About UOS

The University of the Sea is a partnership between the Intergovernmental
Oceanographic Commission of UNESCO, the Australian National
University, the University of Sydney, the University of New
South Wales, the University of Technology Sydney, the University
of Tokyo, the Korean Ocean Research and Development Institute,
Tongji University China, the Partnership for Observation of
the Global Oceans Canada, the National Institute of Oceanography
Goa, and the Indonesian Research Centre for Marine Technology.
Together these institutions make up the Asian Neighbours Global
Change Network, whose secretariat is located at the University
of Sydney (http://www.usims.org.usyd.edu.au/floating.html).
The University of the Sea programme is funded by grants from
the Toyota Foundation in Japan, the Australian Earth Systems
Science Network (through the ARC), and the Asia Pacific Network
for Global Change Research. The programme is made possible
by the support of the French Polar Institute (IPEV) who host
the University of the sea onboard their research vessel the
Marion Dufresne.
The first University of the Sea cruise on board the Marion
Dufresne departed from Port Moresby on the June 24 and will
finish in Darwin on July 8. The UOS hopes to give students,
especially those from developing countries in the region,
the opportunity to gain the skills and knowledge required
for participation in the global debate on the use of the ocean.
Patrick De Deckker from ANU will lead the team of three academics
and 19 postgraduate students [7 Australians and 11 from the
Asia-Pacific region].
While at sea, researchers and technicians will primarily
take long cores [>40m] as well as box cores [again >12m
long]. These cores will be opened, logged, photographed, and
various physico-chemical properties will be measured before
storing the cores at 4°C for future research. Some cores
will be sampled for geochemical analysis, including organic
compounds. All UOS students will participate in the above
tasks by helping the researchers and technicians.
Principal coring areas will be in the Gulf of Papua, the
Arafura Sea, and possibly the Bonaparte Gulf or south of the
Timor Trough. Students will also participate in plankton sampling,
examination and use of the CTD water sampling equipment [CTD:
conductivity-temperature-depth] and interpretation of retrieved
data. In some areas, swath mapping will also be carried out,
which also includes the use and interpretation of 3.5Kh seismic
profiles.
An intensive series of lectures will be presented every day
to the students by UOS staff, including Ass. Prof. Jock Keene
from Sydney University, as well as by other researchers and
ship staff.
Principal lecture themes are:
Principles of navigation; swath mapping techniques and their
interpretation; seismic profiling and relevant interpretation.;
coring techniques [gravity, Kuhlenberg, giant box corer];
plankton and benthos collection [plus practical examination
under microscopes]; core logging and interpretation of all
physico-chemical properties; water sampling and water chemistry.
Additional lectures will be presented on sedimentology, isotope
and trace element geochemistry, oceanic carbon cycling, micropalaeontology,
and satellite imagery of relevance to oceanography.
Students will be asked to submit a report of all activities
before leaving the ship and are required to prepare and present
a poster detailing one specific research activity of their
choice. Students will be asked to work in groups that will
be designated by the staff to enable people with diversified
interests to work together. Poster presentation to the UOS
group will occur towards the end of the cruise with a prize
ceremony following afterwards . The students will be able
to keep their posters and reports.
Hopefully, this 'venture' will be repeated in 2006 when the
Marion Dufresne will be visiting Australian waters once more.
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