Australian Fisheries Resources / Swainston Publishing / Gary Allen Pty Ltd / Development Corporation / Fisheries Research / Underwater Acoustic Technologies / /
Country
New Zealand / Chile / Australia / Portugal / Norfolk Island / /
Currency
USD / /
Facility
Curtin University / Main Foyer / Murdoch University / Building Acoustics / /
IndustryTerm
multi-beam sonar systems / release sports fish / hebraicum spawning site / data processing speeds / fisheries applications / school detection algorithms / data processing / sonar systems / /
NaturalFeature
Perth coast / Rottnest Island / Geographe Bay / Cape Naturaliste / Yarra River / /
Organization
Organising and Technical Committee / Royal Society of London / Curtin University / Robert D. McCauley Centre for Marine Science and Technology / Bureau of Resource Sciences / Western Australia Department of Fisheries / Congress / United Nations / Murdoch University / Melbourne Convention and Exhibition Centre / Australian Acoustical Society / Society of Underwater Technology / /
Person
Samson Fish / Terry McMinn / Miles J.G. Parsons / John Davy / Bart Buelens / Chris Malzone / Norm Broner / Dianne Williams / Charles Don / Matt Wilson / Myounghee Kang / Marion Burgess / Geoff Barnes / /
Position
Editor / President / ocial Program Chair / echnical Program Chair / SVP / echnical Program Co-Chair / echnical Program Advisor / Treasurer / representative / Exhibition Manager / Adjunct Professor / /
ProvinceOrState
Western Australia / /
PublishedMedium
Philosophical Transactions of the Royal Society / Journal of Theoretical Biology / /
Region
south western Australia / southern Australia / southern Chile / west coast / Western Australia / /
Technology
3-D / GPS / school detection algorithms / GPS system / recorded using a Furuno Differential GPS system / /
Quantifying the acoustic packing density of fish schools with a multibeam sonar Miles J.G. Parsons, Iain M. Parnum and Robert D. McCauley Centre for Marine Science and Technology, Curtin University, WA 6845, Australia Mu