November 2017 - MARMAM - devlists.uvic.ca

UF Spring online course - Aquatic Wildlife Health
by Larkin,Iskande (Iske) 09 Nov '17

09 Nov '17

Hi All, Registration is currently open for Spring 2018. The University of Florida, Aquatic Animal Health Program, is offering the following course for those that may be interested. Class begins Jan 8th. Aquatic Wildlife Health Issues is an online course (3 credits) designed to introduce students (upper level undergraduate and graduate) and professionals (with an AA or higher degree) to the natural history, anatomy, physiology, behavior and common health issues of aquatic species: whales and dolphins, seals and sea lions, manatees, sea turtles, crocodilians, fish and invertebrates. For more information about the class or enrollment, contact Dr. Iskande Larkin (ivlarkin(a)ufl.edu)<mailto:ivlarkin@ufl.edu%29.*This> Sincerely, Dr Iske Larkin [Description: AAH logo blue E-Mail Sig] Iske V. Larkin, PhD Lecturer & Education Coordinator Aquatic Animal Health Program Department of Large Animal Clinical Sciences College of Veterinary Medicine University of Florida PO Box 100136 2015 SW 16th Ave Gainesville, Florida 32610 Office phone - 352-294-4095 Work cell - 352-494-1742 Fax - 352-392-8289 Program web page: http://aquatic.vetmed.ufl.edu

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New publication on modelling of Cuvier's beaked whles in the whole Mediterranean sea
by Alnilam.Info 09 Nov '17

09 Nov '17

Dear Marmam community, My co-authors and I are pleased to announce our recent publication in Ecological Indicators: Cañadas, A., Aguilar de Soto, N., Aissi, M, Arcangeli, A., Azzolin, M., B-Nagy, A., Bearzi, G., Campana, I., Chicote, C., Cotte, C., Crosti, R., Di Natale, A., Fortuna, C., Frantzis, A., Garcia, P., Gazo, M., Gutierrez-Xarxa, R., Holcer, D., Laran, S., Lauriano, G., Lewis, T., Moulins, A., Mussi, B., Notarbartolo di Sciara, G., Panigada, S., Pastor, X., Politi, E., Pulcini, M., Raga, J.A., Rendell, L., Rosso, M., Tepsich, P., Tomás, J., Tringali, M. 2017. The challenge of habitat modelling for threatened low density species using heterogeneous data: the case of Cuviers beaked whales in the Mediterranean. Ecological Indicators, Volume 85, February 2018, Pages 128-136, ISSN 1470-160X, https://doi.org/10.1016/j.ecolind.2017.10.021 Abstract The Mediterranean population of Cuvier´s beaked whale (Ziphius cavirostris), a deep-diving cetacean, is genetically distinct from the Atlantic, and subject to a number of conservation threats, in particular underwater noise. It is also cryptic at the surface and relatively rare, so obtain robust knowledge on distribution and abundance presents unique challenges. Here we use multiplatform and multiyear survey data to analyse the distribution and abundance of this species across the Mediterranean Sea. We use a novel approach combining heterogeneous data gathered with different methods to obtain a single density index for the region. A total of 594,996 km of survey effort and 507 sightings of Cuviers beaked whales, from 1990 to 2016, were pooled together from 24 different sources. Data were divided into twelve major groups according to platform height, speed and sea state. Both availability bias and effective strip width were calculated from the sightings with available perpendicular distance data. This was extrapolated to the rest of the sightings for each of the twelve groups. Habitat preference models were fitted into a GAM framework using counts of groups as a response variable with the effective searched area as an offset. Depth, coefficient of variation of depth, longitude and marine regions (as defined by the International Hydrographic Organization) were identified as important predictors. Predicted abundance of groups per grid cell were multiplied by mean group size to obtain a prediction of the abundance of animals. A total abundance of 5799 (CV=24.0%) animals was estimated for the whole Mediterranean basin. The Alborán Sea, Ligurian Sea, Hellenic Trench, southern Adriatic Sea and eastern Ionian Sea were identified as being the main hot spots in the region. It is important to urge that the relevant stakeholders incorporate this information in the planning and execution of high risk activities in these high-risk areas. With regards Ana Cañadas anacanadas(a)alnilam.info ****************************** Alnilam Investigacion y Conservacion Alnilam Research and Conservation Pradillos 29, Navacerrada 28491 Madrid, SPain www.alnilam.info

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Research assistant position at Archipelagos Institute - Aegean Sea - Greece
by Dr. Guido Pietroluongo 09 Nov '17

09 Nov '17

*Research assistant position at Archipelagos Institute– Aegean Sea -Greece* Archipelagos Institute of Marine Conservation is currently looking for research assistants to join our Marine Mammal Team, for the Winter Season 2017/2018 as well the Spring and Summer Season 2018. The applicants will provide scientific support for our projects and gain valuable experience in hands-on Marine Mammal Conservation. Available projects are based on the islands of Samos, Lipsi and Ikaria, in the eastern Aegean Sea. This region supports important populations of Common, Bottlenose, Stripped and Risso’s dolphins, as well as Sperm whales and Cuvier’s beaked whales, which we study with the use of 3 research boats. This project offers a unique opportunity to improve your research skills and utilise your knowledge to make a difference in a targeted conservation project. *What you will gain* Archipelagos internship is a unique opportunity to make a positive contribution to marine and terrestrial conservation and meet new people who share the same interests. You can gain experience in field work, research methods, data processing, writing of publications and reports, public awareness and education programmes. The data you collect will contribute to long-running research studies. *Research projects* *- Cetacean behaviour, abundance and distribution studies* Knowledge of abundance, trends and distribution of cetacean population is needed to increase marine conservation efforts, ecosystem models and spatial planning. Land-based and visual line-transect surveys, conducted along pre-defined track lines, on ships with dedicated observers, will be the method to monitoring cetacean behaviour and occurrence. The aim of this study is to identify how the anthropogenic activities can affect the life of marine mammals and to map important habitats, for example, those used for feeding, resting and nursing. *- Photo-identification* A Photo-ID mark-recapture method is applied to identify individuals and to investigate movement patterns, residency patterns and social structure. Thanks to this method, it is possible to have a complete census of the presence of a population in a specific area helping to create a Photo-ID catalogue for each year. *- Bioacoustics research* The bioacoustics research aims to estimate the noise level and to record the cetacean species calls in different areas of the Aegean Sea. The objective aspires to show a direct correlation between the difference in cetacean communication sounds and the increase in marine traffic in the waters around Samos using bioacoustics. *- Aegean Marine Life Sanctuary* The under-construction Aegean Marine Life Sanctuary aims to be the first refuge in the world providing a solution for the long-term retirement of formerly captive dolphins. It will set the standards for rehabilitation in semi-natural conditions, while also it will operate as a rehabilitation centre for marine mammals and turtles found in strandings. *Qualifications* The ideal candidate has to show great motivation and enthusiasm, strong work ethic, high attention to detail, a positive attitude as well as a genuine interest in wildlife science, self-motivation and availability to work in a team of volunteers independently. Prior experience is not required. This is an unpaid position - see fees, terms and conditions at: http://archipelago.gr/en/get-involved/placements-and-internships/. *Extras* >From 2018 Archipelagos will offer a free scuba diving course to research assistants who join for over 3 months during the winter, spring and autumn (apart from the PADI fees). *To Apply* Send resume, motivation letter (no more than two pages) to Dr. Guido Pietroluongo: guido.p(a)archipelago.gr *Description of Archipelagos Institute* Archipelagos, Institute of Marine Conservation www.archipelago.gr/en/ is a Greek non-profit, non-governmental organization. Since 1998, Archipelagos has been committed to the scientific research and conservation of the marine and terrestrial environments of the Greek seas and islands, as well as of the North-East Mediterranean region overall. Archipelagos’ work focuses on the combination of multi-disciplinary scientific research with effective conservation work, in which the local communities share an active part. Since 2001, our educational activities have hosted over 2,500 participants from around the world. *-------------------------------------------------------* *Dr. Guido Pietroluongo* *Marine Mammals Team Supervisor* *Doctor in Veterinary Medicine* *Environmental impacts and scientific communication expert* *Archipelagos Institute of Marine Conservation* *www.archipelago.gr <http://www.archipelago.gr/>* *guido.p(a)archipelago.gr <m.panagiotou(a)archipelago.gr>* Marine Research Base: P.O. Box 42, Pythagorio, Samos 83103, Greece Telephone: +30 22730 61191 Fax: +30 22730 37533 [image: Archipelagos] <http://www.avg.com/email-signature?utm_medium=email&utm_source=link&utm_cam…> Virus-free. www.avg.com <http://www.avg.com/email-signature?utm_medium=email&utm_source=link&utm_cam…> <#DAB4FAD8-2DD7-40BB-A1B8-4E2AA1F9FDF2>

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Spring Marine Mammal Rescue Internship at The Marine Mammal Center, Sausalito, CA
by Hanna Scardina 08 Nov '17

08 Nov '17

Spring Marine Mammal Rescue Internship Sausalito Main Hospital, The Marine Mammal Center, CA The Rescue and Response team at The Marine Mammal Center is seeking applicants for their Spring Marine Mammal Rescue Internship working primarily with stranded pinnipeds, as well as occasional cetaceans and sea otters. This internship is an exciting opportunity for individuals who are interested in increasing their experience and knowledge of marine mammals and the Marine Mammal Stranding Network. To learn more about the Spring Marine Mammal Rescue Internship and apply, follow this link: https://tmmc.recruiterbox.com/jobs/fk0fs7v/

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POSITION ANNOUNCEMENT-Postdoctoral Scholar
by Wilke, Mark W 08 Nov '17

08 Nov '17

[cid:image005.png@01D35876.2DB2BCB0] [cid:image006.png@01D35876.2DB2BCB0] 31 October, 2017 POSITION ANNOUNCEMENT Postdoctoral Scholar Epigenetic aging of beluga whales by next-generation sequencing The Marine Mammal Institute of Oregon State University invites applications for a full- time (1.00 FTE), 12-month, fixed-term Postdoctoral Scholar position funded by a grant from the North Pacific Research Board (NPRB). Reappointment is conditional on funding and at the discretion of the Unit Head. This position will help validate methodology for epigenetic aging of cetaceans using next-generation sequencing to measure the levels of cytosine methylation in candidate genes. The assay will be calibrated using a large set of samples with estimated ages from growth-layer groups in teeth. The age assay will then be applied to biopsy samples from living beluga whales of unknown age to better understand the life history and age structure of the endangered Cook Inlet population of beluga whales. Depending on funding, the incumbent will extend the methods developed for the beluga to other species, subspecies or populations of cetaceans. The position is located at the Hatfield Marine Science Center in Newport, Oregon where the Scholar will work with Scott Baker in the Cetacean Conservation and Genomic Laboratory and, remotely, with collaborators, Paul Wade (NOAA), Simon Jarman (Curtin University) and Steve Horvath (UCLA). Required qualifications include a PhD in biological sciences (genetics, ecology or evolution), with an emphasis in molecular ecology, genomics, bioinformatics, statistics or population modeling, and demonstrated publication record. The PhD must have been awarded within the last five years. Preferred qualifications include experience with programming and management of large datasets typical of next-generation sequencing. The minimum stipend for a candidate with no prior postdoctoral experience is $47,484/year with annual increments for experience following NIH guidelines. Starting date is approximately January 15, 2018 (negotiable). For the full announcement and instructions for application, see http://gradschool.oregonstate.edu/postdocs/open-positions For further information, contact Scott Baker by email, using the subject 'NPRB beluga postdoc information' email: scott.baker(a)oregonstate.edu<mailto:scott.baker@oregonstate.edu> Mark Wilke Business Manager/Fiscal Coordinator Marine Mammal Institute Oregon State University mark.wilke(a)oregonstate.edu 541-867-0288

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New publication on the habitat use patterns of cetaceans at a potential MRE site in Swansea Bay, Wales UK
by Hanna Nuuttila 07 Nov '17

07 Nov '17

Hello MARMAM community, (apologies for earlier posting with an incorrect subject!) My co-authors and I are pleased to announce our recent publication in Marine Pollution Bulletin: - Hanna K. Nuuttila, - Chiara M. Bertelli, - Anouska Mendzil, - Nessa Dearle (2017) "Seasonal and diel patterns in cetacean use and foraging at a potential marine renewable energy site". Marine Pollution Bulletin (in press). Online publication complete: 3-NOV-2017. DOI information: 10.1016/j.marpolbul.2017.10.051 https://doi.org/10.1016/j.marpolbul.2017.10.051 Abstract Marine renewable energy (MRE) developments often coincide with sites frequented by small cetaceans. To understand habitat use and assess potential impact from development, echolocation clicks were recorded with acoustic click loggers (C-PODs) in Swansea Bay, Wales (UK). General Additive Models (GAMs) were applied to assess the effects of covariates including month, hour, tidal range and temperature. Analysis of inter-click intervals allowed the identification of potential foraging events as well as patterns of presence and absence. Data revealed year-round presence of porpoise, with distinct seasonal and diel patterns. Occasional acoustic encounters of dolphins were also recorded. This study provides further evidence of the need for assessing temporal trends in cetacean presence and habitat use in areas considered for development. These findings could assist MRE companies to monitor and mitigate against disturbance from construction, operation and decommissioning activities by avoiding times when porpoise presence and foraging activity is highest in the area. Dr Hanna K Nuuttila SEACAMS2 Scientific Officer *Open ocean ecology, marine mammals & marine renewables* College of Science, 138 Wallace Building Swansea University, Singleton Park , Swansea, Wales Coleg Gwyddoniaeth, 138 Adelaid Wallace Prifysgol Abertawe, Parc Singleton, Abertawe, Cymru

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New publication: Stranding survey as a framework to investigate rare cetacean records of the north and north-eastern Brazilian coasts
by ALEXANDRA COSTA 07 Nov '17

07 Nov '17

Dear Colleagues, We are pleased to share the recent publication of our article in Zookeys: Costa AF, Siciliano S, Emin-Lima R, Martins BML, Sousa MEM, Giarrizzo T, Silva Júnior JS (2017) Stranding survey as a framework to investigate rare cetacean records of the north and north-eastern Brazilian coasts. ZooKeys 688: 111-134. https://doi.org/10.3897/zookeys.688.12636 Abstract: Marine mammal stranding events are used as an important tool for understanding cetacean biology worldwide. Nonetheless, there are vast gaps of knowledge to be filled in for a wide range of species. Reputable information is required regarding species from large baleen whales to sperm and beaked whales, as well as pelagic dolphins. This paper describes new cetacean records from north and north-eastern Brazil, which are both the least surveyed areas regarding aquatic mammals. Regular beach surveys were conducted to recover cetacean carcasses along the coast of Pará beginning November 2005. At the coasts of the Maranhão and Piauí states, the surveys were conducted between 2003 and 2013. From 2003 to 2014, 34 strandings of cetaceans were registered. The study provides four additional species records’ in the area based on strandings (Balaenoptera borealis, Balaenoptera physalus, Peponocephala electra, and Pseudorca crassidens). A mass stranding of Guiana dolphins (Sotalia guianensis, N = 12), the most common species for the region, was reported for the first time. The records presented herein are of special concern, since they expand the knowledge on cetaceans from the Brazilian coast. In addition, this study conducted an analysis to verify the similarity between cetacean compositions described for north and north-eastern Brazil and the southern Caribbean region. The results showed a high similarity between these regions, proving the connection with the Caribbean cetacean fauna. Best regards, Alexandra Costa GEF-Mar Project Marine Protected Area – Área de Proteção Ambiental Costa dos Corais [cid:2eeb7d28-4628-4ba6-a6dc-c0972c49aea8]

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New publication on estimation of population size and trends for highly mobile species with dynamic spatial distributions
by Charlotte Boyd - NOAA Affiliate 07 Nov '17

07 Nov '17

Dear MARMAM community My coauthors and I are pleased to share our recent publication in *Diversity and Distributions:* Estimation of population size and trends for highly mobile species with dynamic spatial distributions . Charlotte Boyd, Jay Barlow, Elizabeth A. Becker, Karin A. Forney, Tim Gerrodette, Jeffrey E. Moore and André E. Punt. Version of Record online: 17 OCT 2017 | DOI: 10.1111/ddi.12663 Aim: To develop a more ecologically realistic approach for estimating the population size of cetaceans and other highly mobile species with dynamic spatial distributions. Location: California Current Ecosystem, USA. Methods: Conventional spatial density models assume a constant relationship between densities and habitat covariates over some time period, typically a survey season. The estimated population size must change whenever total habitat availability changes. For highly mobile long-lived species, however, density–habitat relationships likely adjust more rapidly than population size. We developed an integrated population-redistribution model based on a more ecologically plausible alternative hypothesis: (1) population size is effectively constant over each survey season; (2) if habitat availability changes, then the population redistributes itself following an ideal free distribution process. Thus, the estimated relationship between densities and habitat covariates adjusts rather than population size. We constructed Bayesian hierarchical models corresponding to the conventional and alternative hypotheses and applied them to distance sampling data for Dall’s porpoise (Phocoenoides dalli), a highly mobile cetacean with distribution patterns closely tied to cool sea-surface temperatures. Results: The Dall’s porpoise data provided strong support for the hypothesis based on an ideal free redistribution process. Our results indicate that the population size of Dall’s porpoise within the survey region was relatively stable over each summer/fall survey season, but the distribution expanded and contracted with the extent of suitable habitat. Over multiple survey seasons, the model partitioned variation in observed densities among three sources: variation in population size, the density–habitat relationship and measurement error, leading to lower and more ecologically plausible estimates of interannual variation in population size. Main conclusions: We conclude that the integrated population-redistribution model (IPRM) presented here represents an ecologically plausible model for use in future assessments of the population size and dynamics of cetaceans and other highly mobile long-lived species with variable spatial distributions. Keywords: Bayesian hierarchical model, California Current, Dall’s porpoise, distance sampling, habitat model, spatial density model The online version of the article can be accessed here: http://onlinelibrary.wiley.com/doi/10.1111/ddi.12663/abstract To request a pdf copy please email me at: charlotte.boyd(a)noaa.gov. All the best Charlotte -- Charlotte Boyd PhD Marine Mammal Laboratory NOAA Alaska Fisheries Science Center 7600 Sand Point Way NE Seattle WA 98115 Phone: 206-526 4046

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Seeking Research Assistants for winter/spring Gray Whales Count 2018, Santa Barbara, CA, USA
by Michael H Smith 07 Nov '17

07 Nov '17

RESEARCH ASSISTANT (RA) POSITIONS AVAILABLE - seeking volunteer Research Assistants in winter/spring to participate in Gray Whales Count (GWC) 2018 survey of the northbound migration of Gray whales (Eschrichtius robustus) migrating through the nearshore of the Santa Barbara Channel. GWC is seeking Research Assistants (RA) to work with Project Coordinator and team of observers to assist in our annual survey, conducted from shore at Counter Point, in the Coal Oil Point Reserve, Goleta, California, USA, adjacent to the campus of the University of California, Santa Barbara (UCSB). This position is open to citizens of the United States of America and those authorized to work in the United States with an appropriate visa in hand. The 2018 survey begins Wednesday, February 14, 2018 and continues every day through May 27, from 9 AM to 5 PM, Monday through Sunday. If Gray whale calves are continuing, we may need to extend the survey through May 31. We are looking for passionate, caring individuals who are willing to commit for the entire survey, ~100 survey days, and be available to begin Saturday, February 10 to train and assist with preparations. GWC is a 501(c)(3) non-profit organization for research and education. The primary goal of research is to estimate the number of Gray whales and Gray whale calves migrating northbound through our corridor and to share our data to complement similar sampling-studies along the California coast. A secondary goal is to document the variety and quantity of other marine mammals in the ocean area around our site, which is now a Marine Protected Area. We are able to monitor human activity, including interactions with marine mammals, including Gray whales. Goals of education are to teach the process of scientific research to Counters and to give them the opportunity to conduct a meaningful study, to experience marine mammals in their natural environment, and to share this process and our enthusiasm with publics through direct interchange, outreach, and various media. RAs will be trained by the Project Coordinator and, in-turn, share the responsibility for training new volunteers and conducting research and education. Applicable skills learned and achieved include: > Process, concepts, and protocols of the survey, including use of equipment and data-entry. > Ability to identify a multitude of marine mammal species from a distance, including but not limited to: Gray whales, Humpback whales, Bottlenose dolphins, Common dolphins, Pacific white-sided dolphins, Harbor seals, California Sea lions, Sea otters, etc. > Identify behaviors of these marine mammals > Distinguish calves from juveniles and adults > Identify vessels and vessel operations > Gather detailed, consistent data, with ability to teach and check others’ work > Learn about marine mammals in their natural environment and the forces that affect them, both natural and anthropogenic > Developing responsibility and a working relationship within a team Because of the training required, applicants must be willing to commit full-time to the project for the time period involved, approximately 100 days, which can be extended if the applicant desires to be involved with data entry and analysis). This will entail up to 9 hours of work a day for at least 5 days a week. (With training, RA’s are required to work everyday the first two weeks.) The Count is 7 days per week and the RA may commit additional hours to the Count as desired. The more time you can put in, the more you will get out of your experience. Priority will be given to those candidates with associative career goals. Previous experience is a plus but not a condition. This is an invaluable opportunity to gain extensive experience in real-time, scientific fieldwork in an environment rich with diverse populations of marine mammals. You will work with equally diverse individuals who are caring, attentive, and curious. Gray whales are a sentinel species traveling from temperate lagoons in Mexico, along the dynamic California Current at the eastern edge of the North Pacific Ocean to the Arctic waters of northern Alaska in one of the longest marine mammal migrations. Requirements: > Even though we are situated in Southern California, you must be able to withstand harsh weather conditions. Fieldwork can be, at times, physically and mentally demanding. > Willingness to work long hours. > Commit for a minimum of 100 days, full time (minimum five days per week). > Enrolled in or completed a degree in biology, marine science, zoology, environmental science, animal behavior or a related field. > Previous field experience with marine wildlife and observation is a plus but not required. > Ability to work in a team environment to produce consistent, high quality results. We cannot stress this enough. You will be trained to be a leader of an operation with people of differing experience and dedication. > Be enthusiastic and possess a caring, positive attitude, with a strong desire to learn. > Be adaptable and patient. The migration is characterized by pulses rather than a steady stream; and weather is the unknown factor: wind, rain, and fog can shut us down. > We strive for a perfection that cannot be attained. We are forgiving and learn from experience. This is a volunteer position. The selected RAs will be responsible for their own transportation to and from Santa Barbara/Goleta, California and daily to the survey site. Recognizing that living costs are high in this area, Gray Whales Count will award a $500 stipend to assist each RA with expenses upon successful completion of the RA position. RAs will be responsible for all for living expenses while volunteering for Gray Whales Count. To apply: Please send cover letter/résumé to Project Coordinator, Michael Smith michael(a)graywhalescount.org <mailto:michael@graywhalescount.org>. We strongly recommend you look over our website: graywhalescount.org <http://www.graywhalescount.org/GWC/The_Count/The_Count.html> to familiarize yourself with our operation. In the cover letter, please address why you wish to participate in Gray Whales Count; how this particular experience will be meaningful to you; and how this might advance your career goals. There is no deadline to apply. The position will remain open until it is filled. Please consider applying early in order to arrange travel plans and to secure room and board.

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New publication: The role of visual cues in mother–pup reunions in a colonially breeding mammal
by Kaja Wierucka 06 Nov '17

06 Nov '17

Dear Colleagues, We are pleased to share our recent publication in Biology Letters: Wierucka K, Pitcher BJ, Harcourt R, Charrier I. 2017 The role of visual cues in mother–pup reunions in a colonially breeding mammal. Biol. Lett. 13: 20170444. http://dx.doi.org/10.1098/rsbl.2017.0444 Abstract: Parental care is an important factor influencing offspring survival and adult reproductive success in many vertebrates. Parent–offspring recognition ensures care is only directed to filial young, avoiding the costs of misallocated resource transfer. It is essential in colonial mammal species, such as otariids (fur seals and sea lions), in which repeated mother–offspring separations increase the risk of misdirecting maternal effort. Identification of otariid pups by mothers is known to be multi-modal, yet the role of visual cues in this process remains uncertain. We used three-dimensional visual models to investigate the importance of visual cues in maternal recognition of pups in Australian sea lions (Neophoca cinerea). We showed that the colour pattern of pup pelage in the absence of any other sensory cues served to attract the attention of females and prompt investigation. Furthermore, females were capable of accurately distinguishing between models imitating the age-class of their own pup and those resembling older or younger age-classes. Our results suggest that visual cues facilitate age-class discrimination of pups by females and so are likely to play an important role in mother–pup reunions and recognition in otariid species. The online version of the article can be accessed here: http://rsbl. royalsocietypublishing.org/content/13/11/20170444 To request a pdf copy please email me at kaja.wierucka(a)hdr.mq.edu.au. Best wishes, Kaja -- *Kaja Wierucka* *PhD candidate*Marine Predator Research Group Department of Biological Sciences | Building E8A Room 385 Macquarie University T: +61 2 9850 7975 <+61%202%209850%207975> | M: + 61 435 958 382 Equipe Communications Acoustiques Department of Cognition & Behaviour Institut des Neurosciences Paris Saclay (NeuroPSI), UMR 9197 Université Paris Sud, Bat.446, 91405 Orsay, FRANCE M: +33 7 68 08 64 96 <+33%207%2068%2008%2064%2096>

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