web service architectureTutorial interfaces for real practices
14
uMeteo-K uMeteo-K testbedtestbed
KISTI KISTI ClusterCluster
KT KT ClusterCluster
KOREN
TEIN
KISTI KISTI ClusterCluster
KT Cluster
KISTI Cluster
ICT resource sharing systemICT resource sharing system
* ICT : Information, Communication Technology
⑥ Fulfill mandates in CB for emerging members
3.Strengthening Capacity-building
Implementation StrategyImplementation StrategyGovernance as
Global Federation of AgroMeteorology society
with regional members from - East/ South/Central Asia - North/Latin America - Central Asia - Africans (4 sub-regions) - Oceania
Convene in parallel with CAgM
2.2 WMO Reform relevant 2.2 WMO Reform relevant to to CAgM CAgM
2 “Quick Wins”: Improved Documentation Mechanism for communication between TCs and RAs
Continuation of Task Group, focussing on: How best to orientate the constituent bodies of WMO to
deliver the Strategic Plan The practicalities of reducing the intergovernmental part
of constituent body sessions
Recommendations to EC-63 by TG: Review the extent to which Expert Teams and Working
Groups have clear time-bound deliverables Exchange of best practice between presidents of TCs and RAs
associations Ensure ToRs for EC Working Groups and Inter-Commission Task
Teams define clear separation of roles
RS/GIS
ICT WISWIS
Applications
Models
GFCSGFCSPrimaryPrimaryUserUser(TC/CAgM)(TC/CAgM)
Global Federation of AgMet Global Federation of AgMet SocietySociety
Regional Pilot Projects (1~2/RA)Regional Pilot Projects (1~2/RA)Regional Pilot Projects (1~2/RA)Regional Pilot Projects (1~2/RA)
AgModel, IT Resource, Tools, Storage, DBMS, Server, Interface
Regional AssociationsRegional Associations(operation)(operation)
CAgMCAgM
GFCSGFCSSecondarSecondaryyUserUser(RA/(RA/NMHS)NMHS)
Feedback Feedback (Ground Truth Information) (Land Surface Information)
Regional FederationRegional Federation(R & D)(R & D)
GFCSGFCSEnd User End User (Farming (Farming CommunityCommunity))
Partnerships among TCs/RAsPartnerships among TCs/RAs
Phase I(2003~)
Phase Ⅱ(2010~)
ProjectRP
SocietyRS
uWAMIS NOAA GMUWAMIS-MN (Main)
(Ⅰ)Ⅳ Ⅳ(Ⅰ)
kWAMIS KMA SNUWAMIS-GP (Grid portal)
(Ⅰ)Ⅱ Ⅱ(Ⅰ)
iWAMIS IBiMET WAMIS-IS (INSAM) (Ⅰ)VI VI(Ⅰ)
bWAMIS-LA(Ⅲ) Brazil Ⅲ Ⅲ
aWAMIS-MC(V) Australia, India
V V
(s)(g)WAMIS S.Africa, Kenya, Ghana, Namibiya
(physical)
WAMISWAMIS next phase (proposed)
◎ uWAMIS - RS/GIS, Global Climate/weather info, NWPS,
GISC/(DCPC), CAMI, DSSAT, JAWF, E/T, GFCS
◎ kWAMIS - IT/GIS, IT Resource, NWPs, Downscaling,
GISC/(DCPC), Russia/FSU-DM, Interface, E/T, GFCS
◎ iWAMIS - Model/GIS, INSAM, Reg. projects, Phenology
GISC/(DCPC)(DWD), COST, Education/Training
◎ bWAMIS - *Region-specific Information
GISC/(DCPC) Argentina/Peru for Spanish
◎ aWAMIS - 〃
〃
◎ sWAMIS - 〃
〃
(functional)
WAMISWAMIS next phase (proposed)
WAMISWAMIS next phase (proposed)
ESSP IHDP DIVERSITA IGBP WCRP
FAOFAO GCP GEON GEOSSGEOSS IPCC THORPEX TIGGIE CEOP
FluxNet Phenology GCOS WIGOS Models Hydrology
GAMO(Global AgroMeteorogical Outlook) GDMS(Global Drought Monitoring System)
GLIS(Global Land Information System) GWHM (Global Weather Hazard Monitoring)
GPHN(Global Plant Phenology Network)
External Partnerships beyond WMOExternal Partnerships beyond WMO
Supporting NWPs available : WRF/MM5 GME/UM MME WRF/MM5 GME/UM MME
NCAR/ESSP JAWF/MET-BROKER NCAM/NWS RCC COLA
NOAA/KMA
DWD/UK GPC/APCC
Climate services expectedCC Scenario Climate Monitoring Short R. Med R, Monthly, CC Scenario Climate Monitoring Short R. Med R, Monthly, Seasonal, decadalSeasonal, decadal
ServicesServicesin in WAMISWAMIS
MonitorinMonitoringgin CAgMin CAgM
2.3 GFCS Implementation 2.3 GFCS Implementation PrioritiesPriorities
Capacity building in developing countries Linking climate service users and providers.
Building national capacity for climate services.
Strengthening the Climate Services Information System (CSIS) Standardizing products; promoting WIS; facilitating access to, use
of GPC products
Strengthening regional climate capabilities through establishing and promoting RCCs and RCOFs
Building capacity to implement the User Interface Platform
Improving climate observations in data sparse areas
Building the capacity of the climate research sector
Implementation of the GFCS
GFCS vs CAgM structuresGFCS vs CAgM structures
Products/ApplicationsProducts/Applications
MonitoringMonitoring CommunicationsCommunications
User InterfaceUser Interface
CapacitCapacityy
BuildingBuilding
AgroEcosystem Monitoring AgroEcosystem Monitoring InformationInformation
NWP-based AgMet ServicesNWP-based AgMet Services
* NWP : Numerical Weather Prediction Model
Feedback to Climate SystemFeedback to Climate System
* LDAS : Land Data Assimilation System
High Resolutions in Time & High Resolutions in Time & SpaceSpace
Climate Service Scheme Climate Service Scheme by CAgMby CAgM
Capacity Building
(Roving seminar, (Roving seminar,
ET ET program/center)program/center)
Observations
(Weather, (Weather, Biomass, Biomass,
Phenology, GHG Phenology, GHG flux)flux)
Research, Modeling and
Prediction
(NWP-based, (NWP-based,
downscaling)downscaling)
Climate User
InterfaceProgramm
e
(WAMIS / (WAMIS / WIS)WIS)
Climate Services
Information Systems
(AgModel, GIS)(AgModel, GIS)
Development Development of of
information information and productsand products
Delivery Delivery of of
ProductsProducts
Monitoring Monitoring and Analysisand Analysis
ApplicatioApplication of n of
ProductsProducts
28 World Meteorological Organization
2.4 WAMIS with WIS 2.4 WAMIS with WIS implementation implementation
World Meteorological Organization
WAMIS Metadata Flow WAMIS Metadata Flow
GeoNetwork Portal and Metadata
Editor
WAMIS simplified Metadata
wamis.xsl stylesheet transform
ISO 19115 WAMIS
Metadata
User Interface
ISO 23950 Interface
wamis2html.xsl (prep metadata
for review)
reviewers edit
WAMIS simplified metadata
share ISO 19115 WAMIS metadata
OAI PMH
FTP ...
WIS, GEOSS,
andother
Systems
WAMIS Managers and Users
30 World Meteorological Organization
WAMIS Search (GeoNetwork) WAMIS Search (GeoNetwork)
Sta
nd
ard
izati
Sta
nd
ard
izati
on
on
In-situWIGOS
WMO Integrated GOS
GEONETCast
Global Earth Observation System of Global Earth Observation System of SystemsSystems
WIS
Weather Observation Weather Observation NetworkNetwork : e.g. WWW/GOS, AMDAR, : e.g. WWW/GOS, AMDAR, ASAP etc.ASAP etc.
Atmospheric composition observing network : e.g. GAW Atmospheric composition observing network : e.g. GAW etc.etc.
Radiation observing networks : e.g. BSRNRadiation observing networks : e.g. BSRN
Marine meteorological networks and arrays : e.g. VOS, Marine meteorological networks and arrays : e.g. VOS, ARGO, etc.ARGO, etc.
Hydrological observing networks : e.g. components of Hydrological observing networks : e.g. components of WHYCOSWHYCOS
Climate components of Climate components of atmos-, oceano-, atmos-, oceano-, terres- observing systems terres- observing systems : Flux: Flux
Inte
gra
tion
Inte
gra
tion
Remote sensing
2.5 WIGOS Implementation 2.5 WIGOS Implementation by by CAgMCAgM
WMO Information SystemWMO Information System
National WIGOS Pilot SitesNational WIGOS Pilot Sites
Tall Tower Observation
Climate Change Monitoring
Climate Change Landmark
Water Cycle MonitoringBoundary Layor
MonitoringGHG Background
Monitoring Glo
bal
Glo
bal
WIG
OS
W
IGO
S
Refe
ren
ce
Refe
ren
ce
Sit
eS
ite
- Data standardization at global - Data standardization at global scalescale
- GEOSS supporting hub- GEOSS supporting hub- WIGOS regional center- WIGOS regional center- GEOSS demonstration site- GEOSS demonstration site
WCRP-WIS -WCRP-WIS -WAMISWAMIS – WIGOS - GEOSS – WIGOS - GEOSS
WIS
DCPC Data/ProductionRDF/OWL
G/R-ServerWAMIS Grid PortalWeb Service
GISCMETASERVERRDF/OWL
WIS Pilot ProjectWIS Pilot Project
GEO CenterGEO CenterDCPC-WAMISDCPC-WAMIS
Impact Assessment
Emergence Response
WAMISWAMIS
WIS
WIGOSWIGOSWMO Integrated GOSWMO Integrated GOS
User User ApplicationsApplications
3. Implementation Strategy by CAgM
(V) GISC(V) GISC
SIMDATSIMDAT
GISCGISC
UNIDATUNIDAT
Data BrokerData Broker
GDSGDS
LASLAS
GTS/WISGTS/WIS
APCCAPCC
GEOSSGEOSS DataData
ArchitectureArchitecture
NetworkNetwork
OBSOBS ProcessProcess Earth SystemEarth System
UserUserInterfaceInterface
DCPCDCPC NCARNCAR
NCDCNCDC
TIGGETIGGE
WAMISWAMIS
Climate ProjectionClimate Projection
SIPSIP
GDAPS / GMEGDAPS / GME
RDAPS / GME : WRFRDAPS / GME : WRF
Mesoscale modelMesoscale model
NowcastingNowcasting
Historical (Legacy) dataHistorical (Legacy) data
Non-Meteorological DataNon-Meteorological Data
Surface FluxSurface Flux
VegetationVegetation
Soil ProfileSoil Profile
GRIDGRIDComputing Computing • • Data Data •• Access Access
Computation Computation • • ResearchResearchKMA/KISTIKMA/KISTI
WAMIS Grid PortalWAMIS Grid Portal
AMBERAMBERDSSATDSSAT
GIS RSGIS RS
User InterfaceUser InterfaceGridSphereGridSphere
END-END-USERSUSERS
K*GRIDK*GRIDeScienceeScience
LDAS/LISLDAS/LISFlux, GHGFlux, GHG
FeedBackFeedBackDecision-MakingDecision-Making
Impact Impact AssessmentAssessment
Data GridData Grid
MMEMME
AppliedAppliedMeteorologyMeteorology
Pilot ProjectsPilot ProjectsSIMDATSIMDATWAMISWAMISUNIDATUNIDAT
..
..
..
..
WIS-WIS-WAMISWAMIS
WAMISGrid
Portal
ESES22
Earth System eScienceEarth System eScienceKoreaKorea
WIGOSWIGOSWMO Integrated GOSWMO Integrated GOS
WMOInformation
System
(Joint)GISC(Joint)GISC
SIMDATSIMDAT
GISCGISC
UNIDATUNIDAT
Data BrokerData Broker
GDSGDS
LASLAS
GTS/WISGTS/WIS
GEOSSGEOSS
DCPCDCPC NCARNCAR
NCDCNCDC
TIGGETIGGE
WAMISWAMIS
Climate ProjectionClimate Projection
SIPSIP
GDAPS / GMEGDAPS / GME
RDAPS / GME : WRFRDAPS / GME : WRF
Mesoscale modelMesoscale model
NowcastingNowcasting
Historical (Legacy) dataHistorical (Legacy) data
Non-Meteorological DataNon-Meteorological Data
Surface FluxSurface Flux
VegetationVegetation
Soil ProfileSoil Profile
GRIDGRIDComputing Computing • • Data Data •• Access Access
Computation Computation • • ResearchResearchKMA/KISTIKMA/KISTI
WAMIS Grid PortalWAMIS Grid Portal
AMBERAMBERDSSATDSSAT
GIS RSGIS RS
User InterfaceUser InterfaceGridSphereGridSphere
END-END-USERSUSERS
K*GRIDK*GRIDeScienceeScience
LDAS/LISLDAS/LISFlux, GHGFlux, GHG
Data GridData Grid
MMEMME
AppliedAppliedMeteorologyMeteorology
Pilot ProjectsPilot ProjectsSIMDATSIMDATWAMISWAMISUNIDATUNIDAT
..
..
..
..
WMO Integrated WMO Integrated GOSGOS
WMO Information SystemWMO Information System
GFCS Components of CAgMGFCS Components of CAgM
Thank You!Thank You!