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BLUElink Ocean Forecasting Australia An Overview

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GODAE symposium is a demonstration of the knowledge acquired ... Week following New Year Eve (post Christmas) Venue - Perth/WA. Capital of WA. Population - 1.5M ... – PowerPoint PPT presentation

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Title: BLUElink Ocean Forecasting Australia An Overview


1
http//www.bom.gov.au/bluelink/summerschool/index.
html
2
GODAE symposium is a demonstration of the
knowledge acquired
GODAE summer school is a demonstration of
knowledge transfer
3
  • Date
  • January 4th - January 16th, 2009
  • 2 weeks (as previous)
  • Summer
  • Long university break (UWA)
  • Short university break (NH)
  • Week following New Year Eve (post Christmas)

4
  • Venue - Perth/WA

Capital of WA Population - 1.5M Mean max(Jan) -
29.7 Mean min (Jan) - 17.3 Mean rain days (Jan)
- 0.7 Mean cloud days (Jan) - 5.1
5
  • Venue - Perth/WA
  • Local venue
  • University of WA
  • Lecture/Computer Labs/College accom.
  • Local organising committee
  • Chari (UWA)
  • Nick DAdamo (IOC-WA)
  • Active ocean community
  • IO-GOOS,
  • IOC-WA,
  • IO-GOOS,
  • WAIMOS,
  • WAMSI
  • UWA, CSIRO,
  • Bureau RO, RAN

6
  • Venue - Perth/WA
  • Flight connections to Perth
  • London/Paris - Singapore - Perth
  • 17 hours 30 mins
  • AUD2543 (Qantas economy)
  • LA - Melbourne/Sydney - Perth
  • 17 hours 30 mins
  • AUD3366 (Qantas economy)
  • Tokyo - Perth
  • 10 hours 25 mins
  • AUD2400 (Qantas economy)

7
  • Venue - Perth/WA
  • Local venue
  • University of WA
  • Lecture/Computer Labs/College accom.
  • Local organising committee
  • Chari (UWA)
  • Nick DAdamo (IOC-WA)
  • Active ocean community
  • IO-GOOS, IOC-WA, IO-GOOS, WAIMOS, WAMSI
  • UWA, CSIRO, Bureau RO, RAN

8
  • Venue - Perth/WA
  • Ocean applications
  • Fisheries
  • Oil and Gas industry
  • Ningaloo Reef / Eco-tourism
  • Desalination
  • Defense / coastal surveylance
  • Tropical cyclones

9
  • Target audience
  • Ocean science students (focus of last SS)
  • Ocean forecaster trainees
  • Beta-users
  • Middle-ware product developers
  • Large government agencies, specialist
    marine planners/managers
  • Navy, specialist oil and gas
  • Assumptions
  • Seek candidates with a minimum of ocean related
    education and/or experience.
  • A selection process required.
  • Beta-users could be student-lecturer, local?
    Half-funded?

10
  • Audience composition
  • 60 participants
  • 30 International (US(10), Europe(20))
  • 20 Regional (Japan, China, SE-Asia, India)
  • 10 Local (Australia)
  • 27 lecturers
  • 12 International (US(4), Europe (8))
  • 10 Regional
  • 5 Local
  • 5 Local organisers

11
Organising committee
Gary Brassington chair Val Jemmeson
sectretary Tim Pugh IT Ceredwyn
Webpage Andrew Hollis Publications Training
centre Services branch Nick DAdamo
(IOC-WA) local Chari Pattriatchi (UWA) local
12
Scientific Committee
Invited Pierre-Yves LeTraon Jiang Zhu James
Cummings V.S.N. Murty Andreas Oschlies
Accepted Andreas Schiller Jacques Verron Mike
Bell Keith Haines Gary Meyers Chari
Pattriachi Eric Chassignet Bob Woodham Tony Lee
13
Objectives
  • Form/motivate the young scientists and
    professionals that will be the principal movers
    and
  • users of operational oceanographic outputs in
    the next 10 years.
  • Bring together leading scientists to summarize
    our present knowledge in ocean modeling,
  • ocean observing systems, and data
    assimilation to present an integrated view of
  • oceanography.
  • In addition to formal lectures, shorter talks by
    experts in the field will expose the participants
  • to a wide range of applications.
  • Attendees will also have the opportunity to
    present their work via poster sessions.
  • Lecture notes will be reviewed by the attendees
    and will be published as a proceedings volume.
  • Principal topics Ocean modelling, ocean
    satellite and in-situ data, data assimilation,
    validation,
  • integration, systems, and products.
  • A number of presentations will be made
    concerning uses of operational oceanography.
  • Specific emphasis will be given to, but not
    limited to, operational oceanography in the
  • Indo-Pacific region.
  • Attendance The school is directed to graduate
    students, post-docs, and young scientists
  • and to professionals that are or will be
    involved in the development of integrated
    oceanography.
  • It is open to all countries.
  • Special effort made to include participants from
    developing countries for knowledge dissemination.

14
  • Curriculum tasks
  • Review the curriculum from the first summer
    school
  • What is current/minimal updating and to be
    retained?
  • What requires significant updating?
  • Getting the balance right for operational
    oceanography
  • What are unique / emerging areas since IGSS1
  • Balance of foundation / leading edge science
  • IT tools as part of curriculum
  • Application content
  • Coupled systems content

15
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16
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17
  • New areas in operational oceanography
  • Ocean data assimilation (what have we learned)
  • Multi-variate assimilation
  • Error covariances (Beijing symposium)
  • Representation error
  • Initialisation
  • Mesoscale ocean science
  • how we now understand the oceans to circulate
  • Observing system design
  • New observing systems, SMOS, HF radar, ocean
    color, acoustic tomography
  • Atmospheric surface fluxes
  • Ocean predictability

18
  • New areas in operational oceanography
  • Performance metrics, validation and
    intercomparisons
  • Ocean reanalysis
  • Ocean forecaster tools
  • Tutorial on data services, extraction and
    analysis tools
  • Demonstration / applications
  • Coastal ocean forecasting
  • Coupled air-sea forecasting
  • Coupled bio-geo-chem
  • Operational systems
  • Significant update

19
Draft Structure of Lectures
  • 1st GODAE Summer School (8 double lectures and 15
    single lectures)
  • Overview talks
  • Models - Theory (x2)
  • Observations Remote Sensing (x2)
  • Models Climate/Coarse Resolution Applications
    (x2)
  • Observations - in situ observing systems (x2)
  • Observations - surface fluxes (x2)
  • Data Assimilation - Inverse Methods (x2)
  • Models Isopycnic and Hybrid Models (2x)
  • Data Assimilation - Kalman Filter Applications
    (2x)
  • Data Assimilation - Adjoint Applications (2x)
  • Models Coastal (x2)
  • Models - Biogeochemical
  • Systems - Seasonal Prediction
  • Systems Mercator
  • Systems SAR Applications
  • Systems MERSEA
  • Systems BLUElink
  • Systems FOAM

20
  • Publication
  • Motivation
  • Long term record of contents
  • Additional return for lecturer effort
  • Attractive to funding agencies
  • Demonstration of dynamics/progress of field
  • New results and new lecturers/perspectives
  • Constraints
  • New / unique areas of content
  • Lecturer preparation of material
  • Editing process
  • GODAE symposium special issue
  • Format
  • BMRC Research Report
  • OO Special Issue

21
  • Budget assumptions
  • Full paid scholarships for students
  • Beta-users - self funded
  • 27 lecturers
  • 12 International (US(4), Europe (8))
  • 10 Regional
  • 5 Local
  • 5 Local organisers

22
Budget summary
23
Budget summary
Total 450K Student/lecturer 340K Organising/Lo
cal/Third World 150K
24
  • Funding assumptions
  • GODAE office contribution equal first summer
    school
  • Matching funds from both Bureau and CSIRO
  • Local costs, venue, dinner, social program
  • Local funding - Oil and Gas industry, IOC-WA,
    UWA
  • US/Europe capacity to attract funding agency
    support
  • Japan/China/Australia/NZ similarly self funding
  • Other Asia/Africa/SouthAmerica limited places
    fully funded

25
  • Funding progress
  • Bureau of Meteorology - AUD50K
  • CSIRO - AUD10K(2008), ?matching (2009)
  • UWA - reduced venue costs
  • Oil and gas industry negotiations
  • RAN committed to support staff
  • ARCNESS - Funding for 5 Australian students
  • British Council - approached third world funding
    (not confirmed)
  • NASA (Toni Lee) - Funding for 5 participants
  • NOAA non committal
  • Europe - no progress

26
  • Funding critical task
  • Funding champions
  • Europe (critical)
  • US/Japan/China
  • Liaise with funding agency
  • Point of contact for reviewing/approving
    applications
  • Point of contact for lecturers
  • GODAE office shortfall
  • AUD50K required to fund the summer school
  • Identify agency and champion
  • Funding agency timeline
  • Financial year 2008/09 (SH)
  • Funding cycle in NH

27
  • Critical timelines
  • Deadline for positive signs
  • October - positive indications from funding
    agencies
  • December - confirmation from majority of support
  • January (12months booking deposits)
  • Other critical points
  • Ordering advertising material - February
  • Student applications - June (decisions July)
  • Lecturer funding - July

28
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