Implementation Strategy for Climate Service Platform Testbed to...
Transcript of Implementation Strategy for Climate Service Platform Testbed to...
S2S Steering Committee Meeting 2015, Jeju, Republic of Korea, 25-26 June 2015
Implementation Strategy for Climate Service Platform Testbed
to support S2S Applications
Byong Lyol LEE
President : Abroad Dean CAgM / WMO : CoAM / NUIST
World Meteorological Administration (WMO) Nanjing University of Information Science & Technology
Climate services: A revolution in the application
of climate science
© Crown copyright Met Office
• From mitigation to mitigation and adaptation • Climate change to climate change and climate variability • Global, century-scale scenarios to regional predictions,
days to decades ahead • Global climate to characteristics of hazardous weather
and climate extremes • From few to many customers – public, governments,
business and industry • Operational delivery – from IPCC Assessment Reports to
regularly updated monitoring, forecasts, products and services
Setting the Right Structures
From Science to Service: The end-to-end delivery chain
CUSTOMERRESEARCH Predictions Climatologies
Translational Science
Service Development
Service Delivery
Continuous Dialogue Beginning with the Customer
기후변화 관련국제조직 연계도기후변화 관련국제조직 연계도
Policy DecisionsManagement Decision s
OBSERVATION
COMUNICATION
RESEARCH & ANANYSIS
DECISION SUPPORT
POLICY DECISIONS
MODELING
WG 1 : The ScientificBasis
WG 2 : ImpactsVulnerability, Adaptation
WG 3TF on National Greenhouse
Gas Inventories
Impact Assessment
Emergence Response
Earth System Science Partnership
Socio-economic scienceon climate and sustainability
Earth Observation SystemsSocio-economic data
Other Data Sources
GEONETCast
Global Earth Observation System of Systems
Oceans, Cryosphere, Land, AtmosphereSoildEarth, Biosphere
Earth System ModelsEarth System Modeling Environment
WIS
Supporting Group
Support
Provide Observation(CO2, Carbon)
Predictions and Analysis(High Performance Computing)
Assimilation
Observations(Standards & Interoperability)
Providing the Predictions, Analysis, and Observations
Decision Support(Assessment, Decision Support Systems)
By Nations
Improving seasonal climate predictionsDetermining how fast sea-level will risePredicting monsoon rains
Ongoing feedback to optimize value, reduce gaps and account for human activity
Construction of Global databasesCapacity buildingTo support use of
biodiversity
기후변화 관련국제조직 연계도기후변화 관련 국제조직 연계도Policy DecisionsManagement Decision sPolicy DecisionsManagement Decision s
OBSERVATION
COMUNICATION
RESEARCH & ANALYSIS
DECISION SUPPORT
POLICY DECISIONS
MODELING
WG 1 : The ScientificBasis
WG 2 : ImpactsVulnerability, Adaptation
WG 3TF on National Greenhouse
Gas Inventories
Impact Assessment
Emergence Response
Earth System Science Partnership
Socio-economic scienceon climate and sustainability
Earth Observation SystemsSocio-economic data
Other Data Sources
GEONETCast
Global Earth Observation System of Systems
Oceans, Cryosphere, Land, AtmosphereSoildEarth, Biosphere
Earth System ModelsEarth System Modeling Environment
WIS
Supporting Group
Support
Provide Observation(CO2, Carbon)
Predictions and Analysis(High Performance Computing)
Assimilation
Observations(Standards & Interoperability)
Providing the Predictions, Analysis, and Observations
Decision Support(Assessment, Decision Support Systems)
By Nations
Improving seasonal climate predictionsDetermining how fast sea-level will risePredicting monsoon rains
Ongoing feedback to optimize value, reduce gaps and account for human activity
Construction of Global databasesCapacity buildingTo support use of
biodiversity
Implementation of the GFCS
GFCS Structure and CAgM
Products/Applications
Monitoring Communications
User Interface
Capacity
BuildingGFCS Scheme
CAgM Scheme
수치모델 상세화
농림생태모형 운영
가뭄조기경보병해충예찰영농관리정보작물생육정보물관리체계재배적지구분기후변화영향평가사막화방지산불감시예측고온열파경보…..
WAMIS – CAgM Service Platform
◎ uWAMIS - RS/GIS, Global Climate/weather info, NWPS,
(USA) ◎ kWAMIS - IT/GIS, IT Resource, NWPs, Downscaling,
(Korea) WAMIS-DCPC, GFCS ◎ iWAMIS - Model/GIS, INSAM, Reg. projects, Phenology
(Italy) ◎ bWAMIS - *Region-specific Information” INMET, Brazil
◎ aWAMIS – “Region-specific Information” - USQ / BoM
◎ vWAMIS - 3+ subregions ?, virtual servers ?
Emerging Needs & Requirements
❖ Urgent Needs : High quality, Value-added, Feasible, Operational, ✓ Diverse Applications at user’s site (Quantitative) ✓ Value-added Operational Service (Qualitative) ✓ Feasible Communication Networks (Timely)
❖ Impending Requirements : ✓ High-resolution information production (spatial/temporal/
elemental) ✓ Feedback mechanism from Users (bidirectional
communication) ✓ ICT Resource Sharing Platform (Computing/Storage/Networks/
Interface) ❖ Future Considerations
✓ Contribution to NWP models (as information provider) ✓ Multi-lingual Translation (efficient sharing of information)
Implementation of Requirements
❖ Advanced Services ● High-resolution information production (data processing)
- Downscaling of climate/observation/forecast/projection data - GIS-based micrometeorological downscaling technology ● NWP-based Forecast services (AgMet forecasting)
- Linking NWP outputs to AgModels for value-added forecasts - Short-, medium-, long-range, sub-seasonal to seasonal, CC scenario - Various AgModels : DSSAT, AMBER, etc. ● ICT resource sharing platform (ICT infrastructure)
- Computing resources for NWP/AgModel with GIS/RS technology - User communication interface as information provider and feedback
ICT Resource Sharing Platform
• Region-specific Service Platforms – Currently 3 to at least 6 servers with differentiated functions
• Computing resources for – NWPs operation on user domain on time – NWP output downscaling to high spatial resolutions – User-specific AgModel operation on time – GIS S/W operation – RS data processing – Derived products processing
• Large volume of data storage for – NWP and AgModel outputs – RS/GIS raw and processed data – Ground truth data (vegetation, weather, soil)
WMO
RS-based
Service
Scheme
WMO PTC Meeting, 30 January-1 February 2012, Geneva.
NWP-based
Service
Scheme
Process Network Analysis
Life Cycle Analysis
DNDC-Manure Footprint Analysis
NWP Model – S2S
Ecosystem Model-T
Land System Change for Ecosystem Services & Earth System Functioning
GLOBAL CHALLENGE RESEARCH PROJECTS
❖ Development of Life Cycle Analysis Framework (LCAF) on GHG/water (resource) footprints for national policy decision on best Environment performance of AgroEcosystem under present and future climate conditions
Focusing on - Climate Variability issues: S2S - System integration : Process Network Analysis - Coupling of AgroEcosystem to Atmospheric System - Synchronization of Mitigation/Adaptation strategies - Operation supporting ICT infrastructures
GLOBAL CHALLENGE RESEARCH PROJECT
1) Carbon/Water footprints under present and future climate conditions Assessment on the effects of AgroEcosystem changes on Carbon/Water footprints under climate projection scenarios
2) Interactions mechanism between AgroEcosystem and Climate system
Modeling agricultural interactions with the environment, especially related to GHG emissions and climate change
3) Long-term feedback of AgroEcosystem to Climate system Prediction on long-term orientation of AgroEcosystem changes and its impact on Climate system
4) Cross-over impact assessments for Adaptation/Mitigation strategies Establishing policy decision-making support system with LCAF for adaptation/mitigation strategies under climate change projections
GFCS Core Climate Service S2S : Sub-seasonal to Seasonal Prediction Project
Bridging the gaps between Weather and Climate
TECHNOLOGY WORKSHOP FOR COLLABORATIONS IN APPLIED METEOROLOGY
by WMO, NUIST, KISTI, PKNU
(15~21 April, 2015, NUIST, China)
Meteorological Information Downscaling Skills for Applied Meteorology
(to prepare for International Consortium on HiGRID-TC)
WMO Demonstration project (AGMP/CAgM, WWRP/S2S)
World Meteorological Organization Cg-17/Doc. 3.1(6)
WORLD METEOROLOGICAL CONGRESS Submitted by: Secretary-GeneralDate: 20.III.2015
SEVENTEENTH SESSION Geneva, 25 May to 12 June 2015
Original Language: English
Status: DRAFT 1
AGRICULTURAL METEOROLOGY
SUMMARY
DECISIONS/ACTIONS REQUIRED: Congress is invited to: (a) Provide further support to Roving Seminars in WMO regions (b) Approve WMO joining the Global Alliance for Climate Smart Agriculture (GACSA) (c) Support Sub-seasonal to Seasonal (S2S) project on applications to agriculture (d) Endorse description of Global Initiatives in Agricultural Meteorology as CAgM/AgMP contribution to GFCS (e) Support to development of World AgroMeteorological Information Service (WAMIS) Next Phase (f) Adopt draft Resolution 3.1(6)/1 – Agricultural Meteorology ProgrammeImplementation of the AgMP – Interactions with other WMO Programmes
3.1(6).5 Congress noted that CAgM International Workshop in 2014 recommended that a pilot project on using outputs from the Sub-Seasonal to Seasonal Forecasting Project be developed for agricultural applications. Congress noted that this development of these pilot products would be undertaken by the Korea Institute of Science and Technology Information (KISTI) and Pukyong National University which works very closely with KMA. Congress supported this pilot project and encouraged the Secretary-General to find additional funding for this project..
GIS OnLine
(Joint)GISC
OpenWIS
GISC
UNIDAT
Data Broker
GDSLAS
GTS/WISDCPC 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
GRID Computing • Data • Access
Computation • Research KMA/KISTI
WAMIS Grid Portal
AMBER DSSAT
GIS RS
User Interface GridSphere
END-USERS
Cloud Computing
LDAS/LIS Flux, GHG
Data Grid
MME
Applied Meteorology
Pilot Projects
WAMIS
.
.
.
.
Components of WAMIS next phase
ICT Infrastructure
NWP Outputs
AgModels
Services (WAMISs)
Cloud Computing-KISTIDCPC-WAMIS : KMA
AgModels - NCAMNWP Models - PKNU
WWRP-WCRP-WIS-WAMIS–WIGOS-GEOSS
WISDCPC Data/Production
Cloud ICT Grid Portal Web Service
GISC METASERVER
GEO Common Infrastructure
Impact Assessment
Emergence Response
WAMIS
WIGOSWMO Integrated GOS
User Applications
GISC Offenbach (DWD) : Seoul (KMA)
DCPC-WAMIS
CAgM
IT resources from PLSI Project for WAMIS next phase
DCPC-WAMIS supported by GISC-Seoul and KISTI ICT Sharing Infrastructure with Cloud
23
uMeteo-K testbed
KISTI Cluster
KT Cluster
KOREN
TEIN
KISTI Cluster
KT Cluster
KISTI Cluster
* ICT : Information, Communication Technology
WAMIS DCPC / GISC Seoul
DCPC- WEB USER Portal Security ServiceData Service
WAMIS
DCPC- WAS
Master metadata catalogue
Request for ProductsReplicationCollection
DisseminationRetrieval
FTP
Metadata Gen
DCPC- Metadata & DB
PostgresSQL
Metadata
WAMIS DB
Oracle
Internet
Monitoring &Statistics
GISC Seoul
Admin
Master metadata catalogueFTP
Metadata Harvesting
User UIMetadata Service
Users
Data Push Metadata Synchronization
Harness
Data Distribution (FTP, E-Mail) Local Data
Internet
Users
JCOMM-GMC-WAMIS–GEOSS
DCPC Data/Production
Cloud ICT Grid Portal Web Service
GISC METASERVER
GEO Common Infrastructure
Impact Assessment
Emergence Response
WAMIS Servers
User Applications
DCPC-WAMIS
CAgM
DCPC-GMC
Data Buoy Cooperation Panel (DBCP)
Ship Observations Team (SOT) -Ship of Opportunity Programme (SOOP) -Voluntary Observing Ships (VOS) -Automated Shipboard Aerological Programme (ASAP)
OceanSITES Deep Ocean Times-series and Reference Station network
Argo network of sub-surface profiling floats
JCOMMOPS
JCOMMScience DMZ
Mutual Backup
Virtual Science DMZ – CAgM / KISTI
© 2014, Energy Sciences Network26 – ESnet Science Engagement ([email protected]) - 6/21/2015
KISTI Cloud
KMA WAMIS
QMD GMC
KISTI Science DMZ WAMIS
• DWD • KMA • INMET • QMD
Science DMZ for WAMIS II (KISTI) Global Partners (candidates)
GISC Offenbach (DWD) : Seoul (KMA)
DCPC -WAMIS
DCPC -GMC
KISTI Science DMZ WAMIS • DWD • KMA • INMET • QMD • NCAR • NUIST
Science DMZ for WAMIS II (KISTI) Architecture (tentative)
GISC Seoul (KMA) : Offenbach (DWD)
Mutual Backup
DCPC -WAMIS GRID / Cloud DCPC
-GMC
KISTI Science DMZ
WAMIS
WAMIS Portal Australia, Brazil