August 2017 - MARMAM - devlists.uvic.ca

Fall Online Course - Aquatic Animal Conservation Issues
by Larkin,Iskande (Iske) 08 Aug '17

08 Aug '17

Hi All, The University of Florida, College of Veterinary Medicine would like to send notice that registration for our fall online course is open. Aquatic Animal Conservation 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 controversial issues surrounding aquatic animal species ranging from invertebrates to marine mammals, with an emphasis on marine mammals, but also including sea turtles, fisheries, and marine ecosystems. Students enrolled at any College or University within the US or internationally can take this course. For more information about this classes or enrollment, contact Dr. Iskande Larkin (ivlarkin(a)ufl.edu<mailto:ivlarkin@ufl.edu> ). If you are interested in taking one of the classes, registration is now open for Fall (2017). The first day of the semester is August 21st. Sincerely, Dr 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: Using passive acoustic monitoring to document beaked whale distribution
by Joy Stanistreet 08 Aug '17

08 Aug '17

Dear MARMAM: My co-authors and I are pleased to share the following article now published online (e-First view) in the Canadian Journal of Fisheries and Aquatic Sciences: Using passive acoustic monitoring to document the distribution of beaked whale species in the western North Atlantic Ocean Joy E. Stanistreet, Douglas P. Nowacek, Simone Baumann-Pickering, Joel T. Bell, Danielle M. Cholewiak, John A. Hildebrand, Lynne E.W. Hodge, Hilary B. Moors-Murphy, Sofie M. Van Parijs, and Andrew J. Read Abstract: Little is known about the ecology of many beaked whale species, despite concerns raised by mass strandings linked to certain sources of anthropogenic noise. Here, we used passive acoustic monitoring to examine spatial and temporal patterns in beaked whale occurrence at six locations along the continental slope in the western North Atlantic Ocean. We analyzed 2642 days of recordings collected between 2011 and 2015, and identified echolocation signals from northern bottlenose whales (Hyperoodon ampullatus), Cuvier’s (Ziphius cavirostris), Sowerby’s (Mesoplodon bidens), Gervais’, (Mesoplodon europaeus), and Blainville’s (Mesoplodon densirostris) beaked whales, and one signal type of unknown origin. We recorded multiple species at each site, with detections generally occurring year-round, and observed latitudinal gradients and site-specific variation in relative species occurrence. Notably, we regularly detected Cuvier’s beaked whales in a region where they have not been commonly observed, and discovered potential habitat partitioning among Cuvier’s and Gervais’ beaked whales within their overlapping ranges. This information on the distribution and seasonal occurrence of North Atlantic beaked whale species offers new insight into patterns of habitat use, and provides a year-round baseline from which to assess potential anthropogenic impacts. The full article is available at http://www.nrcresearchpress.com/doi/full/10.1139/cjfas-2016-0503<https://urldefense.proofpoint.com/v2/url?u=http-3A__el.nrcresearchpress.com…>. To request a pdf copy please email joy.stanistreet(a)duke.edu<mailto:joy.stanistreet@duke.edu>. Cheers, Joy Joy Stanistreet, PhD Duke University Marine Lab joy.stanistreet(a)duke.edu<mailto:joy.stanistreet@duke.edu>

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new publication on beluga whale summer habitat associations in the Nelson River estuary, western Hudson Bay
by Alex Smith 08 Aug '17

08 Aug '17

Dear Marmamm Community, We are pleased to announce our recent publication: Beluga whale summer habitat associations in the Nelson River estuary, western Hudson Bay, Canada Abstract To understand beluga whale (Delphinapterus leucas) estuarine use in the Nelson River estuary, southwest Hudson Bay, we recorded and examined beluga movements and habitat associations for the July through August period in 2002-2005. We compared locations of belugas fitted with satellite transmitters ("tags") (2002-2005) and aerial-surveyed (2003 and 2005) belugas for years of differing freshwater flow from the Nelson River which is influenced by hydroelectric activity. Using the beluga telemetry location data, we estimated an early August behavioral shift in beluga distribution patterns from local estuarine use to a progressively more migratory behavior away from the estuary. The timing of this shift in behavior was also apparent in results of beluga aerial surveys from the 1940s-1960s, despite environmental changes including later freeze-up and warming ocean temperatures. Overall, during the higher than average discharge ("wet") year of 2005, the three tagged belugas ranged farther from the Nelson River but not farther from the nearest shore along southwestern Hudson Bay, compared to the 10 tagged belugas tracked during the "dry" years of 2002-2004 with below average discharges. Aerial survey data for 2003 and 2005 display a similar dry vs. wet year shift in spatial patterns, with no significant change in overall density of belugas within the study area. In the Nelson estuary, proximity to the fresh-salt water mixing area may be more important than the shallow waters of the upper estuary. Killer whales (Orcinus orca) were observed in the Churchill area (200 km northwest) during each year of study, 2002-05, and belugas may benefit from the proximity to shallow estuary waters that provide protection from the larger-bodied predator. Study results contribute to an understanding of the influence of environmental variation on how and why belugas use estuaries although considerable uncertainties exist and additional research is required. An open access PDF may be obtained from: PLOS ONE: http://journals.plos.org/plosone/article?id=10.1371/journal.pone.0181045 All the best, Alex Smith Senior Consultant Ecologist Ramboll Environ Tampa, Florida

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New paper on how cetaceans use their senses to find prey
by Leigh Torres 07 Aug '17

07 Aug '17

Dear colleagues, Have you ever wondered how cetaceans locate and discriminate prey? If so, you may be interested in my recent review paper published in Marine Mammal Science about how cetaceans use their senses to find prey depending on distance to target: A sense of scale: Foraging cetaceans' use of scale-dependent multimodal sensory systems The paper is open access, so freely downloadable here: http://onlinelibrary.wiley.com/doi/10.1111/mms.12426/full Abstract: Research on cetacean foraging ecology is central to our understanding oftheir spatial and behavioral ecology. Yet, functional mechanisms by whichcetaceans detect prey across different scales remain unclear. Here, I postulate thatcetaceans utilize a scale-dependent, multimodal sensory system to assess andincrease prey encounters. I review the literature on cetacean sensory systemsrelated to foraging ecology, and hypothesize the effective scales of eachsensory modality to inform foraging opportunities. Next, I build two“scale-of-senses” schematics for the general groups of dolphins and baleenwhales. These schematics illustrate the hypothetical interchange of sensory modalities used tolocate and discriminate prey at spatial scales ranging from 0 m to 1,000 km:(1) vision, (2) audition (sound production and sound reception), (3)chemoreception, (4) magnetoreception, and somatosensory perception of (5) preyor (6) oceanographic stimuli. The schematics illustrate how a cetacean may integratesensory modalities to form an adaptive foraging landscape as a function ofdistance to prey. The scale-of-senses schematic is flexible, allowing forcase-specific application and enhancement with improved cetacean sensory data.The framework serves to improve our understanding of functional cetaceanforaging ecology, and to develop new hypotheses, methods, and results regardinghow cetaceans forage at multiple scales. Cheers,Leigh Leigh Torres, Ph.D.Assistant Professor; Oregon Sea GrantDepartment of Fisheries and Wildlife, Marine Mammal Institute Oregon State University, Hatfield Marine Science Center2030 SE Marine Science DriveNewport, OR 97365, U.S.A541-867-0895Webpage: http://mmi.oregonstate.edu/gemm-lab Lab blog: http://blogs.oregonstate.edu/gemmlab/

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COURSE: INTRODUCTION TO GIS FOR ECOLOGY, BEHAVIOUR & CONSERVATION
by Bruno Díaz López 07 Aug '17

07 Aug '17

COURSE: INTRODUCTION TO GIS FOR ECOLOGY, BEHAVIOUR & CONSERVATION Training course for learning Geographic Information Systems (GIS) concepts, tools, and functionality in ecology, behaviour, and conservation. To study Ecology, Behaviour and Conservation of animal species inherently concerns to understand the species distribution and habitat use. The Bottlenose Dolphin Research Institute (BDRI) is aware of the importance of using GIS in field research projects, and therefore has created this new training course to provide valious information about the use of GIS in biology and conservation. Unlike most traditional GIS courses, which are exclusively desk-based, this course will include hands on collection of field data in a coastal environment (studying different species of marine birds and marine mammals). This means that trainees will not only learn how to use GIS, but also how to collect behavioural and ecological field data and how to import this information into a GIS. In addition, the course will include PowerPoint lectures with computer based practical sessions where participants work through real GIS field data collected from research projects that are ongoing at the course location illustrating the use of open-source GIS (Quantum GIS) for everyday mapping tasks. Quantum GIS (also known as QGIS) provides a user-friendly, open-source, free alternative to commercial GIS software packages, and it is becoming increasingly widely used in research centres and Universitites worlwide. The course is aimed at students and researchers just starting to use GIS in their careers and who have little or no existing knowledge of this subject area. This is a great chance for students and professionals to boost their career skills using learning materials usually only available to students and staff at the Bottlenose Dolphin Research Institute (BDRI). Courses are participatory in nature and are designed to stimulate inquiry and active learning. The learning model helps students to connect the conceptual material presented in each course to case studies. Participants will only need to bring their own laptop. A total of 30 hours will be spent in lectures, field work, tutorials, and other class teaching. This course also addressed to groups (scientists, university students) hence it is possible to arrange with the BDRI special requirements regarding language and dates to suit the different groups. After completing this course, trainees will be able to: • Create, save, and navigate around a GIS project • Create, import, process, and display spatial data from field surveys and online data repositories • Use GIS to display spatial data and to create and export maps • Interpret the symbols, contours and scale on a map, and learn how to navigate using a GPS and a compass • Collect ecological and behavioural field data and create a GIS compatible spreadsheet for use in GIS • Review and understand how to error-check field data • Import field data into a GIS from: GPS, hard-copy maps, digital imagery, shapefiles and XY coordinates • Generate and edit your own vector data • Symbolise and label vector features according to information in the attributes table • Incorporate environmental and anthropogenic variables into a GIS • Understand the use of appropiate spatial reference systems • Distinguish and add raster and vector layers to your project and adjust the way they are drawn • Use GIS to measure the spatial distribution of the observation effort • Use GIS to map species distributions and calculate the number of encounters per unit of effort (SPUE) • Use GIS to compute the slope gradient and slope aspect from a bathymetric chart data set • Calculate minimum distances from a GPS position to the perimeter of a feature (i.e coastline) via spatial analyst tools • Digitize map data with QGIS • Link species presence/absence or abundance data to other spatial data in a GIS • Encounter the power and versatility of QGIS to illustrate patterns, exploring bottlenose dolphins movement routes in a wildlife case study Lenght: 4 days (30 hours) Dates: 1st group (September 4th to 7th) or 2nd group (September 11th to 14th) Location: Bottlenose Dolphin Research Institute, Avenida Beiramar 192, O Grove, Pontevedra, Galicia (Spain). O Grove has very good transport links and is within two hours travel by car from the two main airports in Galicia (Santiago de Compostela and Vigo). These airports can be reached by direct flights from most European cities. Course Fee: The total cost for this course (including housing) is 500 Euros. The course fee includes: • training and tuition fees • housing at the BDRI facilities (shared room) from the night before the start of the course until the day after the end of the course (5 nights). The apartment has a full kitchen (gas and electricity are included) and a full set of cooking utensils. Foods of all kinds are available at the local supermarkets within walking distance at your own expense. Participants will be responsible for their transportation to and from the research centre in O Grove, Galicia, Spain. • certificate of attendance • all associated costs during the field activities. Please note that all profits generated from this course will be used to support ongoing field research at the BDRI. Application procedure Places are limited to 10 participants to allow for individual support and feedback by the tutors. To book a place, or for more information, email: info(a)thebdri.com For first consideration, apply before August 27, 2017 Lastest scientific articles involving the use of GIS to study the use of habitat and species distribution modelling published by the BDRI: - Diaz Lopez B., 2017. Temporal variability of predator presence around a fin fish farm in the North-western Mediterranean Sea. Marine Ecology 38(1), e12378. - Diaz Lopez B. and Methion S., 2017. The impact of shellfish farming on common bottlenose dolphins’ use of habitat. Marine Biology 164: 83. - Díaz López, B., Grandcourt, E., Methion, S., Das, H., Bugla, I., Al Hameli, M., Al Hameri, H., Abdulla, M; Al Blooshi, A; Al Dhaheri, S.(2017). The distribution, abundance and group dynamics of Indian Ocean humpback dolphins (Sousa plumbea) in the Emirate of Abu Dhabi (UAE). Journal of the Marine Biological Association of the United Kingdom, 1-9. Best regards, Bruno Diaz Lopez Chief biologist and Director The Bottlenose Dolphin Research Institute BDRI Avenida Beiramar 192, O Grove 36980, Spain www.thebdri.com 0034 684 248552 This email is confidential to the intended recipient(s) and the contents may be legally privileged or contain proprietary and private informations. It is intended solely for the person to whom it is addressed. If you are not an intended recipient, you may not review, copy or distribute this email. If received in error, please notify the sender and delete the message from your system immediately. Please note that neither the Bottlenose Dolphin Research Institute BDRI nor the sender accept any responsibility for any viruses and it is your responsibility to scan the email and the attachments (if any). Thank you for your cooperation.

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MMO Range Finder App now available on Android
by James Keating 07 Aug '17

07 Aug '17

Dear fellow MARMAMers, The MMO Range Finding app which I posted a while back is now available for Android devices. Many thanks to those who provided feedback and requested this option. There will also be an iOS update later this week and I'll try and make a short video demonstration so people are clear on its use and limitations. Please let me know if you've any queries. Thanks, James Google Play Store Link; https://play.google.com/store/apps/details?id=appinventor.ai_keating_marine… Apple App Store Link; https://appsto.re/au/PRVblb.i Marine Mammal Observers mitigate for the potential impact of sound exposure on marine fauna during seismic surveys, UXO clearance or civil engineering projects. A fundamental function of the observer is to calculate the distance of an animal to the source of noise irrespective of their own position and recommend actions based on specified mitigation zones around the source of the sound. Depending on the survey type and in-water configuration, MMOs can be located 100's of metres from the centre of the source. This creates time-consuming complications when estimating where the animal is in relation to the mitigation zone. This app calculates the distance from the animal (Target) to the origin of the sound (Source) using a trigonometric cosine function. The user simply enters the distance and bearing to the Target and Source from their observation position and the app calculates the rest. James Keating, PhD Marine Ecological Consultant Perth, Western Australia +61 (0) 47 5075340 keating.marine(a)gmail.com

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Employment Opportunity - The Marine Mammal Center - Rescue and Response- Operations Manager
by Laura Chapman 06 Aug '17

06 Aug '17

Rescue & Response - Operations Manager Sausalito, California, United States Full-time MISSION At The Marine Mammal Center, we are guided and inspired by a shared vision of a healthy ocean for marine mammals and humans alike. The Marine Mammal Center advances global conservation through marine mammal rescue and rehabilitation, scientific research, and education. OUR WORK We rescue and rehabilitate sick and injured marine mammals at our state-of-the-art veterinary facilities by engaging a dedicated workforce and a supportive community. We learn from the patients in our care and contribute to scientific understanding of the changing health of our ocean, taking action to address ocean threats and save endangered species. We lead as a teaching hospital by training veterinary professionals locally and internationally, and inspiring future ocean stewards through innovative school and public education programs. ABOUT THE ORGANIZATION The Marine Mammal Center is the largest facility of its kind in the world. Founded in 1975, the Center has grown into an internationally renowned and state-of-the art marine mammal hospital, research center, and educational organization. Each year, the Center treats 600 – 800 sick, injured, and orphaned marine mammals, with the goal of rehabilitation and release. Its professional staff collaborates with over 30 different scientific, educational, federal, state, and non-profit organizations from around the world. Marine mammal scientists and veterinarians from across the globe visit the Center and shadow its staff and volunteers to learn from the hundreds of animals treated each year, and from its acclaimed veterinary, scientific, and research staff. By collaborating with leading scientists and researchers to learn from the patients in their care, the Center expands and advances science to increase understanding of the health of the ocean and highlights implications for human health. In addition to its work within the scientific community, the Center’s formal and informal education programs reach 100,000 children and adults ever year. Ultimately, the Center’s work inspires action and fosters stewardship toward the care of our environment. Overlooking the ocean in the Marin Headlands, in Sausalito, CA, the Center operates three field stations in its 600-mile rescue range on the California coastline from San Luis Obispo through Mendocino County. With the addition of a facility in Kona, Hawaii, the Center’s rescue range has increased to include the entire Hawaiian archipelago. With an annual operating budget of just over $9M, 70+ staff depending on the time of year, and 1,200 actively engaged volunteers, the Center operates 24 hours per day, 365 days per year. Rescue & Response - Operations Manager The Northern Range Operations (NRO) Manager plays a critical role on the Rescue & Response Team at the Marine Mammal Center and is responsible for organizing, supporting, and enabling a large and diverse group of people in their efforts to meet the mission of the organization. The NRO Manager spends a considerable amount of time developing and guiding relationships between volunteers, staff, interns, partner agencies, and the public and is pivotal in creating a culture of effective collaboration and respect. The role emphasizes two related areas of responsibility – people management and logistics. As a member of the Rescue & Response Management Team, the NRO Manager will work closely with responders for the northern California counties of The Center’s response range, as well as the managers of The Center’s central and southern ranges. This role also provides leadership and organization for dispatch efforts, transport logistics, and development and delivery of training materials to responders and interns. To be successful in this role, the Northern Range Operations Manager must: Fully understand the mission, the work, the values, and the credo of the organization Have an intense interest in assessing and rescuing marine mammals Design, develop, implement, and evaluate the processes, policies and other work products that are responsibilities of the role Always act and communicate in a manner that demonstrates a deep understanding of the organization and fulfill duties in a way that is strategic, in alignment with the credo, and informed by policy. The NRO Manager has two direct reports, the Response Coordinator and the Rescue Apprentice. This role reports directly to the Rescue & Response Manager. ROLE DESCRIPTION The NRO Manager functions as the primary administrator for the Northern Range of The Marine Mammal Center’s California operations, from San Mateo to Mendocino Counties and is based out of The Center’s Sausalito facility. This role receives public reports of stranded marine mammals in the rescue range and coordinates the appropriate response. The role is also responsible for the supervision, retention, and management of volunteers and interns, with recruitment support from the Center’s headquarters in Sausalito. The Manager is heavily involved in the organization and coordination of dispatch and transport activities across the entire California range. The position also acts as a media representative and works in collaboration with other departments and organizations. This role is expected to work some evenings, weekends, and overnight call. CORE COMPETENCIES Strong leadership skills in managing staff, interns, and volunteers Ability to communicate effectively and with diverse audiences Excellent interpersonal skills and ability to work as a member of a multidisciplinary team Ability to cultivate effective relationships with internal departments, volunteers, interns, consultants, and outside partners Ability to work effectively and strategically with remote supervision Awareness of safety procedures for handling wild animals and working in the field Effective team building and conflict resolution skills MAJOR RESPONSIBILITIES Implement policies and procedures at the direction of the Rescue & Response Manager and Veterinary Staff. Provide guidance and actively participate in problem solving to reach results In cooperation with the Volunteer Resources Team oversee the recruitment, training and mentoring program of all new site volunteers Develop strategic relationships with local, affiliated organizations such as enforcement agencies, conservation groups, and the research community Responsible for managing all site volunteers while ensuring that all follow the Veterinary Science department’s best practices. Maintain site event and volunteer schedules. Maintain clear communication with Volunteer Resources Team regarding volunteer recruitment and resource needs and coordinate the scheduling of Sausalito crew member shifts for your site volunteers Implement volunteer recognition efforts for your site Respond to public questions and concerns about distressed animals, volunteer opportunities, and all other general inquiries Coordinate assessment and rescue teams, from assessment to transport. Participate in rescues, transports, medical treatments, and releases as needed Facilitate and maintain open lines of communication with co-workers and volunteers Collect & process animal response data, including paper and electronic data entry Conduct regular staff, supervisor, and committee meetings, producing meeting minutes Oversee rescue and response training efforts Manage additional committees and volunteer activities that include but are not limited to fund-raising and communications, including producing local email newsletters Facilitate communication and coordination among satellite sites and Sausalito staff Travel to other internal and external facilities as needed QUALIFICATIONS At least two years of prior management experience. Overseeing volunteer programs is particularly desired Four-year college degree and/or two years of related experience working with Marine Mammals, or equivalent combination of education and experience Maintaining a valid California Driver’s License and a clean driving record Experience working with Excel, Word, PowerPoint, and Outlook and comfortable working with database software Ability to frequently lift and carry objects weighing up to 30 pounds when moving supplies and animal carriers Ability to stand, bend, stoop and crouch while working with animals or at events Available for weekend and evening work as necessary, including overnight on-call duties FURTHER INFORMATION LOCATION: Sausalito, CA HOURS: Full time Position, Exempt REPORTS TO: Rescue and Response Manager APPLICATION CLOSING DATE: August 16th, 2017 Click Here to Apply<https://tmmc.recruiterbox.com/jobs/fk0mkgp><https://tmmc.recruiterbox.com/jobs/fk0mkgp>

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Workshop announcement - Advancing Marine Species Density Surface Modelling
by Catriona Harris 06 Aug '17

06 Aug '17

*Workshop announcement - Advancing Marine Species Density Surface Modelling* *Open workshop, Sunday 22 October 2017 (prior to Society for Marine Mammalogy Conference), Halifax, Nova Scotia* Density surface models (sometimes called spatial or habitat models) attempt to describe animal distribution as a function of spatially referenced variables. Data typically come from line transect surveys, although there is the potential to use other effort-indexed surveys, such as passive acoustics. Outputs include modelled relationships between density and explanatory variables, spatial maps of population density, and estimates of population size with uncertainty in areas of interest within the larger modelled region. Outputs are of practical use in, for example, marine spatial planning and impact assessment. There are many statistical methods available for density surface modeling. This one-day workshop is part of the start-up meeting of a research project, DenMod, that aims to compare the different approaches, identify outstanding issues and address some of them. The project is a collaboration between the University of St Andrews, Duke University and the regional NOAA Fisheries labs, and is funded by the US Navy. The goal of the workshop is to solicit input on the project goals and plans from developers and users of density surface models and their outputs. We will briefly present the methods we are considering, and invite comments. We also invite participants to present their research relating to density surface modeling. The workshop will be of interest to researchers who create density surface models as well as those who use the outputs. The workshop is free but due to venue size, places are limited. If you are interested in attending, please register by emailing Catriona Harris (catriona.harris(a)st-andrews.ac.uk <mailto:catriona.harris@st-andrews.ac.uk>). If you would like to be considered for a presentation slot then please include a short abstract (no longer than 100 words) when you register.

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Whalefish Professional Development Course: Marine Research Techniques & Conservation
by Niru Neil Dorrian 06 Aug '17

06 Aug '17

*Whalefish Professional Development Course: Marine Research Techniques & Conservation* Last remaining spaces available on our upcoming Whalefish Professional Development Course: Marine Research Techniques & Conservation: aimed at marine science students, graduates and environmental professionals looking to enhance their career skills. This course is accredited by the *Institute of Marine, Engineering, Science & Technology (IMarEST). <http://www.imarest.com/>* The three-day training course includes lectures, interactive discussion and practical sessions aimed at introducing scientific techniques in marine megafauna research and conservation and covers themes such as marine mammal health, photo identification, passive acoustic monitoring, elasmobranch tracking, advice on careers in marine science and science communication. The course is delivered by Whalefish Directors Niru Dorrian, Dr Els Vermeulen, Lorenzo Scala and Elasmobranch ecologist Dr James Thorburn. Student Fee: £250 Professional Fee: £300 Price includes bed & breakfast, lunches and evening meals for 2 nights. Course material and a certificate of attendance. Accommodation at FSC Millport is provided for two nights inclusive of all meals and is based on two persons sharing a twin room, with shared shower facilities. Single bedrooms are available upon request for a supplementary fee. Should you wish to be placed with a colleague or friend please inform us at the time of booking and we will strive to arrange this. Bookings can be made via the link - https://www.whalefish.org/whal efish-course Email enquires to niru(a)whalefish.org -- Niru Neil Dorrian, BSc (Hons) RMarSci MIMarEST Co - Founder & Marine Mammal Biologist Whalefish Mail: niru(a)whalefish.org Url: www.whalefish.org *Connect - Share - Inspire*

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new publication on Antarctic killer whale sounds
by vanesa.reyes ＠cethus.org 05 Aug '17

05 Aug '17

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