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This profile was last updated on 10/25/14  and contains information from public web pages and contributions from the ZoomInfo community.

Dr. Gregg J. Brunskill

Wrong Dr. Gregg J. Brunskill?

Associate Editor

Phone: (301) ***-****  HQ Phone
Local Address: Alligator Creek, Queensland, Australia
The Oceanography Society Inc
P.O. Box 1931
Rockville , Maryland 20849
United States

Company Description: The Oceanography Society (TOS) was founded in 1988 to disseminate knowledge of oceanography and its application through research and education, to promote...   more
Background

Employment History

26 Total References
Web References
Oceanography > Editors
www.tos.org, 25 Oct 2014 [cached]
Gregg J. Brunskill 84 Alligator Creek Road Alligator Creek, Queensland 4816 Australia g.brunskill@aims.gov.au
25-2 Brunskill
www.tos.org, 24 May 2013 [cached]
Gregg J. Brunskill | Associate Editor, Oceanography, and a visiting chemical oceanographer (retired), Australian Institute of Marine Science, Alligator Creek, Queensland, Australia
...
Brunskill, G.J. 2012. Mine waste disposal in the ocean: An introduction. Oceanography 25(2):166-169, http://dx.doi.org/10.5670/oceanog.2012.52.
The Australian Earth System Science Network: Supported papers and publications
www.arcness.mq.edu.au [cached]
Gregg Brunskill, Australian Institute of Marine Science
New Scientist | Environment Report | Pollution
www.newscientist.com, 7 Jan 2003 [cached]
Gregg Brunskill of the Australian Institute of Marine Science near Townsville says that Gagan's team could well be correct, but they will need to take more readings from reefs close to forested parts of Queensland to be sure.
If they are right the implications are serious.Submarine springs can carry groundwater up to 60 kilometres out to sea.That water may be packed with agrochemicals - and decaying organic matter tends to make groundwater acid.Even small increases in acidity can slow down coral growth by reducing the amount of carbonate available for building up their skeletons
Journal reference: Geophysical Research Letters (DOI: 10.1029/2002GL015336)
AIMS Media Release - July 14, 2005
www.aims.gov.au, 14 July 2005 [cached]
Dr Gregg Brunskill of the Australian Institute of Marine Science (AIMS) said the petroleum industry and Geoscience Australia had previously observed bubble plumes at the sea surface in the Timor Sea but their composition was unknown.
Dr Brunskill was the chief scientist on a major expedition aboard the Marine National Research Facility RV Southern Surveyor which set out to study the Oceanic Shoals, and communities that live on and around natural gas seeps about 300 km north of Broome in seas 90 m deep.
Another task of the voyage was to collect sediment and coral cores in deeper waters 300 km WNW of Darwin.
During the voyage, AIMS organic geochemist Dr. Kathy Burns determined that the bubbles were virtually pure methane - 99%, laced with other hydrocarbons - streaming from the seafloor 100 metres to the surface.
"We estimate, in an area of half a square kilometre, up to a tonne of methane per day is being dispersed into the atmosphere," Dr Brunskill said.
...
Dr Brunskill said methane is 20 times more powerful than CO2 as a heat trapping greenhouse gas, and natural fluxes of methane from the ocean to the atmosphere are possibly significant in the natural greenhouse gas budget.
With initial visions of children chasing bubbles at a party, the idea of using a custom built "submarine bubble catcher" in the ocean had the ship crew doubting the sanity of the scientists prior to its deployment, but all were pleasantly surprised by the outcome." The bubble catcher device successfully measured the gas flux from the sea to the atmosphere as 0.5 to 1 litre of methane per square metre per day, but most of this happened during low tides," he said.
...
"We suspect the minerals associated with the seep fluids cause a rapid fossilisation process," said Dr Gregg Brunskill.
Sediment cores taken from the Timor Sea region will be analysed at AIMS and ANU, and will reveal the history of marine sedimentation and oceanography during the last several centuries, and some longer cores will expose a chronicle of ocean and climate variations over the last 10,000 to 20,000 years.
Coral cores were taken from large bommies on top of large mounds."Annual growth bands in the corals can be analysed for isotopes and trace elements that tell us about the past history of seawater temperature and salinity, and perhaps the rate of climate warming, " Dr Brunskill concluded.
...
Dr Gregg Brunskill, AIMS Biogeochemist, Phone: (07) 4753 4218,
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