|
Elaboration of the NRC Population Consequences of Acoustic Disturbance (PCAD) Model |
Douglas Wartzok and Peter Tyack |
2008 |
1-3 |
286-288 |
|
Are Seismic Surveys an Important Risk Factor for Fish and Shellfish? |
Jerry F. Payne, Catherine D. Andrews, Linda L. Fancey, Jacqueline Guiney, Andrew Cook and John R. Christian |
2008 |
1-3 |
262-265 |
|
Ocean Noise Budgets |
James H. Miller, Jeffrey A. Nystuen and David L. Bradley |
2008 |
1-3 |
133-136 |
|
Understanding Sonar as a Precursor to Understanding Its Environmental Risks |
John F. Polglaze |
2008 |
1-3 |
136-138 |
|
Vessel-Noise Measurements of the Fisheries Research Vessel Dana: a Simplified Cost-Effective Method |
Karl-Johan Stæhr, Bjarne Stage and Bo Lundgren |
2008 |
1-3 |
141-142 |
|
Acoustic Dose-Response Effects in Marine Fish |
Ronald A. Kastelein, Sander van der Heul, Willem Verboom, Dick de Haan and Peter Reijnders |
2008 |
1-3 |
201-202 |
|
Noise Levels and Masking Potential of Small Whale-Watching and Research Vessels around Two Delphinid Species |
Frants H. Jensen, Magnus Wahlberg, Lars Bejder and Peter T. Madsen |
2008 |
1-3 |
166-168 |
|
Masking of Blue and Fin Whales Low-Frequency Vocalizations by Shipping Noise in the Saguenay- St. Lawrence Marine Park |
Yvan Simard, Nathalie Roy and Cédric Gervaise |
2008 |
1-3 |
183-185 |
|
The German Sound Propagation Model MOCASSIN: Integration of a Marine Mammal Database for Improving Protection Measures |
Stefan Ludwig, Ivor Nissen and Michaela Knoll |
2008 |
1-3 |
253-255 |
|
Marine Invertebrates, Intense Anthropogenic Noise, and Squid Response to Seismic Survey Pulses |
R. D. McCauley and J. Fewtrell |
2008 |
1-3 |
315-318 |
|
Establishing the Boundary Conditions for Experiments on the Effects of Anthropogenic Sound on Fish and Invertebrate Animals |
Carl R. Schilt |
2008 |
1-3 |
341-343 |
|
Monitoring, Mitigating, and Managing Acoustic Effects on At-Risk Whales on the Scotian Shelf, Canada |
David Millar |
2008 |
1-3 |
255-257 |
|
Testing the Acoustic Tolerance of Harbour Porpoise Hearing for Impulsive Sounds |
Klaus Lucke, Paul A. Lepper, Marie-Anne Blanchet and Ursula Siebert |
2008 |
1-3 |
329-331 |
|
Marine Seismic Operations |
Sarah L. Tsoflias and John V. Young |
2008 |
1-3 |
146-148 |
|
Noise Effects on the Call Amplitude of Southern Resident Killer Whales Orcinus orca |
Marla M. Holt, Val Veirs and Scott Veirs |
2008 |
1-3 |
164-166 |
|
Effects of Noise on Seals and Sea Lions: Laboratory Approaches |
David Kastak |
2008 |
1-3 |
169-171 |
|
Effect of Environmental Noise on the Florida Manatee Trichechus manatus latirostris |
Jennifer L. Miksis-Olds |
2008 |
1-3 |
176-178 |
|
Deep-Diving Odontocetes Behavioural-Response Study (BRS) |
Brandon Southall, Ian Boyd, Peter Tyack and Douglas Wartzok |
2008 |
1-3 |
185-188 |
|
Characterization of Small-Boat Noises Compared with the Chorus of Sciaena umbra (Sciaenidae) |
Marta Picciulin, Antonio Codarin and Maurizio Spoto |
2008 |
1-3 |
210-212 |
|
An Experiment on How Seismic Shooting Affects Caged Fish |
Bjarti Thomsen |
2008 |
1-3 |
219-221 |
|
Risk Assessment of Scientific Sonars |
Elke Burkhardt, Olaf Boebel, Horst Bornemann and Christoph Ruholl |
2008 |
1-3 |
235-237 |
|
Use of Monte Carlo Methods to Determine the Sensitivity of Acoustic Exposure Simulations |
Colin Lazauski and Glenn Mitchell |
2008 |
1-3 |
250-252 |
|
Is Passive Acoustic Monitoring During Seismic Surveys a Valuable Tool for Mitigation? |
Nicholas E. Robinson, F. Chaudry, N. M. Clark, G. Duguid and R. N. Walker |
2008 |
1-3 |
265-267 |
|
Modelling Alternative Sonar Waveforms to Determine Risk Factors for Marine Mammals |
Martin Siderius, Michael Porter and David Mountain |
2008 |
1-3 |
268-270 |
|
Marine Mammal Observers: Real-Time Mitigation of Anthropogenic Noise |
Sebastian von Lüders and Alison Gill |
2008 |
1-3 |
284-285 |
|
Barotrauma in Aquatic Animals |
Mardi Hastings and Thomas Carlson |
2008 |
1-3 |
307-310 |
|
Effects of Intense Ultrasound on Atlantic Cod Gadus morhua |
Henriette B. Schack, Hans Malte and Peter T. Madsen |
2008 |
1-3 |
319-321 |
|
Sound Exposure Chamber for Assessing the Effects of High-Intensity Sound on Fish |
James S. Martin and Peter H. Rogers |
2008 |
1-3 |
331-333 |
|
Testing the Equal Energy Hypothesis in Noise-Exposed Fishes |
Michael E. Smith and Ronald R. Gilley |
2008 |
1-3 |
343-345 |
|
Ambient Sound as a Navigational Cue for Larval Reef Fish |
Nicholas Tolimieri, Olivia Raine, John C. Montgomery and Andrew Jeffs |
2002 |
2-3 |
214-217 |
|
Preliminary Evidence for the Use of Sound to Decrease Losses of Aquatic Organisms at a Power Plant Cooling Water Intake |
Arthur N. Popper, John Balletto, Kenneth Strait, Fred Winchell, Alan W. Wells and Maureen Vaskis |
2002 |
2-3 |
306-307 |
|
Environmental Constraints on the Acoustic Communication System of Stream Gobies |
M. Lugli |
2002 |
2-3 |
252-255 |
|
Behavioural, Physiological and Pathological Response of Fishes to Air Gun Noise |
Robert D. McCauley, Jane Fewtrell, Alec J. Duncan and Anita Adhitya |
2002 |
2-3 |
318-321 |
|
Effects of Noise on Auditory Sensitivity of Fishes |
Amy R. Scholik and Hong Y. Yan |
2002 |
2-3 |
186-188 |
|
Effects of Seismic Shooting and Vessel-Generated Noise, on Fish Behaviour and Catch Rates |
Arill Engas and Svein Løkkeborg |
2002 |
2-3 |
313-316 |
|
Mitigating Seismic Impact on Marine Life: Current Practice and Future Technology |
Max Deffenbaugh |
2002 |
2-3 |
316-318 |
|
Analyses of Small Tank Acoustics: Empirical and Theoretical Approaches |
Tsuyoshi Okumura, Tomonari Akamatsu and Hong Y. Yan |
2002 |
2-3 |
330-332 |
|
Discrimination of the parental call be the king penguin chick Aptenodytes patagonicus: the "cocktail-party'' effect [abstract] |
Thierry Aubin and Pierre Jouventin |
1997 |
3-4 |
254-255 |
|
Noise affects porpoise click detections – the magnitude of the effect depends on logger type and detection filter settings |
Karin Tubbert Clausen, Jakob Tougaard, Jacob Carstensen, Matthieu Delefosse & Jonas Teilmann |
2019 |
5 |
443-458 |
|
Anthropogenic noise masking diminishes house wren (Troglodytes aedon) song transmission in urban natural areas |
Erin E. Grabarczyk & Sharon A. Gill |
2020 |
5 |
518-532 |
|
Nestling European Starlings (Sturnus vulgaris) adjust their begging calls in noise |
Maheshi E. Dharmasiri, Colleen A. Barber & Andrew G. Horn |
2022 |
5 |
594-613 |
|
Wind farms noise and anuran diversity patterns: a study case at the Brazilian seasonal dry tropical forest |
Rogério Ferreira de Oliveira, André Felipe de Araujo Lira, Valentina Zaffaroni-Caorsi & Geraldo Jorge Barbosa de Moura |
2023 |
5 |
544-555 |
|
How do tree density and body size influence acoustic signals in Amazonian nurse frogs? |
Marina Vieira da Rosa, Miquéias Ferrão, Pedro Aurélio Costa Lima Pequeno & Albertina Pimentel Lima |
2023 |
5 |
491-505 |
|
Can you hear me now? A review of signal transmission and experimental evidence for the acoustic adaptation hypothesis |
Braelei Hardt & Lauryn Benedict |
2021 |
6 |
716-742 |
|
Using referential alarm signals to remotely quantify ‘landscapes of fear’ in fragmented woodland |
Paul G. McDonald, Samantha J. Doohan & Kyia J. Eveleigh |
2022 |
6 |
629-645 |
|
Environmental factors influencing call propagation in Pithecopus nordestinus: testing the Acoustic Adaptation Hypothesis |
Lidiane Gomes, David Lucas Röhr, Renata S. Sousa-Lima, Adrian Antonio Garda & Flora Acuña Juncá |
2022 |
6 |
696-709 |
|
Prescribed fire and natural habitat characteristics affect crawfish frog (Rana areolata) advertisement call transmission |
Kaleb M. Banks, Owen M. Edwards & Michael S. Reichert |
2024 |
6 |
479-497 |
|
The Acoustic Adaptation Hypothesis does not support the occurrence of common songs in a neotropical urban bird species |
Luis Cueva, Raúl Bartolo & Luis Sandoval |
2024 |
6 |
510-526 |
