Title: BLUElink Ocean Forecasting Australia An Overview
1http//www.bom.gov.au/bluelink/summerschool/index.
html
2GODAE 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)
4Capital 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
11Organising 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
12Scientific 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
13Objectives
- 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
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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
19Draft 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
22Budget summary
23Budget 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
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