Data

Site-specific listening labs for acoustic monitoring of four Queensland river systems: the Brisbane River, the Mary River, the Noosa River and the Logan River.

Griffith University
Griffith University (Owned by) Griffith University (Owned by)
Viewed: [[ro.stat.viewed]] Cited: [[ro.stat.cited]] Accessed: [[ro.stat.accessed]]
ctx_ver=Z39.88-2004&rft_val_fmt=info%3Aofi%2Ffmt%3Akev%3Amtx%3Adc&rfr_id=info%3Asid%2FANDS&rft.title=Site-specific listening labs for acoustic monitoring of four Queensland river systems: the Brisbane River, the Mary River, the Noosa River and the Logan River.&rft.publisher=Griffith University&rft.description= Gear; Aquarian Audio Products H2a-XLR Hydrophone Burns Electronics Aquaear CR-80-40 Aquarian Hydrophone ZOOM H4n Preamplifier MixPre-D Preamplifier Sound Devices 722 Recording method; The River Listening Synapse residency specifically involves field labs on the identified rivers experimenting with various hydrophonic recording techniques and sound processing. The labs each involve a three-week immersive engagement process, which is based on a methodology developed during my doctoral research. The labs involve three daily recording sessions; sunrise, midday and dusk. Each recording session is approximately two hours, with a custom-made quadrophonic hydrophone rig attached to a moving kayak. These recordings are databased onsite, and made available online for analysis at the Australian Rivers Institute. In addition to the kayak recordings, other field kits are distributed on location to capture sounds without human intervention. These include a stationary hydrophone that records from the same location during the entire field lab and a series of smaller field kits to capture the soundscapes above the water. The additional field kits are useful to analyse particular sound sources in the hydrophone recordings that might be difficult to identify. The recording sessions are accompanied by community workshops and creative development experiments involving streaming and processing the hydrophone recordings. The team will facilitate a range of community events and will also collaborate with existing programs in each river community. The project involves the establishment of site-specific listening labs to experiment with hydrophonic recording and sound diffusion to measure aquatic biodiversity. The Logan aspect of this dataset includes sounds recordings from Mt Barney and down through various streams, across multiple agricultural and urban land types. &rft.creator=Griffith University&rft.creator=Griffith University&rft.date=1970&rft.coverage=Whole Logan River system&rft_rights= Creative Commons Licence Data will be available to download from a 'soundmap' that is currently in development (www.riverlistening.com) &rft_subject=Healthy Water Systems&rft_subject=Environmental&rft_subject=Biological&rft_subject=Land Use&rft_subject=Freshwater&rft_subject=Estuarine&rft_subject=Marine&rft_subject=Whole waterbody&rft_subject=Whole river&rft_subject=Acoustic ecology&rft_subject=Bioacoustics&rft_subject=River listening&rft_subject=Hydrophones&rft_subject=Recording&rft_subject=Soundscape&rft_subject=Sound&rft.type=dataset&rft.language=English

Licence & Rights:

view details


Creative Commons Licence
Data will be available to download from a 'soundmap' that is currently in development (www.riverlistening.com)

Access:

Open

Brief description


The project involves the establishment of site-specific listening labs to experiment with hydrophonic recording and sound diffusion to measure aquatic biodiversity. The Logan aspect of this dataset includes sounds recordings from Mt Barney and down through various streams, across multiple agricultural and urban land types.

Full description


Gear;
Aquarian Audio Products H2a-XLR Hydrophone
Burns Electronics Aquaear CR-80-40
Aquarian Hydrophone ZOOM H4n
Preamplifier MixPre-D
Preamplifier Sound Devices 722

Recording method;
The River Listening Synapse residency specifically involves field labs on the identified rivers experimenting with various hydrophonic recording techniques and sound processing. The labs each involve a three-week immersive engagement process, which is based on a methodology developed during my doctoral research. The labs involve three daily recording sessions; sunrise, midday and dusk. Each recording session is approximately two hours, with a custom-made quadrophonic hydrophone rig attached to a moving kayak. These recordings are databased onsite, and made available online for analysis at the Australian Rivers Institute.

In addition to the kayak recordings, other field kits are distributed on location to capture sounds without human intervention. These include a stationary hydrophone that records from the same location during the entire field lab and a series of smaller field kits to capture the soundscapes above the water. The additional field kits are useful to analyse particular sound sources in the hydrophone recordings that might be difficult to identify. The recording sessions are accompanied by community workshops and creative development experiments involving streaming and processing the hydrophone recordings. The team will facilitate a range of community events and will also collaborate with existing programs in each river community.

Notes


Hydrophone sound recordings from the Logan River

Data time period:

This dataset is part of a larger collection

Click to explore relationships graph

Spatial Coverage And Location

text: Whole Logan River system

Subjects

User Contributed Tags    

Login to tag this record with meaningful keywords to make it easier to discover