July 2013 - MARMAM - devlists.uvic.ca

Recent paper on immune activity in the Galapagos sea lion
by Brock, Paddy M 15 Jul '13

15 Jul '13

Dear Colleagues, We'd like to draw your attention to our paper on immune activity in the Galapagos sea lion, which was recently published in PLOS ONE. The abstract is below and the article can be found at: http://www.plosone.org/article/info%3Adoi%2F10.1371%2Fjournal.pone.0067132. All the best, Paddy Paddy Brock, Research Associate, Department of Infectious Disease Epidemiology, Imperial College, St. May's Campus, Norfolk Place, London, W2 1PG p.brock(a)imperial.ac.uk Within individuals, immunity may compete with other life history traits for resources, such as energy and protein, and the damage caused by immunopathology can sometimes outweigh the protective benefits that immune responses confer. However, our understanding of the costs of immunity in the wild and how they relate to the myriad energetic demands on free-ranging organisms is limited. The endangered Galapagos sea lion (Zalophus wollebaeki) is threatened simultaneously by disease from domestic animals and rapid changes in food availability driven by unpredictable environmental variation. We made use of this unique ecology to investigate the relationship between changes in immune activity and changes in body condition. We found that during the first three months of life, changes in antibody concentration were negatively correlated with changes in mass per unit length, skinfold thickness and serum albumin concentration, but only in a sea lion colony exposed to anthropogenic environmental impacts. It has previously been shown that changes in antibody concentration during early Galapagos sea lion development were higher in a colony exposed to anthropogenic environmental impacts than in a control colony. This study allows for the possibility that these relatively large changes in antibody concentration are associated with negative impacts on fitness through an effect on body condition. Our findings suggest that energy availability and the degree of plasticity in immune investment may influence disease risk in natural populations synergistically, through a trade-off between investment in immunity and resistance to starvation. The relative benefits of such investments may change quickly and unpredictably, which allows for the possibility that individuals fine-tune their investment strategies in response to changes in environmental conditions. In addition, our results suggest that anthropogenic environmental impacts may impose subtle energetic costs on individuals, which could contribute to population declines, especially in times of energy shortage. Citation: Brock PM, Hall AJ, Goodman SJ, Cruz M, Acevedo-Whitehouse K (2013) Immune Activity, Body Condition and Human-Associated Environmental Impacts in a Wild Marine Mammal. PLoS ONE 8(6): e67132. doi:10.1371/journal.pone.006713

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Job announcement : Sea Mammal Research Unit
by Ailsa Hall 15 Jul '13

15 Jul '13

Job Announcement Professor in Marine Biology and Director, Sea Mammal Research Unit (SMRU) - ME3988R Description School of Biology, Scottish Oceans Institute (SOI), Sea Mammal Research Unit, Salary: Negotiable, Start: As soon as possible Details The School of Biology is seeking a new academic leader for a Chair in Marine Biology whose responsibilities include Director of the Sea Mammal Research Unit (SMRU: http://www.smru.st-and.ac.uk/) SMRU is a world leading research group investigating all aspects of marine mammal biology within the Scottish Oceans Institute (SOI) (http://soi.st-andrews.ac.uk/) at the University of St Andrews. Whilst the Directorship of SMRU will comprise a substantial proportion of the post, time and support will be available for academic research and teaching. Applicants for the post should have a strong track record of publication in marine mammal biology or a closely related field, proven qualities of academic leadership and extensive experience of interacting with diverse stakeholders and funders. The Director of SMRU is expected to inspire and nurture interaction within the Unit that will contribute to the academic goals of the SOI and the School of Biology. The SMRU currently comprises 10 academics, 6 additional principal investigators, 16 research fellows and assistants, 30 PhD students, 6 engineers and 6 support staff. It delivers world-class research in the field of marine mammalogy and provides independent advice and expertise relating to marine mammals internationally. In the UK, SMRU's advice to government underpins responsibilities discharged by the Natural Environment Research Council (NERC), the underlying research for which is supported by long-term funding (currently until 2022). The Unit is a Delivery Partner within the UK's National Oceanography Centre (http://www.noc.soton.ac.uk/) Informal enquires may be made to Professor Ian A. Johnston (iaj(a)st-andrews.ac.uk<mailto:iaj@st-andrews.ac.uk>; Tel +441334463440) or Dr Ailsa Hall (ajh7(a)st-andrews.ac.uk<mailto:ajh7@st-andrews.ac.uk>); Tel +441334462634). Applications can be made through the University of St Andrews website https://www.vacancies.st-andrews.ac.uk/login.aspx Ref No: ME3988R Closing Date: 14 August 2013 School of Biology, Scottish Oceans Institute (SOI), Sea Mammal Research Unit Salary: Negotiable Start: As soon as possible Ailsa Hall Acting Director Sea Mammal Research Unit Scottish Oceans Institute University of St Andrews KY16 8LB Tel: 01334 462634

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position announcement: Director of Conservation Research at the Monterey Bay Aquarium
by Andrew Johnson 10 Jul '13

10 Jul '13

Monterey Bay Aquarium Position Announcement Director of Conservation Research and Chief Scientist The Monterey Bay Aquarium seeks to recruit a Director of Conservation Research and Chief Scientist. About Monterey Bay Aquarium Since its opening in 1984 on Monterey's historic Cannery Row, the Monterey Bay Aquarium's mission has been to inspire conservation of the oceans. It is consistently ranked as the best aquarium in the United States for its innovative exhibits and unsurpassed visitor experience, and is home to more than 35,000 animals and plants in nearly 200 galleries and exhibits. The aquarium is a showcase for the habitats and sea life of Monterey Bay and California's Central Coast - one of the world's richest marine regions. The aquarium has since its founding been committed to a rigorous program of scientific research involving key habitats and marine species, notably California sea otters, Pacific bluefin tuna and great white sharks. It has grown to become one of the leading ocean conservation organizations in the world, largely on the strength of research, policy and advocacy programs that are grounded firmly in science. In addition to its research programs, the aquarium's main conservation initiatives include the widely recognized and influential Seafood Watch sustainable seafood program; collaborations with science and policy leaders at Stanford University, the Monterey Bay Aquarium Research Institute and other institutions; and advocacy on behalf of ocean policy issues at the state, regional and national level. The aquarium has become a trusted voice on ocean issues because of the rigor and integrity of its own research programs, and its integration of science to expand the aquarium's visibility and policy influence to support its conservation priorities. The Director of Conservation Research will join the newly formed Conservation and Science Division to lead our conservation research program, working closely with the other key departments within the division (Seafood Watch and Policy). The Conservation Research group works to synthesize and communicate the scientific results of its work and to deepen the strategic partnerships that help advance the aquarium's conservation mission. Position Summary The Director of Conservation Research and Chief Scientist reports to the Vice President of Conservation & Science and is responsible for managing and providing oversight and strategic direction to the Aquarium's Conservation Research Program and partnerships (currently focusing on sea otters, Pacific bluefin tuna, and white sharks). This position also serves as the Aquarium's chief science advisor and principal point of contact for issues related to marine and conservation science and research. In this capacity, the position facilitates, develops and supports multi-institutional collaborations that conduct and/or promote marine conservation research. The Director develops and implements mechanisms to assure rigor of scientific research initiatives and programs that support the Aquarium's programmatic and conservation imperatives, provides scientific advice on major conservation and policy initiatives, generates funding to help support research, and assists with institutional short and long-range planning. The broad objectives for the Director of Conservation Research and Chief Scientist are as follows: * Direct, promote, evaluate and create marine research opportunities that advance the conservation of identified regional populations, species, communities or systems. Oversee administration of the Conservation Research Program, including setting goals, preparing annual budgets and supervising managers and support staff. Serve as the Aquarium's principal point of contact for issues related to marine conservation science and research, and be responsible for ensuring scientific accuracy of Aquarium products and messages. * Oversee and design mechanisms to ensure scientific rigor of Aquarium supported science, acting in a chief scientist capacity, including but not limited to arranging for external science advice or review and serving as chair of the Aquarium's Research Oversight Committee. * Successfully create and maintain formal and informal collaborations with other research groups and institutions to advance mutual conservation research goals, including multi-institutional relationships/partnerships with MBARI, Sea Otter Research and Conservation (SORAC) collaborators, Tuna Research and Conservation Center (TRCC) and pelagic research groups. * Provide scientific research support to all Aquarium work groups requiring such support; promote and facilitate on-site research opportunities for outside investigators. * Provide scientific advice to Aquarium leadership and programs on major Conservation and Science Division and Aquarium-wide initiatives, particularly the Policy and Seafood Watch programs. * Remain actively informed about important and emerging science relevant to the Aquarium's policy, conservation and research initiatives and efforts, including fishery and ecosystem science, ocean pollution and health, climate change/ocean acidification, wildlife rehabilitation and population studies, and nearshore ecology. * Work with Husbandry Division to identify priorities and support meaningful husbandry research and publication. Qualifications Ph.D. in marine science or conservation. Demonstrated record of accomplishment in marine ecological research or conservation research. Experience working with policy and advocacy players to apply science to conservation policy solutions. At least 5 years' experience in program administration, including personnel and budget management, short and long-term goal setting, program development and evaluation. Experience/Competencies Demonstrated capacity to enthusiastically communicate and execute a progressive science vision that advances the Aquarium's long term goal of ocean ecosystem health. Outstanding oral and written communication skills with ability to convey science to the public in a compelling fashion. Excellent leadership skills, with demonstrated ability to create and lead motivated and effective teams as well as work with colleagues in a team-oriented environment. Excellent interpersonal skills with demonstrated ability to work effectively with a very diverse audience, including but not limited to Aquarium staff and volunteers, visitors, members of the public at large, Aquarium and academic colleagues, donors and board members. Experience and comfort speaking to the news media. Experience writing grant proposals and successfully competing for public and/or private research funding. Cheers! Andy Andrew Johnson Sea Otter Research and Conservation Manager P 831-648-7934 M 831-402-1851 [cid:image001.gif@01CE7D54.3DBAF2F0] Monterey Bay Aquarium 886 Cannery Row, Monterey, CA 93940 www.montereybayaquarium.org<http://www.montereybayaquarium.org> Our mission is to inspire conservation of the oceans.

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Aquarium of the Pacific Fall Photo ID internship
by Kera Mathes 09 Jul '13

09 Jul '13

The Aquarium of the Pacific seeks interns to assist the Boats Coordinator on collecting data and photos of cetaceans during our daily whale watching cruises, as well as interpreting data to guests at the Aquarium. Blue whales will be photo IDed to our partner's catalog. Typical sightings during this period include blue whales, fin whales, gray whales, and many different dolphin species. Other projects include assisting with data and photo processing for our new whale app. Commitment: 15-20 hours/week for 16 weeks Responsibilities include, but are not limited to * Taking dorsal fin photos of animals encountered during daily cruises * Maintain detailed data logs of sightings and enter them into ACCESS databases * Answer questions and interpret for guests on board. * Photo processing and IDing individual whales seen during daily trips * Create a project to display to Aquarium guests using whale data QUALIFICATIONS * Must be 18 or over * Major/ed in biology, marine biology, or conservation a plus * Lift a maximum of 50 lbs KNOWLEDGE AND SKILLS * Each applicant must have a broad knowledge of ecological and biological principles, especially those relating to marine habitats, * Ability to spend many hours standing especially on a boat * Experience working with digital SLR camera's a plus but not required * Experience in data entry, preferably with Microsoft Access * Comfortable speaking in front of large groups * Have excellent oral and written communication skills * Be able to demonstrate exceptional leadership qualities and work with a diverse group of people. Please apply at http://www.aquariumofpacific.org/volunteer/college_internships/ by July 31, 2013 Kera Mathes Education Specialist Aquarium of the Pacific (562) 951-1651 KMathes(a)lbaop.org<mailto:KMathes@lbaop.org> "Never doubt that a small group of thoughtful, committed citizens can change the world. Indeed, it's the only thing that ever has." -Margaret Mead

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Breaching minke whale with bloody ventral surface
by Danielle Dion 08 Jul '13

08 Jul '13

Hello everyone, just looking for some help please. I am a naturalist aboard a whale watching boat out of St. Andrews, NB on the Bay of Fundy. We spent time with a breaching minke whale on July 3/13 off the Northern end of Campobello Island, NB in the Bay of Fundy and after the second breach (I missed the first) you can see blood on the ventral side and I was wondering of anyone has any ideas (Photos can be viewed on our blog here http://quoddylinkmarine.blogspot.ca/2013/07/what-great-day.html)? I know humpbacks can get bloody pecs from flippering and I know whales can bleed easily and profusely but it will stop quickly with vasoconstriction but I was just wondering if anyone had any ideas as to what may have caused it? Also, if anyone could help me with sexing this minke whale I would be ever grateful. Please respond directly to me, Danielle, at danielle.m.dion(a)hotmail.com Thank you so much, Cheers, Danielle Danielle Dion Naturalist/Photographer/Volunteer Research Quoddy Link Marine St. Andrews, NB danielle.m.dion(a)hotmail.com http://quoddylinkmarine.blogspot.com/ http://www.quoddylinkmarine.com/ https://www.facebook.com/quoddylinkmarine?ref=ts

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Two new papers on marine mammal behavioral responses
by Brandon Southall 07 Jul '13

07 Jul '13

MARMAM subscribers, On behalf of my colleagues in the Southern California Behavioral Response Study (SOCAL-BRS), I am pleased to let you know that we had two papers published recently on beaked and blue whale responses to simulated and actual mid-frequency sonar and other sounds. The references and abstracts are given below for each paper as well as the link to get the actual papers (available through Open Access). Thank you, Brandon Southall DeRuiter SL, Southall BL, Calambokidis J, Zimmer WMX, Sadykova D, Falcone EA, Friedlaender AS, Joseph JE, Moretti D, Schorr GS, Thomas L, Tyack PL. 2013 First direct measurements of behavioural responses by Cuvier’s beaked whales to mid-frequency active sonar. Biol Lett 9: 20130223. http://dx.doi.org/10.1098/rsbl.2013.0223 Available via Open Access at: http://rsbl.royalsocietypublishing.org/content/9/4/20130223.full Abstract: Most marine mammal strandings coincident with naval sonar exercises have involved Cuvier’s beaked whales (Ziphius cavirostris). We recorded animal movement and acoustic data on two tagged Ziphius and obtained the first direct measurements of behavioural responses of this species to mid-frequency active (MFA) sonar signals. Each recording included a 30-min playback (one 1.6-s simulated MFA sonar signal repeated every 25 s); one whale was also incidentally exposed to MFA sonar from distant naval exercises. Whales responded strongly to playbacks at low received levels (RLs; 89–127 dB re 1 mPa): after ceasing normal fluking and echolocation, they swam rapidly, silently away, extending both dive duration and subsequent non-foraging interval. Distant sonar exercises (78–106 dB re 1 mPa) did not elicit such responses, suggesting that context may moderate reactions. The observed responses to playback occurred at RLs well below current regulatory thresholds; equivalent responses to operational sonars could elevate stranding risk and reduce foraging efficiency. ----------------------------------------------------------------------- Goldbogen JA, Southall BL, DeRuiter SL, Calambokidis J, Friedlaender AS, Hazen EL, Falcone EA, Schorr GS, Douglas A, Moretti DJ, Kyburg C, McKenna MF, Tyack PL. 2013 Blue whales respond to simulated mid-frequency military sonar. Proc R Soc B 280: 20130657. http://dx.doi.org/10.1098/rspb.2013.0657 Available via Open Access at: http://rspb.royalsocietypublishing.org/content/280/1765/20130657.full Abstract: Mid-frequency military (1–10 kHz) sonars have been associated with lethal mass strandings of deep-diving toothed whales, but the effects on endangered baleen whale species are virtually unknown. Here, we used controlled exposure experiments with simulated military sonar and other mid-frequency sounds to measure behavioural responses of tagged blue whales (Balaenoptera musculus) in feeding areas within the Southern California Bight. Despite using source levels orders of magnitude below some operational military systems, our results demonstrate that mid-frequency sound can significantly affect blue whale behaviour, especially during deep feeding modes. When a response occurred, behavioural changes varied widely from cessation of deep feeding to increased swimming speed and directed travel away from the sound source. The variability of these behavioural responses was largely influenced by a complex interaction of behavioural state, the type of midfrequency sound and received sound level. Sonar-induced disruption of feeding and displacement from high-quality prey patches could have significant and previously undocumented impacts on baleen whale foraging ecology, individual fitness and population health. -- Brandon L. Southall, Ph.D. President, Senior Scientist, SEA, Inc. Research Associate, University of California, Santa Cruz 9099 Soquel Drive, Suite 8, Aptos, CA 95003, USA 831.332.8744 (mobile); 831.661.5177 (office); 831.661.5178 (fax) Brandon.Southall(a)sea-inc.net; www.sea-inc.net

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New paper on humpback song and singers
by Louis Herman 06 Jul '13

06 Jul '13

> >Greetings: > >We are pleased to announce the publication of a new paper on >humpback whale song. The paper is available as an Online First >Article (prior to the print version) in the July 2013 issue of >Behavioral Ecology and Sociobiology, and a PDF may be downloaded >from Springer Direct if you or your institution has access. I will >post a second notice when the print version appears with >instructions as to how to obtain a PDF of that. You may contact me >for further information. > >Humpback whale song: who sings? Herman, L. M., Pack. A. A., Spitz, >S. S., Herman, E. Y. K., Rose, K., Hakala, S. & Deakos, M. H. 2013. >Behavioral Ecology and Sociobiology, 67 (3 July 2013) DOI >10.1007/s00265-013-1576-8 > >Abstract >While on their winter breeding grounds, male humpback whales >(Megaptera novaeangliae) produce long sequences of structured >vocalizations called song, whose function within the mating system >is still unresolved. Here we ask which males sing. Is it only those >sexually mature, as typifies songbirds and some lekking ungulates in >which vocalizations during the rut are restricted to mature males? >Or do immature males join in the chorus? Using an underwater >videogrammetric technique, we measured the body lengths of 87 >humpback singers in the Hawaiian winter grounds. Applying length and >sexual maturity relationships for North Pacific humpbacks as >determined by biologists aboard twentieth century Japanese whaling >vessels, we found that singer lengths ranged from 10.7 to 13.6 m, >with 15 % of lengths indicative of probable sexual immaturity >(length<11.3 m, p [maturity]<0.5). We interpret this broad >participation of males as a lekking aggregation and the asynchronous >singing chorus as an instance of by-product mutualism. The >participation of many singers yields a heightened signal level that >may attract more females to the singing area. Sexually mature males >can benefit through access to more females. Immature males may gain >deferred benefits through increased opportunities to learn and >practice the social, behavioral, and acoustical skills and >conventions of the winter grounds that they can apply usefully in >later years. > >Cheers, > >Lou Herman >lherman(a)hawaii.edu

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Volunteer field assistant opportunity - Heaviside’s dolphins research in Namibia
by Sara Golaski 04 Jul '13

04 Jul '13

*Volunteer field assistant opportunity - Heaviside’s dolphins research in Namibia* *BACKROUND:* This volunteer position is to assist University of Pretoria MSc student Sara Golaski. The project aims to obtain baseline information on abundance and habitat use of Heaviside’s dolphins in Namibia using primarily photographic identification (photo-ID). *WHERE:* Walvis Bay, Namibia *WHEN:* As soon as possible until December 2013. *DATA ANALYSIS & FIELDWORK:* The volunteer position is primarily office based processing photo-ID images, but you will be aiding the Namibian Dolphin Project in all project activities including some fieldwork, community outreach and attending cetacean strandings should they occur. *EXPECTATIONS*, volunteers are expected to: - Be experienced with photo-ID work - Have good attention to detail - Be reliable, adaptable and hard-working - Be prepared to work long days - Be sociable, enthusiastic and have a positive attitude. - Participate for a minimum of 2 months, 3 months preferred Post would suit upper level undergrads and graduate students who have interest and background in Biology, Marine Biology and an interest in pursuing further study. Due to the training required, applicants should be available for a *minimum of 2 months.* *LIVING & COSTS:* Volunteers are expected to cover their own living expenses, including flight costs. We can assist in finding accommodation which can be around ZAR 3000 ($300 USD) per month. Food and other personal expenses can be kept between ZAR 2000-3000 a month. *DEADLINE AND APPLICATIONS:* Interested volunteers should email Sara Golaski as soon as possible with a: *1 - LETTER of interest outlining relevant experience and motivation for participation* *2 – CV* *3 - Duration of stay (expected start and end date)* * * *to Sara Golaski sgolaski(a)coa.edu * *FOR MORE INFORMATION:* Namibian Dolphin Project website: http://www.namibiandolphinproject.com/

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New publication: Isotopic evidence of limited exchange between Mediterranean and eastern North Atlantic fin whales.
by Joan Giménez Verdugo 04 Jul '13

04 Jul '13

Dear MARMAM members, We are pleased to announce that a new publication on fin whales is available in Rapid Communications in Mass Spectrometry. Giménez, J., Gómez-Campos, E., Borrell, A., Cardona, L. and Aguilar, A. 2013. Isotopic evidence of limited exchange between Mediterranean and eastern North Atlantic fin whales. Rapid Communications in Mass Spectometry, 27: 1801–1806 Online version: http://onlinelibrary.wiley.com/doi/10.1002/rcm.6633/abstract Abstract: RATIONALE: The relationship between stocks of fin whales inhabiting the temperate eastern North Atlantic and the Mediterranean Sea is subject to controversy. The use of chemical markers facilitates an alternative insight into population structure and potential borders between stocks because the two areas present dissimilar isotopic baselines. METHODS: Baleen plates, composed of inert tissue that keeps a permanent chronological record of the isotopic value of body circulating fluids, were used to investigate connectivity and boundaries between the stocks. Values were determined by continuous flow isotope ratio mass spectrometry. RESULTS: Stable isotopes confirm that, while the two subpopulations generally forage in well-differentiated grounds, some individuals with characteristic Atlantic values do penetrate into the Mediterranean Sea up to the northernmost latitudes of the region. As a consequence, the border between the two putative subpopulations may be not as definite as previous acoustic investigations suggested. The discriminant function obtained in this study may assist researchers to use baleen plate isotopic data to assign the origin of fin whales of uncertain provenance. CONCLUSIONS: This study strengthens the stock subdivision currently accepted for management and conservation while recognizes a low level of exchange between the Mediterranean and temperate eastern North Atlantic subdivisions. Best regards, -- *Joan Giménez Verdugo* *Estación Biológica de Doñana (CSIC) * *Department of Conservation Biology* Avenida Americo Vespucio s/n 41092 Sevilla Mail: joan.gimenez(a)csic.es Phone: 619176849

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Volunteers Needed in the Marlborough Sounds, New Zealand
by Katie H 04 Jul '13

04 Jul '13

Volunteers Needed in the Marlborough Sounds, New Zealand Wanted: Volunteers for September, October and November 2013 Enthusiastic and reliable volunteers are required to assist me in the field as I continue my study on marine mammal use of Admiralty Bay, Marlborough Sounds, New Zealand. This project is being conducted through the Cawthron Institute of Nelson, New Zealand. This would benefit anyone who wants experience in working with small boats, theodolites, photo-ID work and marine mammal observation. Ideally however, the volunteers will have had some experience in some of these areas already in addition to a background in marine biology. Duties will include assistance in the field for data collection, data entry/processing and logistical support, in addition to sharing of cooking and cleaning duties. The coming field season is 14 weeks from approximately 26th August – 1st December and I currently require either 2 volunteers who can commit to the whole time (preferable), or a series of volunteers to cover this timeframe. Preference will be given to those who can commit to longer periods. For more information on the Admiralty Bay/French Pass area go to http://www.frenchpass.com/. Provided: Food and board in Admiralty Bay, Marlborough Sounds will be provided in exchange for your assistance. Please note that this is volunteer work and you will not be paid, but you will gain valuable work experience in the above areas. What you need to provide: Your own transport at least as far as Nelson, Picton or Blenheim, New Zealand. Your own clothes and field gear e.g. wet-weather gear, warm clothing, sturdy shoes. Reliable assistance and a positive attitude while enduring long hours in the field. Essential Skills: Volunteers must- -Be able to commit to a minimum period of 4 weeks on the project -Work well with others -Be able to live in close quarters with others in a small, isolated community -Be enthusiastic, hard-working, motivated and willing to work and learn -Be committed to working long hours for several days in a row -Be physically fit and able to work in outdoor conditions -Possess fluent English language skills -Be safety conscious -Be a non-smoker What’s involved: This project involves data collection both by boat and theodolite work. Boat trips will only be day-trips (not overnight) on a 4.5m rigid hull inflatable boat and involve working along transect lines recording the locations of any observed marine mammal groups, taking photographs for identification of individual dolphins and limited behaviour work. Theodolite data will be recorded from a hilltop near the shoreline, and will require spending the day on an exposed cliff top scanning the bay with binoculars for dolphin groups and recording data with the theodolite and laptop computer. Applications For more information on the project or to apply, please contact Katie Halliday via email at khal250(a)aucklanduni.ac.nz In your application you must include a current CV with relevant experience stating whether you have experience in marine mammal observation and boat and/or theodolite work, references or contact details for referees and details of your availability during the above time period. Thank you for your interest.

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