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Estimating density of calling male Eleutherodactylus coqui in Hawaii from audio recordings of the nighttime frog chorus |
Francis L. Benevides Jr., William J. Mautz, Christopher J. Jacobsen & Arnold H. Hara |
2019 |
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101-114 |
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The shape of sound: elliptic Fourier descriptors (EFD) discriminate the echolocation calls of Myotis bats (M. daubentonii, M. nattereri & M. mystacinus) |
Mathieu Lundy, Emma Teeling, Emma Boston, David Scott, Daniel Buckley, Paulo Prodohl, Ferdia Marnell & Ian Montgomery |
2011 |
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101-116 |
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Handling dolphin detections from C-PODs, with the development of acoustic parameters for verification and the exploration of species identification possibilities. |
James R. Robbins, Anja Brandecker, Michelle Cronin, Mark Jessopp, Rob McAllen & Ross Culloch |
2016 |
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99-110 |
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Sound Finder: a new software approach for localizing animals recorded with a microphone array |
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Cough neural recognition system [abstract] |
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2002 |
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98-99 |
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Recent Bioacoustic Publications (2004 and earlier) |
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Automatic detection and species identification of blue and fin whale calls [abstract] |
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A versatile PC-based multichannel triggering hard-disk recording system for long-term monitoring of animal sounds [abstract] |
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Individually distinctive bittern booms: potential as a census tool |
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93-109 |
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The comparison of harmonically related rich sounds using spectrographic cross-correlation and principal components analysis |
K.A. Cortopassi & J.W. Bradbury |
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Modelling interspecific differences in chickadee notes with a multiplicative AM model [abstract] |
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2002 |
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Digital filters in auditory physiology |
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A computational model of humpback whale hearing [abstract] |
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Low-cost acoustic design of a bat test room |
R. Correia, C. Faneca, D. Albuquerque, J. Vieira, C. Bastos, C. Fonseca & M.J. Ramos Pereira |
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Low-cost real-time spectrographic analysis of sounds [abstract] |
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SYNTANA: a software for the SYNThesis and ANAlysis of animal sounds [abstract] |
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A combined neural network-statistics method for automated sperm whale clicks detection [abstract] |
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2012 |
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The harmonics to noise ratio applied to dog barks [abstract] |
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2002 |
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Wolf counting and individual acoustic discrimination by spectrographic analysis [abstract] |
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On-line cough recogniser system [abstract] |
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2002 |
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78 |
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A field test of Syrinx sound analysis software in interactive playback |
D.J. Mennill & L.M. Ratcliffe |
2000 |
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77-86 |
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Boing! Acoustic localization, characterisation and comparison of minke whale songs from the Hawaiian islands and other areas in the North Pacific Ocean [abstract] |
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2012 |
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77 |
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Equipment & techniques for the study of ultrasound in air |
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Digital Techniques in Research on Insect Vibrational Songs [abstract] |
Matija Gogala |
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Audio data compression affects acoustic indices and reduces detections of birds by human listening and automated recognisers |
Alexander G. MacPhail, Daniel A. Yip, Elly C. Knight, Richard Hedley, Michelle Knaggs, Julia Shonfield, Emily Upham-Mills & Erin M. Bayne |
2024 |
1 |
74-90 |
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Using playbacks to monitor and investigate the behaviour of wild maned wolves |
Luane Stamatto Ferreira, Júlia Simões Damo, Victor Sábato, Júlio Ernesto Baumgarten, Flávio Henrique Guimarães Rodrigues & Renata Sousa-Lima |
2021 |
1 |
74-92 |
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Recent Bioacoustical Publications (1997 and earlier). Part II: Mammals-General |
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Stridulatory organs of Mutillid wasps (Hymenoptera) [abstract] |
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Characterization and classification method of burst pulses produced by Guiana dolphins (Sotalia guianensis) |
Mariana Barbosa, Lis Bittencourt, Tatiana Lemos Bisi, José Lailson-Brito & Alexandre F. Azevedo |
2022 |
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A Portable PC-Based DSP Workstation for Bioacoustical Research [abstract] |
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1992 |
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Song Dialects in the Yellowhammer Emberiza citrinella: Current Situation of Research in Central Europe, and Heart Rate Response to Song Playback Measured by Means of Radiotelemetry [abstract] |
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Automatic acoustic identification of shrew species in the field – new potential monitoring techniques [abstract] |
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Comparing repertoires of sperm whale codas: a multiple methods approach |
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61-81 |
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Some Features of Time-Frequency Analysis and Representation of Animal Vocalizations [abstract] |
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Tests for Call Restoration in the Gray Treefrog Hyla versicolor |
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2010 |
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Tradeoffs in sound quality and cost for passive acoustic devices |
Clarissa A. Starbuck, Logan M. DeSchepper, Meredith L. Hoggatt & Joy M. O’Keefe |
2024 |
1 |
58-73 |
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Assessing the effect of sound file compression and background noise on measures of acoustic signal structure |
Marcelo Araya-Salas, Grace Smith-Vidaurre & Michael Webster |
2019 |
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'Sense and Census ability'- Reliability of psychoacoustic sampling as a method to monitor cricket species diversity [abstract] |
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Optimizing models of dolphin auditory sensitivity using evolutionary computation |
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2001 |
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57-78 |
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My experience of digital recording |
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Steps towards bioacoustic data mining [abstract] |
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2012 |
1 |
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The soundscape of Arctic charr spawning grounds in lotic and lentic environments: can Passive Acoustic Monitoring be used to detect spawning activities? |
Marta Bolgan, Joanne O’Brien, Emilia Chorazyczewska, Ian J. Winfield, Peter McCullough & Martin Gammell |
2018 |
1 |
57-85 |
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Automatic recognition of bird individuals on an open set using as-is recordings |
Ladislav Ptacek, Lukas Machlica, Pavel Linhart, Pavel Jaska & Ludek Muller |
2016 |
1 |
55-73 |
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Identifying individual wild Eastern grey wolves (Canis lupus lycaon) using fundamental frequency and amplitude of howls |
Holly Root-Gutteridge, Martin Bencsik, Manfred Chebli, Louise K. Gentle, Christopher Terrell-Nield, Alexandra Bourit and Richard W. Yarnell |
2014 |
1 |
55-66 |
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Call-independent individual identification in birds |
E. J.S. Fox, J. D. Roberts & M. Bennamoun |
2008 |
1 |
51-67 |
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A simple method for recording low-amplitude sounds: application to the study of the courtship song of the fruit fly Drosophila melanogaster |
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Bloodhound, a tool based on the chirplet transform for the analysis of wolf chorus howls recordings [abstract] |
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2012 |
1 |
50 |
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Acoustic monitoring of populations at thermal extremes of midwife toads in Iberia: phenology, chorus recruitment, and relation with temperature [abstract] |
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2012 |
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45 |
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Sound analysis and synthesis using an Amiga micro-computer |
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CARACAL: A versatile passive acoustic monitoring tool for wildlife research and conservation |
Matthew Wijers, Andrew Loveridge, David W. Macdonald & Andrew Markham |
2021 |
1 |
41-57 |
