|
A software bird call detector and its application to automated playback experiments |
Okanoya, K. & Kimura, T. |
1993 |
1-2 |
117-122 |
|
Hidden Markov model for detection of mysticetes' vocalisations based on principal component analysis |
Olayinka O. Ogundile, Oluwaseyi P. Babalola, Seun G. Odeyemi & Kazeem I. Rufai |
2022 |
6 |
710-738 |
|
Variant maps for bat echolocation call identification algorithms |
Olga Heim, Dennis M. Heim, Lara Marggraf, Christian C. Voigt, Xin Zhang, Yaming Luo & Jeffrey Zheng |
2020 |
5 |
557-571 |
|
Bioacoustic Absorption Spectroscopy: Estimation of the Biomass of Fish with Swimbladders |
Orest Diachok |
2002 |
2-3 |
271-274 |
|
Recent bioacoustic publications (2008 and earlier). Part 3: Mammals-General |
P. Hansen |
2010 |
3 |
225-264 |
|
Recent Bioacoustical Publications, 1999 and earlier. Part II: mammals-general |
P. Hansen |
2001 |
4 |
297-334 |
|
Recent Bioacoustic Publications (2002 and earlier). Part 2: Mammals - General |
P. Hansen |
2004 |
3 |
229-265 |
|
Recent Bioacoustic Publications (2004 and earlier) |
P. Hansen |
2005 |
1 |
97-138 |
|
A non-intrusive tracking technique for dolphins interacting with a pelagic trawl using a sparse array of hydrophones [abstract] |
P. R. Connelly, B. Woodward and A. D. Goodson |
1998 |
3 |
228 |
|
A sound analysis system based on LabVIEW applied to the analysis of suckling grunts of domestic pigs Sus scrofa |
P.-C. Schon, B. Puppe & G. Manteuffel |
1998 |
2 |
119-133 |
|
Development of a simplified ray path model for estimating the range and depth of vocalising marine mammals [abstract] |
P.A. Lepper, K. Kaschner, P.R. Connelly and A.D. Goodson |
1998 |
3 |
231-232 |
|
Bloodhound, a tool based on the chirplet transform for the analysis of wolf chorus howls recordings [abstract] |
Palacios, V., Llaneza, L., Dugnol, B., Fernández, C., Galiano, G., Velasco, J . |
2012 |
1 |
50 |
|
Time-frequency warping of spectrograms with the application to bird sound analysis |
Panu Somervuo |
2019 |
3 |
257-268 |
|
Wolf counting and individual acoustic discrimination by spectrographic analysis [abstract] |
Passilongo D., Dessi-Fulgheri F., Gazzola A., Zaccaroni M. & Apollonio M. |
2012 |
1 |
78-79 |
|
Airborne vs. radio-transmitted vocalisations in two primates: a technical report |
Patrice Adret, James S. Cochran & Mauricio Suarez Roda |
2018 |
3 |
273-294 |
|
Designing Experiments to Test for Behavioural Effects of Sound |
Peter K. McGregor |
2008 |
1-3 |
336-338 |
|
Diversity of Fish Spawning Sounds and the Application of Passive Acoustic Monitoring |
Phillip S. Lobel |
2002 |
2-3 |
286-289 |
|
Is fidelity futile? The "true" signal is illusory, especially with ultrasound |
Pye, J.D. |
1993 |
4 |
271-286 |
|
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 |
2015 |
1 |
81-87 |
|
Documentation standards for wildlife sound recordings |
R. Kettle & J. Vielliard |
1991 |
3 |
235-238 |
|
Equipment for recording the sounds of birds and other animals |
R. Ranft |
1991 |
4 |
331-334 |
|
A versatile PC-based multichannel triggering hard-disk recording system for long-term monitoring of animal sounds [abstract] |
R. Specht |
2002 |
1 |
96-97 |
|
Avisoft-Sonagraph Pro - sonagraphic analysis under Windows [abstract] |
R. Specht |
1996 |
4 |
308 |
|
Analysis of ultrasound using Avisoft -sonagraph software [abstract] |
Raimund Specht |
1997 |
3-4 |
276-277 |
|
AURITA: an affordable, autonomous recording device for acoustic monitoring of audible and ultrasonic frequencies |
Richard D. Beason, Rüdiger Riesch & Julia Koricheva |
2019 |
4 |
381-396 |
|
Sound analysis and synthesis using an Amiga microcomputer [abstract] |
Richard, J. P. |
1989 |
2 |
170 |
|
Sound analysis and synthesis using an Amiga micro-computer |
Richard, J.-P. |
1991 |
1 |
45-60 |
|
Discriminating individual sea lions by voice: a neural network signal processing solution to signature call identification [abstract] |
Robert C. Gisiner, Gregory Campbell & David Helweg |
2002 |
2 |
185 |
|
An electronic technique for monitoring the temporal aspects of acoustic signals of captive organisms |
S. Bertram & L. Johnson |
1998 |
2 |
107-118 |
|
Individual acoustic identification as a non-invasive conservation tool: an approach to the conservation of the African wild dog Lycaon pictus (Temminck, 1820) |
S. Hartwig |
2005 |
1 |
35-50 |
|
Methods of frequency analysis of a complex mammalian vocalisation |
S. K. Darden, S. B. Pedersen & T.Dabelsteen |
2003 |
3 |
247-263 |
|
A comparison of the performance of broad-band and narrow-band bat detectors in two different habitat types |
S. Parsons |
1996 |
1 |
33-43 |
|
Discriminating individual big brown bat (Eptesicus fuscus) sonar vocalizations in different recording situations |
S.C. Burnett, K.A. Kazial & W. Mitchell Masters |
2001 |
3 |
189-210 |
|
A combined neural network-statistics method for automated sperm whale clicks detection [abstract] |
Sanchéz-García, A, Bueno-Crespo, A & Sancho-Gomez, J L |
2012 |
1 |
79-80 |
|
Vocal instability over time in individual male European Nightjars, Caprimulgus europaeus: recommendations for acoustic monitoring and surveys |
Sarah Raymond, Sarah Spotswood, Hazel Clarke, Natalia Zielonka, Andrew Lowe & Kate L. Durrant |
2020 |
3 |
280-295 |
|
Assessing the Impact of Underwater Noise on Marine Fauna: a Software Tool |
Scott A. Carr and Christine Erbe |
2008 |
1-3 |
241-243 |
|
Passive Acoustic Monitoring in terrestrial vertebrates: a review |
Sebastian Hoefer, Donald T. McKnight, Slade Allen-Ankins, Eric J. Nordberg & Lin Schwarzkopf |
2023 |
5 |
506-531 |
|
Combining audio and non-audio inputs in evolved neural networks for ovenbird classification |
Sergio Poo Hernandez, Vadim Bulitko & Erin Bayne |
In press |
|
|
|
An Evaluation of Manual and Automated Methods for Detecting Sounds of Maned Wolves (Chrysocyon brachyurus Illiger 1815) |
Silva Rocha, Luciana; Stamatto Ferreira, L; Paula, B; Guimarães Rodrigues, F; de Sousa Lima Mobley, R |
2015 |
2 |
185-198 |
|
Non-invasive acoustic detection of wolves |
Stefan M. Suter, Marta Giordano, Silvia Nietlispach, Marco Apollonio & Daniela Passilongo |
2017 |
3 |
237-248 |
|
Audio computers - theory of operation and guidelines for selection of systems and components |
Stoddard, P.K. |
1990 |
3 |
217-239 |
|
An unsupervised Hidden Markov Model-based system for the detection and classification of blue whale vocalizations off Chile |
Susannah J. Buchan, Rodrigo Mahú, Jorge Wuth, Naysa Balcazar-Cabrera, Laura Gutierrez, Sergio Neira & Néstor Becerra Yoma |
2020 |
2 |
140-167 |
|
'Sense and Census ability'- Reliability of psychoacoustic sampling as a method to monitor cricket species diversity [abstract] |
Swati, D; Manjari, J; Balakrishnan, R. |
2012 |
1 |
57 |
|
New methods for recording low-amplitude signals. Application to the analysis of the courtship song of Drosophila genus [abstract] |
T. Aubin |
1996 |
4 |
297-298 |
|
Some Features of Time-Frequency Analysis and Representation of Animal Vocalizations [abstract] |
T. Aubin |
1992 |
1 |
59-60 |
|
A simple method for recording low-amplitude sounds: application to the study of the courtship song of the fruit fly Drosophila melanogaster |
T. Aubin, F. Rybak & B. Moulin |
2000 |
1 |
51-67 |
|
Automatic Acoustic Identification of Insects: the case of crickets and cicadas |
T. Ganchev & I. Potamitis |
2007 |
3 |
281-328 |
|
An automatic acoustic response system for behavioural studies of duetting insects |
T. J. Hammond, W. J. Bailey & G. R. Hammond |
2003 |
1 |
3-14 |
|
Passive Iocalization of acoustic sources in media with non-constant sound velocity ' [abstract] |
T. Scott Brandes |
1998 |
2 |
155-156 |
|
Slope does not affect autonomous recorder detection shape: considerations for acoustic monitoring in forested landscapes |
Taylor Shaw, Sandra Müller & Michael Scherer-Lorenzen |
2022 |
3 |
261-282 |
