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Australian National WIGOS IMPLEMENTATION PLAN (N- Australian National WIGOS IMPLEMENTATION PLAN (N-

Australian National WIGOS IMPLEMENTATION PLAN (N- - PowerPoint Presentation

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Uploaded On 2019-06-29

Australian National WIGOS IMPLEMENTATION PLAN (N- - PPT Presentation

Wip au Bureau of Meteorology A framework for integrating WMO observing systems and contributions to cosponsored observing systems for planning operating and delivering observations to meet user needs ID: 760620

wigos observing observations systems observing wigos systems observations data national system wip networks integration amp metadata party quality wmo

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Presentation Transcript

Slide1

Australian National WIGOS IMPLEMENTATION PLAN (N-

Wip-au)

Bureau of Meteorology

Slide2

A framework for integrating WMO observing systems and contributions to co-sponsored observing systems

… for planning, operating and delivering observations to meet user needs,

to enable more efficient and effective service delivery.

WIGOS includes

observing components of:

Global Observing System (WWW/GOS)Global Atmospheric Watch (GAW)WMO Hydrological Observing Systems (WHOS)Global Cryosphere Watch (GCW)Australia to be WIGOS ready:Data quality monitoring – regional/ national process in placeWIGOS station ids – 1000 million ids per country/orgWIGOS Metadata – station and observation metadata available globallyOSCAR – User requirements and space/surface capabilities.Embracing all NMHS-operated observing systems and willing partners

What is WIGOS? WMO Integrated Global Observing System

Slide3

A few key WIGOS principles

Design

observing

systems

to

meet

specific

requirements

Requires

structured

inventory

of

requirements

and

existing

and

planned

capabilities

Design observing systems with a view toward synergies between different application areas

Do not install separate systems for weather and climate measuring of e.g. atmospheric temperature

One

observation, many applications, many

users

Space- and surface-based observing networks seen together as one integrated system

Complementary capabilities, designed based on information about what the other component can/will provide

Slide4

What do we mean by Integration?

Integrated network design, e.g. across national borders:

Radar and lightning detection networks

Radiosonde networks designed together with those of neighboring countries

Integration across disciplines: Multi-purpose networks

No separate networks for application areas that rely on measurements of the same variables, e.g. weather and climate

Integration across

organizational

boundaries

:

Take advantage of other organizations outside the NMHS that operated observing systems; partner with them where possible

Slide5

What do we mean by Integration? (II)

Integration across technological boundaries; space- and surface-based observing system as one

Space-based components provide excellent spatial and temporal coverage

Ground-based components provide fine-scaled structure, in situ validation and can provide measurements not possible from space

Integration across different levels of performance; concept of tiered networks can include e.g.

C

rowd-sourced data, IoT observations (massive amounts of data, poor or unknown quality)

Standard networks; routine, operational quality data

R

eference networks with data traceable to SI standards (fewer data, very high quality)

Slide6

WIP #1Management of WIGOS Implementation

 DoneCombine all Bureau observing networks under a single Executive Manager

DevelopingFormalise National WIGOS plan for AustraliaCoordination with other agencies which contribute environmental observations to WIGOSExample: Establish an Australian Ocean Observing Partnership (AOOP)

Slide7

WIP #2

Collaboration with WMO & co-sponsored observing systems

DoneRelationships exist with:Geoscience AustraliaIntegrated Marine Observing SystemDepartment of Agriculture and Forestry, Western AustraliaJurisdictions involved in river flow (flood) monitoringThird party policy

Developing

Develop a generic third party data ingestion process

Slide8

WIP #3

Design planning & optimised evolution of WIGOS component systems

 DoneDevelop an over-arching Observing System StrategyStrategic Roadmap Integration Team

DevelopingUpdate Strategic StudiesIntegrated evolution of systems (using EGOS-IP, Vision 2025)Optimise network design using OSCARTransition to Regional Basic Observing Network (RBON)

Slide9

WIP #4Integrated Observing System Operation & Maintenance

DoneDevelopment of the National Observing Operations management structureIntegrate Flood Warning capacity into National Observing OperationsAsset Lifecycle management – Radar, Upper Air

DevelopingRealigning staff to Activity HubsTiered networks for surface observations networkExample: Flood Warning Network Infrastructure Strategy

Slide10

WIP #5Integrated Quality Management

DoneObservations Change Request process activeData Quality Management Unit integrated into National Observing Operations

Developing

Observations Dashboard

BNOC Observing Monitoring

Desk

Integrated RA V WIGOS Data Monitoring system

Develop feedback mechanisms into national observations

systems

Slide11

WIP #6Standardisation, system interoperability, & data compatibility

DoneThird party policy developed

Developing

Observations Information Systems & Services roadmap

Implement WIGOS Station Identifiers

Underpinning

ICT to support 3

ed

party

Data standards for third party providers

Integration of selected observations from the Weather Observations Website into operational systems

Slide12

WIP #7WIGOS Operational Information Resource

DoneIntegrated Sites and Observations Database (SitesDb)Next Generation Hydrological Forecasting System (HyFS)National Environmental Information Infrastructure viewer (NEII)

DevelopingSitesDb alignment to WMDS and OSCAR/Surface metadata fieldsMachine-to-machine (M2M) metadata exchange between SitesDb and OSCAR/SurfaceWIGOS Metadata Standard

Slide13

WIP #8

Data Discovery, Access & Retrieval

DoneWMO Information System implementedMelbourne GISC

Developing

WIS & WMDS linkage

ICT Tiered

Roadmap

Develop automated (machine to machine) transfer of data and metadata

Facilitate issuing of Station IDs

(WIGOS Ids) to

WIGOS stations in partner

organisations

Slide14

WIP #9Capacity Development

DoneCompetency framework for all field staff (engineering and observing)Training program for staff in Activity Hubs

Developing

Technical Expert Advisory Group – Radars

First meeting scheduled for late January 2017

Slide15

WIP #10Communications & Outreach

DoneSelected third party data providersEngage with RA V through WG-INFRWeather Observations Website

DevelopingPlan, presentations, workshop, Executive briefingsReport on WMO Regulatory Material compliance to Bureau ExecCapacity development across government agenciesAlign to WMO Capacity Development Strategy

Slide16

Australia: National WIGOS Plan

To oversee, guide and coordinate WIGOS

Take a leading role in strengthening collaboration with relevant national bodiesPolicy and procedures for third party observationsTo plan, implement and evolve WIGOS component systemsAll national observations systems incorporated into OSCAR/SurfaceWIGOS identifiers available for all component observations systems

To facilitate and support the operation of WIGOS

Implement Observing System Strategy

New workforce management

framework

Asset Life-cycle plans

Data Life-cycle plan

To ensure supply of and access to WIGOS observations

Observations Monitoring Dashboard

Metadata standardisation across OS

Slide17

Presenter’s namePresenter’s phone numberEmail@bom.gov.au

Thank you…