August 2025 - MARMAM - devlists.uvic.ca

New paper - Orcas harassing adult male sperm whales in northing latitudes.
by Emily T. Griffiths 05 Aug '25

05 Aug '25

Dear Marmam community, It is my and my co-author's pleasure to announce the open-access publication of our note, 'Skittish Males in High Latitudes: Complex Social and Acoustic Response of Adult Male Sperm Whales When Harassed by Orcas,' in Marine Mammal Science. This is an opportunistic report, and we hope this paper can lend itself to more in-depth research on orca/sperm whale interactions. Within, we detail four instances of orcas harassing sperm whales in northern Norway as documented from a whale watching vessel. In one instance we have recorded audio where, using a series of clangs and codas, one male sperm whale appears to call to other sperm whales nearby when approached by a group of orcas. This results in three sperm whales forming a defensive position against the harassing orcas. This audio, detailed in our paper, has also been made publicly available for potential use in other studies. Cheers, Emily Cosentino, M., E. T. Griffiths, J. A. van Dam, and C. H. van Dongen. 2025. “ Skittish Males in High Latitudes: Complex Social and Acoustic Response of Adult Male Sperm Whales When Harassed by Orcas.” Marine Mammal Science e70057. https://doi.org/10.1111/mms.70057. Whalesafari, Andenes (2025), “Audio of orcas harassing sperm whales in Bleik Canyon, northern Norway, on 23-07-2011”, Mendeley Data, V3, doi: 10.17632/98j23jpzfn.3 Emily T. Griffiths Special Consultant // Specialkonsulent +45 9352 2790 emilytgriffiths(a)ecos.au.dk<mailto:emilytgriffiths@ecos.au.dk> AU ECOSCIENCE – AARHUS UNIVERSITY Section for Marine Mammal Research<https://bios.au.dk/en/researchconsultancy/research-areas/marine-mammal-rese…> Building 1130 C.F. Møller’s Allé 3 DK-8000 Aarhus CVR/VAT: 31119103 EAN: 5798000419988

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FREE SHORT COURSE - Introduction to Generalised Linear Models for Ecologists (FGLM01)
by Oliver Hooker 05 Aug '25

05 Aug '25

FREE - Introduction to Generalised Linear Models for Ecologists (FGLM01) https://www.prstats.org/course/free-introduction-to-generalised-linear-mode… *Free, one-day live online course — 12 August 2025* Offered by PR Statistics, primarily for ecologists and related researchers Course Overview This 4-hour online workshop provides an accessible and practical introduction to Generalised Linear Models (GLMs) using R. It covers core statistical concepts and model fitting for binary and count data, including logistic regression, Poisson and negative binomial models, and link functions. Participants will gain hands-on experience fitting GLMs in R during the session. ------------------------------ Topics Covered - Key theoretical foundations of GLMs - Selecting suitable error distributions and link functions - Fitting and interpreting binary logistic regression and Poisson GLMs in R - Practical workflows for model selection, diagnostics, and interpretation - Application of GLMs to ecological research questions ------------------------------ Technical Requirements - Installation of R and RStudio prior to the session (free and compatible with Windows, macOS, and Linux) - Webcam recommended to support engagement during interactive components - Multi-monitor setup optional but helpful for simultaneous viewing of materials and R environment ------------------------------ Intended Audience This course is designed for ecologists, postgraduate researchers, early-career data analysts, and anyone familiar with basic R usage (e.g. importing data, simple statistics). No prior knowledge of GLMs required; the workshop serves as a foundational introduction to statistical modelling for non-normal datasets. Cost & Registration - *Free of charge* — secure your place via PR Statistics’ site. Spaces are limited and filled on a first-come-first-served basis Join us for this free introduction to GLMs and build the statistical foundations to model binary and count data confidently using R. Register early to reserve your place! -- Oliver Hooker PhD. PR stats

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Bayesian Multilevel Modelling using brms for Ecologists (BMME01)
by Oliver Hooker 05 Aug '25

05 Aug '25

Bayesian Multilevel Modelling using *brms* for Ecologists (BMME01)A Live Online Course for Ecologists & Marine Mammal Researchers *Delivered by PR Stats — October 20–31, 2025* ------------------------------ Understand complex ecological data — even without perfect replication Bayesian multilevel models allow you to robustly analyse data that are hierarchical, sparse, or structured across space and time — exactly the kind of data challenges often faced in *marine mammal science*. In this 10-session live online course, you’ll learn how to build and interpret *Bayesian GLMs and hierarchical models*using the brms package in R. While the course uses general ecological datasets, the concepts and tools are *directly transferable to marine mammal research*, including: - Photo-ID data - Population monitoring - Acoustic detections - Habitat models - Movement and telemetry datasets ------------------------------ Why it’s useful for Marine Mammal Researchers Marine mammal data often suffer from: - *Small sample sizes* or uneven survey effort - *Hierarchical structure* (e.g. sightings nested within individuals, seasons, sites) - *Spatial/temporal autocorrelation* - *Zero-inflation* (e.g. in acoustic or sightings data) Bayesian multilevel models offer an intuitive and principled way to handle these realities — providing *transparent uncertainty quantification* and *flexible model structures* tailored to your study design. ------------------------------ What You’ll Learn Through real-time coding and interactive sessions, you will: - Understand *Bayesian inference* concepts like priors, posteriors, and credible intervals - Fit *GLMs and multilevel/hierarchical models* using brms (Bayesian syntax with R and Stan backend) - Use *informative priors* in ecologically meaningful ways - Apply *model diagnostics and comparison* (WAIC, LOO-CV) - Model *non-Gaussian data* (counts, proportions, zero-inflation) - Handle *spatial and temporal structure* - Understand basics of *joint species distribution models* - Interpret results with uncertainty and communicate findings effectively *Note*: All examples use general ecological datasets — not marine mammal data — but skills are easily adapted. ------------------------------ Course Format & Details Feature Details *Dates* October 20–24 & 27–31, 2025 *Duration* 10 days × ~4 hours per day (total 40 hours) *Time zone* UK time (GMT+1); suitable for EU/UK, and recordings support flexibility *Format* Live, interactive sessions via online platform *Software* R, RStudio, brms (Stan-based Bayesian models) *Skill level* Comfortable with R, basic stats (GLMs, regression, data wrangling) All sessions are recorded, with materials (slides, code, data) provided after each class. ------------------------------ 💰 Course Fees - *Early-bird rate (first 10 places)*: £400 - *Standard rate*: £450 ------------------------------ Is This For You? If you’re a *marine mammal scientist*, *PhD student*, *postdoc*, or *government/NGO researcher* working with: - Sighting or survey data - Mark-recapture or occupancy models - Acoustic presence/absence - Habitat or distribution models - Individual- or group-level data …this course will provide the *Bayesian modelling foundation* you need, even if the example datasets aren’t marine-mammal-specific. ------------------------------ Learn to model your marine mammal data with more clarity, flexibility, and statistical confidence. *Register now to secure your early-bird place* and bring advanced Bayesian tools to your ecological research toolkit. Email oliver(a)prstats.org with any questions. -- Oliver Hooker PhD. PR stats

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New publication: "The Caprera Canyon (north–eastern Sardinia): A hotspot of cetacean diversity in the western Mediterranean Sea"
by SEAME Sardinia Onlus 05 Aug '25

05 Aug '25

*Dear colleagues,* On behalf of my co-authors, I am excited to share our recently published paper in *PLOS One.* *TITLE:* The Caprera Canyon (north–eastern Sardinia): A hotspot of cetacean diversity in the western Mediterranean Sea The article is openly accessible here: https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0326426 *ABSTRACT:* The Caprera Canyon, a submarine canyon system off Sardinia in the western Mediterranean, was thought to be an important cetacean habitat, though studies on the area remained limited. To address this knowledge gap, 216 boat–based surveys were conducted between 2011 and 2019, covering 8443 km, using both research and whale–watching vessels. The distribution, diversity, relative abundance (Encounter Rate – ER), and habitat use of cetaceans were described, along with relevant behavioural and ecological observations. A total of 8 species were reported across 810 sightings, encompassing 7 out of the 8 cetaceans regularly found in the western Mediterranean Sea. These species, in order of relative abundance, include the striped dolphin (Stenella coeruleoalba), fin whale (Balaenoptera physalus), Cuvier’s beaked whale (Ziphius cavirostris), sperm whale (Physeter macrocephalus), Risso’s dolphin (Grampus griseus), common dolphin (Delphinus delphis), bottlenose dolphin (Tursiops truncatus), and a single observation of Sowerby’s beaked whale Mesoplodon bidens. This results in an overall ER of 10.6 sightings/100 km. ERs indicate that some species are particularly abundant in the study area, with Cuvier’s beaked whale registering one of the highest ER values ever documented in the Mediterranean Sea. Calves and behavioural observations suggest that the study area serves as both a breeding and feeding ground for most species. The high cetacean diversity and relative abundance, along with the regular occurrence of endangered and vulnerable species, identify the Caprera Canyon as an important hotspot for cetacean diversity. Habitat suitability models using the maximum entropy (MaxEnt) approach highlight that other smaller canyons surrounding the Caprera Canyon could provide suitable habitats for deep diving species. The results presented here serve as reference data for future studies on the ecology and long–term dynamics of cetaceans in the central–western Tyrrhenian Sea. We highlight that the Caprera Canyon and surrounding areas could benefit from being designated as an Important Marine Mammal Area (IMMA), potentially supporting conservation efforts, guiding marine spatial planning, and informing policy development to mitigate threats in the region. If you have any questions or would like to discuss the work, feel free to contact me at: lucabittau(a)seame.it Warm regards, Luca Bittau Ph.D. President SEA ME Sardinia *Scientific Education and Activities in the Marine Environment* Mobile: +39 349 4712348 E-mail: info(a)seame.it Web: www.seame.it

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Job opportunity with Sea Watch Foundation
by jenny.bond＠seawatchfoundation.org.uk 05 Aug '25

05 Aug '25

Dear MARMAM Community, We are currently recruiting a Volunteer Coordinator for our Seawatchers Mon Project: Job Title: Seawatchers Môn Volunteer Coordinator Job Location: Sea Watch Foundation Office at Bodorgan Estate, Ynys Môn, Wales Hours: 21 hrs per week Amount paid: FTE £22,500 Closing date: Midday Friday 15th August Start Date: As soon as possible. Contract: To 31st March 2027 The Sea Watch Foundation is a long-established national UK marine environmental research charity concerned with monitoring the numbers and distribution of whales, dolphins and porpoises in the seas around the British Isles, as well as investigating the conservation threats that they face. In the 1970s, its Director developed cetacean Citizen Science in the UK, with a special partnership between scientists and trained volunteer observers drawn from all walks of life, which has led to one of the largest and longest-running cetacean sightings databases in Europe. The Sea Watch Foundation has recently received funding through the Volunteering Wales Main Grants Scheme administered by the WCVA to fund the Sea Watchers Môn project. The project aims to strengthen and support the network of volunteer marine mammal observers on Ynys Môn. The Volunteer Coordinator will recruit and support the volunteers through a structured programme in marine mammal survey methods and ID skills. Volunteers will be supported through this programme to become confident independent observers and will explore how this contributes to their wellbeing. The project also encourages residents to take care of and learn more about their local coastal areas through events such as beach cleans and rock pooling sessions. The Volunteer Coordinator will work with other local organisations to plan and deliver a range of volunteer workdays to share information and enthuse participants about their local coastal areas. Minimum Requirement: Experience in marine mammal surveys and knowledge of UK cetacean species. Own vehicle for project activities, all mileage on outreach activities will be reimbursed. Preferred Knowledge, Skills and Abilities: * Confident Welsh speaker * Event organisation * Community outreach and networking * Highly organised and conscientious * Strong interpersonal skills Desirable Knowledge, Skills and Abilities: * Ability to write and express oneself to enthuse others through the written word and face to face * Public speaking experience * Experience of posting on social media platforms and reporting metrics * Knowledge and passion for UK marine mammals JOB DESCRIPTION Duties include: Training sessions Organise, prepare, and run training sessions both in person and online going through marine mammal identification and survey protocols. Oversee budgets and costs, manage marketing around the events and oversee general logistics such as basic catering and venue booking etc. Supervised surveys Arrange surveys with volunteers at various sites across Anglesey, supporting them during surveys until they are confident to conduct independent surveys. Keeping track of volunteers monthly hours, targets, progress and wellbeing goals. Reporting Deliver regular updates to the Project Manager and contribute towards reporting to funders and Sea Watch Foundation Trustees. Maintain comprehensive records of all expenses, mileage, purchases, event attendance and metrics. Outreach Represent Sea Watch Foundation at events across Anglesey, delivering talks to community groups. Creation of promotional materials such as leaflets, posters etc. Run all Sea Watch Anglesey social media pages (Instagram, Facebook, X, TikTok), posting regularly about project activities and updates. Keep track of Sea Watchers Môn Forum group (on Facebook), where volunteers share updates and communicate. To apply, send a cover letter as Expression of Interest, and a CV to Jenny Bond at: <mailto:jenny.bond@seawatchfoundation.org.uk> jenny.bond(a)seawatchfoundation.org.uk. Please outline in the cover letter how you meet the role requirements.

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New publication on dive behavior of northern bottlenose whales
by Barbara Karolina Neubarth - HI 04 Aug '25

04 Aug '25

Dear MARMAM community, On behalf of all co-authors, I am pleased to share our recent publication titled "Long‐Term Depth Records of Satellite‐Tagged Northern Bottlenose Whales Reveal Extraordinary Dive Capabilities" in Ecology and Evolution. Authors: Barbara K. Neubarth, Patrick J. O. Miller, Rune Roland, Lars Kleivane, Paul J. Wensveen Abstract: Studying the baseline behavior of deep-diving mammals can substantially improve our understanding of these species' ecology and provide important benchmarks to evaluate effects of changes in climate and anthropogenic activities. Despite being the most abundant beaked whale in the Arctic and subarctic, information on the behavior of northern bottlenose whales (Hyperoodon ampullatus) is limited. This study used records from 13 satellite tags deployed off Jan Mayen in June–July 2014–2016 to provide an extensive description of the dive behavior of Hyperoodon for the Nordic Seas. A total of 8372 dives, collected over 224 days (or 5376 h), were analyzed. The whales performed extreme dives of up to 2288 m deep and 98 min long—deeper and longer than previously reported for behavior in presumed undisturbed contexts. Individuals spent on average 18% of the time at depths shallower than 40 m, and 22%, 47%, and 12% in epi-, meso-, and bathypelagic dives, respectively. Epipelagic dives averaged 123 m (s.d.: 46 m) in depth and 11 min (5 min) in duration. Mesopelagic dives averaged 441 m (217 m) and 24 min (11 min) and were performed at a mean rate of 1.46 h−1. Bathypelagic dives averaged 1487 m (366 m) and 55 min (13 min) and were performed at a mean rate of 0.23 h−1. The distribution of dive depths was less bimodal than typically reported for other beaked whales, and all dive profiles contained periods of continuous, consecutive deep dives. Benthic diving occurred at meso- and especially bathypelagic depths and was individual specific, varying from 8% to 51% of the animal's bathypelagic dives. Overall, our findings demonstrate that northern bottlenose whales have extraordinary capabilities to dive, and presumably feed, throughout the water column including at the sea floor. High rates of deep dives highlight the importance of the Iceland and Norwegian Seas to this population of deep-sea predators. Please find the full publication (open access) here: Long‐Term Depth Records of Satellite‐Tagged Northern Bottlenose Whales Reveal Extraordinary Dive Capabilities - Neubarth - 2025 - Ecology and Evolution - Wiley Online Library<https://onlinelibrary.wiley.com/doi/10.1002/ece3.71862> Don't hesitate to reach out if you have any questions. Best regards, Barbara Neubarth (Babsi)

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Master on Large Marine Vertebrates Sciences open call
by Annalisa Zaccaroni 03 Aug '25

03 Aug '25

International Master’s Programme in the Conservation Biology and Management of Large Marine Vertebrates – University of Bologna (Italy) Call for Applications for the Academic Year 2025/2026 The University of Bologna, in strategic partnership with the Department of Biology, Ecology and Earth Sciences (DiBEST), at the University of Calabria (Italy) and the Egas Moniz University School of Health and Science (Lisbon, Portugal), announces the new edition of its internationally oriented Master’s Programme in Large Marine Vertebrates Sciences. This advanced academic programme is designed to provide rigorous interdisciplinary training in the conservation biology, management, and health sciences of marine mammals (cetaceans, pinnipeds, sirenians), elasmobranchs (selaceans), and marine turtles (testudines). It aims to bridging fundamental scientific knowledge with applied conservation practice in both in situ and ex situ contexts. The curriculum covers a comprehensive spectrum of disciplines critical to the conservation and sustainable management of large marine vertebrates, including: - Comparative anatomy and physiology - Behavioral ecology and ethology - Pathology, emerging diseases, and veterinary considerations - Marine biodiversity policy and legislative frameworks - Conservation medicine and animal welfare under human care - Population monitoring and spatial ecology - Environmental impact assessment and human-marine vertebrate interactions - Scientific communication and conservation outreach The programme draws on the expertise of a distinguished faculty composed of academics from the coordinating institutions, guest lecturers from prominent international universities, and seasoned professionals actively engaged in conservation practice. Conservation Emphasis and Experiential Learning A core strength of the programme lies in its applied, field-oriented approach, ensuring that participants gain direct experience with methodologies and tools critical to modern marine conservation science. This includes a mandatory international field expedition to the Roatán Institute for Marine Sciences (RIMS), in Honduras, hosted in collaboration with the Dolphin Communication Project (DCP), Dr. Kathleen Dudzinski. This intensive fieldwork, embedded within the programme’s pedagogical structure, facilitates hands-on training in the behavioral monitoring, acoustic ecology, and habitat assessment of bottlenose dolphins (Tursiops truncatus) in semi-natural settings. Additionally, the course includes a 500 hour internship (20 CFU) with approved scientific or conservation institutions, enabling students to integrate theoretical learning with professional field application. Programme Structure and Admission Criteria - Duration: 18 months (January 2025 – June 2026) - Language: English - Structure: Modular coursework (January–September 2026), followed by internship and final dissertation - Location: University of Bologna and University of Calabria, with international mobility for fieldwork Eligibility Requirements: Applicants must hold a first or second cycle degree in one of the following or related fields: Biology, Environmental Sciences, Biotechnology, Animal Sciences, or Veterinary Medicine (Italian classifications: L-13, L-32, L-38, L-2, LM-6, LM-9, LM-42), or an equivalent degree obtained abroad. Candidates with alternative qualifications demonstrating relevant scientific background may also be considered upon review by the Admissions Board. Enrollment Cap: A minimum of 10 and a maximum of 15 candidates will be admitted. Tuition Fee: €7,500 – includes all costs associated with the Roatán field trip. Application Information: You can check all information at these websites: Large Marine Vertebrates Sciences — Professional Master's Programme 1st Level<https://master.unibo.it/large-marine-vertebrates-sciences/en> and https://www.unibo.it/en/study/phd-professional-masters-specialisation-schoo…. All instruction for enrolment to the selection can be found at the following link https://www.unibo.it/en/study/phd-professional-masters-specialisation-schoo… Non-Italian students can find information on titles at the following page https://www.unibo.it/en/teaching/enrolment-transfer-and-final-examination/d…. This Master’s programme represents a unique opportunity for emerging conservation professionals, marine biologists, and wildlife veterinarians to acquire the theoretical foundation and applied competencies necessary to address the growing conservation challenges faced by marine megafauna in an era of rapid environmental change. For additional information or clarifications, please feel free to contact the programme coordination team: annalisa.zaccaroni(a)unibo.it or master.lmvs(a)unibo.it. Looking forward Prof. Annalisa Zaccaroni Director of Master in Large Marine Vertebrates Sciences Dep.ment Veterinary Medical Sciences University of Bologna Alma Mater Studiorum [cid:b7763432-5370-42bc-b65b-930a204b60c7] Viale Vespucci 2 47042 Cesenatico (FC), Italy [Titolo: Cellulare - Descrizione: icona-cellulare] +393475951709 [Titolo: Telefono - Descrizione: icona-telefono] +390547338944 [Titolo: Email - Descrizione: icona-email] annalisa.zaccaroni(a)unibo.it<mailto:annalisa.zaccaroni@unibo.it> [Titolo: sito Web - Descrizione: icona-sitoweb] https://master.unibo.it/large-marine-vertebrates-sciences/en [Titolo: Facebook - Descrizione: Icona di Facebook]<https://www.facebook.com/lisa.zaccaroni> [Titolo: LinkedIn - Descrizione: Icona di LinkedIn] <https://www.linkedin.com/in/annalisa-zaccaroni-57616119/> [Titolo: Twitter - Descrizione: Icona di Twitter] <https://twitter.com/zaccaroni68> https://profiles.impactstory.org/u/0000-0002-7985-2972

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New Publication: Using CT to identify ballistics euthanasia related lesions in stranded cetaceans
by Rebecca Boys 02 Aug '25

02 Aug '25

Dear MARMAMers, My co-authors and I are pleased to announce our recent publication ''Using post-mortem computed tomography to identify traumatic cranial lesions in small stranded odontocetes euthanised via ballistics" in New Zealand Veterinary Journal Te Hautaka Tākuta Kararehe o Aotearoa. The paper is fully open access and can be downloaded here: https://www.tandfonline.com/doi/full/10.1080/00480169.2025.2536859 Abstract Aims To describe the pathophysiology caused by ballistics applied to the head of stranded cetaceans that required euthanasia and use this information to infer the likely welfare implications of these real-life euthanasia events. Methods Post-mortem computed tomography (PMCT) imaging was conducted on six cetacean carcasses of five different species that were submitted for dissection following ballistics euthanasia. No animals were euthanised for the purpose of this study. All data were collected opportunistically at stranding events where euthanasia was a priori deemed necessary by the Department of Conservation (DOC) in partnership with indigenous Māori (iwi). The cranial damage assessed included osseous lesions at entry and exit wounds, intracranial bone fractures and intracranial projectile fragments. Potential welfare implications were inferred based on the likelihood of instantaneous insensibility occurring due to direct physical disruption to the brainstem. Additionally, basic stranding data were collected from DOC incident reports including whether animals were refloated prior to the decision for euthanasia. We also gathered information from the marksperson involved on how the ballistics method was employed, equipment used, and animal insensibility assessed at each stranding event. Results PMCT results suggest that two animals were likely instantaneously insensible, three had a moderate chance of being instantly insensible and one had a low chance of instantaneous insensibility. In one case, the marksperson reported a faster time to insensibility/death than was judged likely to have occurred from PMCT. In only two cases were the criteria for verifying insensibility reported as being checked. The likelihood of instantaneous insensibility occurring was affected by shot placement/aim and characteristics of the projectile used. Conclusions Euthanasia is a critical option for severely compromised cetaceans. While most animals examined were probably rapidly insensible following shooting, cranial trauma and thus confidence in the efficacy of ballistics seemed to vary with shot placement, aim, equipment and cranial anatomy. Clinical relevance Verification of insensibility immediately following shooting, by assessing reflex responses as recommended, is crucial to ensure humane emergency management. PMCT provides an effective non-destructive tool to validate field methods for assessing the efficacy of euthanasia. Please feel free to contact me if you have any questions or difficulties accessing the paper. Thank you, Rebecca ------------------------------------------------------------- Rebecca M Boys, Ph.D. Marine Biologist Research Affiliate Cetacean Ecology Research Group, School of Natural Sciences, Massey University, Auckland, New Zealand [cid:66f97046-1d70-4cc8-a57c-f2a1d0927537]<https://www.researchgate.net/profile/Rebecca_Boys> [cid:9e3d387d-f10e-48cb-9b84-a0f487c98afc] <https://scholar.google.co.nz/citations?hl=en&user=7rHpOpMAAAAJ> [cid:d29d6855-6aaa-4fd7-aadc-d964a9df9105] <https://twitter.com/RebeccaMBoys> [cid:9e218e69-da80-4f61-aec6-929f8ded75e8] <https://www.facebook.com/CetaceanEcologyOrg/?__xts__[0]=68.ARBKlWSLR-YC7KHN…> [cid:24dd7286-a3d1-4b3c-8857-449997e24a06] <https://www.massey.ac.nz/massey/explore/research/animal-veterinary/animal/m…> [cid:6b989af3-c835-4b13-ad92-0647722dee97] www.cetaceanecology.org/<https://www.cetaceanecology.org/> European Cetacean Society National Contact Person for New Zealand [cid:bd82127a-8cda-498b-b626-ac01f1a9f25e] [https://attachment.outlook.live.net/owa/rebeccaboys@hotmail.com/service.svc/s/GetAttachmentThumbnail?id=AQMkADAwATYwMAItODc0NS1kZTg3LTAwAi0wMAoARgAAAwxTEtwuaBlNvx4eALoAwV%2FxBwDv%2BRKZ3mtbRadcA626daXfAAACAQwAAADv%2BRKZ3mtbRadcA626daXfAAeot5bAAAAAARIAEABlcEUqxwLfQJn%2B%2Bc3bQS01&thumbnailType=2&owa=outlook.live.com&isc=1&X-OWA-CANARY=X-OWA-CANARY_cookie_is_null_or_empty&token=eyJhbGciOiJSUzI1NiIsInR5cCI6IkpXVCIsImtpZCI6IkhvZWhwWEF3QzA5WUFUeUljL25jcXFiaHFLVT0iLCJ4NXQiOiJIb2VocFhBd0MwOVlBVHlJYy9uY3FxYmhxS1U9Iiwibm9uY2UiOiIwSEpBMi1XUzk1UERvQ0dvS2haU3RuM19sNlRIcVlHWFVhczkwc0lZMmFfMVRJMlZMcUd0a1l0b0RRNTk5V0xJNl8wcTJZcTlFZnF6eENYanRieS16Rm9mVG5MMDNfLVl1WjV4dDhfZ1FEUXVIbk9WaFhHSGpVQ0Izd2ZhOWlDbXBkSTVSS01IU2dHeTJKZzJSOUFQTWtPZGlPaG1mVFBKT1VKWEJmVHQyWXciLCJpc3Nsb2MiOiJEVTBQMTkyTUIzMDEwIiwic3JzbiI6NjM4ODk3NjQzNjM5MjE4MDkwfQ.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.agOUfoT4WMUlaEyVTq8XeMvURKt0aVf8XZv4pKeQHJU9Iufj0tYDtJjijcD63I7jD3_jqGKcqt5K8t3pgMH3qouNNl7M_xT6C0LzPWg7qASNHzJc9fzPeXsGrDdOBmruBhDUznwMav3V3LkxJaEe2XZ0Jp20lFfOOuGLCZKljCPetKtdd7nRkzlTF4y6q1sYMa4bd83EAURHqI803b2qMkOrxy8IiwpM6vmI7aHhpAmW0GgTZOY98uLgkDUfxqYIlptCG3olqV-4Jht648azcAEF_MgKenrWP1pryZ9S4ZhNVDMrMr-zL-EekwXnnvTsXPRiDSLor76aqRkB7mXTcQ&animation=true] Rebecca Boys (she/her) Senior Scientific Officer | Marine NCEA Marine & Fisheries: Our vision - clean, healthy, safe, productive and biologically diverse ocean and seas Department for Environment, Food and Rural Affairs E: rebecca.boys(a)defra.gov.uk Office location: Horizon House, Bristol Learn more about the Natural Capital and Ecosystem Assessment (NCEA)<https://www.gov.uk/government/publications/natural-capital-and-ecosystem-as…> programme. If I am sending this email outside of regular working hours, it may be because I’m working flexibly. There is no expectation for you to respond outside of your usual working hours.

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MARMAM - Applied Marine Acoustic & Signal Processing Training Course
by Zoe Wright 01 Aug '25

01 Aug '25

Applied Marine Acoustic & Signal Processing Training Course- STRONG FOCUS ON NOISE-BASED EIA. 2025 Course dates 19 & 26th September (2 days) Delivered remotely via Microsoft Teams. Acoustics in the marine domain encompasses physics, biology, chemistry, and geology. Understanding and processing relevant data from a variety of sensors helps in making regulatory and financial decisions. There is a strong need to employ an interdisciplinary and hands-on approach when working with acoustic datasets. A unique opportunity to understand the marine acoustic environment to enhance knowledge and opportunity relating to further understanding for future marine mammal research and conservation. Developed with a strong focus on the physical principles, coupled with practical signal processing techniques, this training aims to equip delegates with the real skills and tools they can use immediately. The transferable skills are proven in both commercial and research fields. Cost £1540 exclusive VAT To book this training course or to find out more, please email training(a)seiche.com<mailto:training@seiche.com> Who should attend Biologists - Environmental Consultants - Contractors - Engineers - Enthusiasts - Managers - Regulators also Students and young Scientists. Certification A Seiche Training Certificate will be issued on completion of the training. Zoe Wright Marketing & Training Communications Officer Seiche Ltd E: z.wright(a)seiche.com W: https://www.seiche.com Bradworthy Industrial Estate, Langdon Road, Bradworthy, Holsworthy, Devon, EX22 7SF, United Kingdom Seiche Ltd is registered in England & Wales. Registered number: 03475558. Registered Office: Bradworthy Industrial Estate, Langdon Road, Bradworthy, Holsworthy, Devon, EX22 7SF, United Kingdom The information contained in this e-mail transmission, and any documents, files or previous e-mail messages attached to it, is privileged and confidential, and solely intended for the use of the individual(s) to whom it is addressed. If you are not the intended recipient or a person responsible for delivering it to the intended recipient you should not read, copy, distribute or otherwise use the information, and you are hereby notified that any disclosure, copying, distribution or use of any of the information contained in or attached to this message is strictly prohibited. If you have received this message in error, please notify sender immediately and delete this e-mail and attached documents.

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Job opening: Assistant Research Scientist, North Atlantic right whale catalog, New England Aquarium
by Lindsey Jones 01 Aug '25

01 Aug '25

Dear MarMam community, We seek an Assistant Research Scientist to join the long-standing right whale research team as part of the Kraus Marine Mammal Conservation Program (KMMCP) at the Anderson Cabot Center for Ocean Life at the New England Aquarium in Boston, MA. The position is split between North Atlantic right whale photo-identification catalog research and coordination between the KMMCP and other departments within the New England Aquarium, as well as external groups. The catalog research role will involve right whale photo-identification processing, including image management, data entry and coding, matching to the catalog and data quality control. The role will also involve operations support for the program, including budgeting, grants tracking, organizing and tracking deliverables, and internal and external collaboration. This is a full-time, 1-year, grant-funded position with the possibility for extension. This is a remote work position; a computer will be provided, but the employee will need an adequate workspace and high-speed internet connection. The researcher must live in MA, NY, RI, VT, NH, or ME. For more information and to apply, please use the following link: https://neaq.applicantpro.com/internaljobs/3817638 Cheers, Lindsey ___________________________________________________ Lindsey S. Jones (she/her) Research Associate, Allied Whale; College of the Atlantic Program Manager, North Atlantic Right Whale Catalog; Anderson Cabot Center for Ocean Life, New England Aquarium ljones(a)neaq.org

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