Personal watercraft (water scooters, jet skis) were recorded under water in Bramble Bay, Queensland, Australia. Underwater noise emissions consisted of broadband energy between 100 Hz and 10 kHz due to the vibrating bubble cloud generated by the jet stream, overlain with frequency-modulated tonals corresponding to impeller blade rates and harmonics. Broadband monopole source levels were 149, 137, and 122 dB re 1 μPa @ 1 m (5th, 50th, and 95th percentiles). Even though these are lower than those of small propeller-driven boats, it is not necessarily the broadband source level that correlates with the bioacoustic impact on marine fauna
The conversion of wave energy into electrical energy has the potential to become a clean and sustain...
The impact of a jet of water onto a still water surface results in the entrainment of large amounts ...
Some part of the energy released in the wave breaking process is transformed into the energy of the ...
The effects of underwater noise pollution on marine life are of increasing concern. Research and man...
Anthropogenic noise from navigation is a major contributor to the disturbance of the acoustic sounds...
Underwater acoustic recordings of six Floating Production Storage and Offloading (FPSO) vessels moor...
Underwater sound of rigid-hulled inflatable boats was recorded 142 times in total, over 3 sites: 2 i...
Underwater noise from commercial shipping throughout the oceans has been increasing over the past de...
Recreational boats are a dominant source of underwater noise in coastal areas, but reliable boat noi...
Underwater noise was recorded from the Wavestar wave energy converter; a full-scale hydraulic point ...
Recreational boats are a dominant source of underwater noise in coastal areas, but reliable boat noi...
Despite the rapid increase in the use of unmanned aerial vehicles (UAVs) in marine mammal research, ...
The power of modern research vessels using diesel engines means significant levels of noise may be r...
The aim of this paper is to explore techniques that are being developed by the authors and their col...
© 2019, Australian Acoustical Society. Passive acoustic recordings made in Fowlers Bay, South Au...
The conversion of wave energy into electrical energy has the potential to become a clean and sustain...
The impact of a jet of water onto a still water surface results in the entrainment of large amounts ...
Some part of the energy released in the wave breaking process is transformed into the energy of the ...
The effects of underwater noise pollution on marine life are of increasing concern. Research and man...
Anthropogenic noise from navigation is a major contributor to the disturbance of the acoustic sounds...
Underwater acoustic recordings of six Floating Production Storage and Offloading (FPSO) vessels moor...
Underwater sound of rigid-hulled inflatable boats was recorded 142 times in total, over 3 sites: 2 i...
Underwater noise from commercial shipping throughout the oceans has been increasing over the past de...
Recreational boats are a dominant source of underwater noise in coastal areas, but reliable boat noi...
Underwater noise was recorded from the Wavestar wave energy converter; a full-scale hydraulic point ...
Recreational boats are a dominant source of underwater noise in coastal areas, but reliable boat noi...
Despite the rapid increase in the use of unmanned aerial vehicles (UAVs) in marine mammal research, ...
The power of modern research vessels using diesel engines means significant levels of noise may be r...
The aim of this paper is to explore techniques that are being developed by the authors and their col...
© 2019, Australian Acoustical Society. Passive acoustic recordings made in Fowlers Bay, South Au...
The conversion of wave energy into electrical energy has the potential to become a clean and sustain...
The impact of a jet of water onto a still water surface results in the entrainment of large amounts ...
Some part of the energy released in the wave breaking process is transformed into the energy of the ...