February 2019 - MARMAM - devlists.uvic.ca

Post-Doctoral Position at Dauphin Island Sea Lab
by Mackenzie Russell 12 Feb '19

12 Feb '19

The Dauphin Island Sea Lab (DISL) seeks a full-time post-doctoral researcher for up to 4-years in the area of bottlenose dolphin ecology. The Postdoctoral Investigator will lead a newly funded research study on the status of bottlenose dolphin populations in Alabama waters. This research position will help meet the need to understand population status and recovery following the Deepwater Horizon oil spill and integrate new data with existing (but sparser) historical datasets to better understand cetacean health and population structure in the northern Gulf of Mexico. The successful candidate will join a dedicated team of staff, students, researchers and volunteers as part of the Alabama Marine Mammal Research Program that includes the Alabama Marine Mammal Stranding Network and DISL’s Manatee Sighting Network. Ongoing research projects use traditional ecological techniques with satellite/ GPS telemetry, photo-identification (ID), biomedical, and stable isotope and trace element analyses for population, movement/ migration, dietary, condition, and anthropogenic source tracing studies. Position responsibilities include: 1) conducting core research studies on population structure and dolphin ecology through photo-identification; 2) working with collaborators to collect (via biopsy) and analyze data for derivative analyses (e.g.; stable isotope, genetic, contaminant analyses); 3) interacting with, training, and supervising graduate and undergraduate students or interns; 4) assisting with project oversight and reporting; 5) developing new lines of inquiry that build on the core research studies; 6) publishing papers from new and existing datasets, and 7) disseminating data through scientific meetings and outreach and education activities. Applicants must have expertise in boat-based marine mammal photo-ID and observations using high-resolution digital photography (boat handling, animal approach and interactions, photography, photo-documentation and archiving, basic behavior assessment). Candidate should be familiar with standard focal observation methodologies and data sheets (survey effort, sighting, environmental data) for small cetaceans. Candidates should be able to grade and catalog photos using FinBase or an equivalent software such as finFindR and be familiar with the requirements for submitting photos to a database such as the Gulf of Mexico Dolphin Identification System (GoMDIS). Candidates must be familiar with analytical and quantitative methods used in photo-ID based ecological studies and be willing to learn new techniques. Experience assessing dolphin body condition and potential human interactions in the field and from field-based photos is a plus. Experience with R statistical methods; estimating abundance, population structure or stock status from photo-ID data; student mentoring; and project management preferred. Familiarity with biopsy sampling and sample handing for other analyses is beneficial but not required. Applicant must have proof of or be able to take the DOI MOCC. Applicants must hold an earned Ph.D., be fluent in written and spoken English, and be legally able to work in the USA at the time of application. To apply, submit a letter of application and research interest, CV, 1-2 copies of recently published works, and the names and contact information for at least three references by email to rcarmichael(a)disl.org. Review of applications will begin immediately and continue until the position is filled; start date is flexible. Salary commensurate with experience. AA/EEO/M/F/D.

1 0

New paper comparing contaminant loads among marine mammals
by Susan Chivers 12 Feb '19

12 Feb '19

Dear Colleagues, We are pleased to announce publication of our paper comparing the accumulation of organic contaminantsin Southern California marine mammals. Cossaboon, J. M., N. G. Dodder, S. J. Chivers, D. W. Weller, K. Danil, K. A. Maruya, and E. Hoh. 2019. Apex marine predators and ocean health: proactive screening of halogenated organic contaminants reveal ecosystem indicator species. Chemosphere. DOI: 0.1016/j.chemosphere.2019.01.050. Abstract Despite decades-long bans on the production and use of certain chemicals, many halogenated organic compounds (HOCs) are persistent and can bioaccumulate in the marine environment with the potential to cause physiological harm to marine fauna. Highly lipid-rich tissue (e.g., marine mammal blubber) functions as a reservoir for HOCs, and selecting ideal indicator species is a priority for retrospective and proactive screening efforts. We selected five marine mammal species as possible indicators for the Southern California Bight (SCB) and applied a non-targeted analytical method paired with an automated data reduction strategy to catalog a broad range of known, known but unexpected, and unknown compounds in their blubber. A total of 194 HOCs were detected across the study species (n = 25 individuals), 81% of which are not routinely monitored, including 30 halogenated natural products and 45 compounds of unknown structure and origin. The cetacean species (long-beaked common dolphin, short-beaked common dolphin, and Risso's dolphin) averaged 128 HOCs, whereas pinnipeds (California sea lion and Pacific harbor seal) averaged 47 HOCs. We suspect this disparity can be attributed to differences in life history, foraging strategies, and/or enzyme-mediated metabolism. Our results support proposing (1) the long- and short-beaked common dolphin as apex marine predator sentinels for future and retrospective biomonitoring of the SCB ecosystem and (2) the use of non-targeted contaminant analyses to identify and prioritize emerging contaminants. The use of a sentinel marine species together with the non-targeted analytical approach will enable a proactive approach to environmental contaminant monitoring. The article can be found at: https://www.sciencedirect.com/science/article/pii/S0045653519300505?via%3Di… Regards, Susan Chivers and co-authors -- Susan J. Chivers, Ph.D. Marine Mammal and Turtle Division Southwest Fisheries Science Center National Marine Fisheries Service National Oceanic and Atmospheric Administration Phone: 858-945-0759 Email: Susan.Chivers(a)noaa.gov https://swfsc.noaa.gov/MMTD-PhotoLH/

1 0

New paper on the evolution of narrow-band high-frequency signals in toothed whales
by Morten Tange Olsen 12 Feb '19

12 Feb '19

Dear all It is my pleasure to announce our new paper on the evolution of NBHF signals in toothed whales Galatius A, Olsen MT, Steeman ME, Racicot RA, Bradshaw CD, Miller LA (2018) Raising your voice: Evolution of narrow band high frequency hearing in odontocetes. Biological Journal of the Linnean Society, 126 (2): 213-224, doi:10.1093/biolinnean/bly194 Abstract: Cetaceans use sound for communication, navigation and finding prey. Most extant odontocetes produce broadband (BB) biosonar clicks covering frequency ranges from tens of kilohertz to 150-170 kHz. In contrast, the biosonar clicks of some odontocetes are unique, being narrow in bandwidth with high centroid frequency (NBHF), peak frequencies being at 125-140 kHz and bandwidths of 11-20 kHz. Thirteen species within four families (Phocoenidae, Pontoporiidae, Kogiidae, Delphinidae) are known to produce these signals, implying convergent evolution under strong selective drivers. Several hypotheses have been proposed, including acoustic crypsis to escape predation by killer whales, but none has provided comprehensive explanation of the timing of NBHF evolution and the pressures driving sound production to such extremes. Using molecular phylogenetics and the cochlea anatomy of extinct and extant taxa, we demonstrate that early NBHF adaptations occurred at least 10 Mya, and possibly up to 18 Mya, indicating that killer whales cannot have been the sole driving force of NBHF signals, but that now extinct odontocetes may have provided similar pressures. Using palaeoclimate modelling, we further demonstrate that the upper advantageous spectral window for NBHF signals at around 130 kHz has persisted throughout most of the global sea area since the mid-Miocene, covering all known instances of NBHF evolution. Please see https://academic.oup.com/biolinnean/article/126/2/213/5244783, or email me for a pdf copy Kind regards Morten Tange Olsen Morten Tange Olsen Assistant Professor, Curator of Marine Mammals Statens Naturhistoriske Museum Københavns Universitet Section for Evolutionary Genomics MOB +45 42661525 morten.olsen(a)snm.ku.dk<mailto:morten.olsen@snm.ku.dk> [cid:image001.gif@01D4C2B6.20281080]

1 0

New paper - Technical mitigation to reduce marine mammal bycatch and entanglement: lessons learnt and future directions
by Sheryl Hamilton 11 Feb '19

11 Feb '19

We are pleased to announce our new paper: Hamilton, S., and Baker, G. B. 2019. Technical mitigation to reduce marine mammal bycatch and entanglement in commercial fishing gear: lessons learnt and future directions. Reviews in Fish Biology and Fisheries. https://doi.org/10.1007/s11160-019-09550-6 Abstract: Fisheries bycatch is one of the biggest threats to marine mammal populations. A literature review was undertaken to provide a comprehensive assessment and synopsis of gear modifications and technical devices to reduce marine mammal bycatch in commercial trawl, purse seine, longline, gillnet and pot/trap fisheries. Successfully implemented mitigation measures include acoustic deterrent devices (pingers) which reduced the bycatch of some small cetacean species in gillnets, appropriately designed exclusion devices which reduced pinniped bycatch in some trawl fisheries, and various pot/trap guard designs that reduced marine mammal entrapment. However, substantial development and research of mitigation options is required to address the bycatch of a range of species in many fisheries. No reliably effective technical solutions to reduce small cetacean bycatch in trawl nets are available, although loud pingers have shown potential. There are currently no technical options that effectively reduce marine mammal interactions in longline fisheries, although development of catch and hook protection devices is promising. Solutions are also needed for species, particularly pinnipeds and small cetaceans, that are not deterred by pingers and continue to be caught in static gillnets. Large whale entanglements in static gear, particularly buoy lines for pots/traps, needs urgent attention although there is encouraging research on rope-less pot/trap systems and identification of rope colours that are more detectable to whale species. Future mitigation development and deployment requires rigorous scientific testing to determine if significant bycatch reduction has been achieved, as well as consideration of potentially conflicting mitigation outcomes if multiple species are impacted by a fishery. Kind regards Sheryl Hamilton PhD candidate Institute for Marine and Antarctic Studies, University of Tasmania Private Bag 129, Hobart TASMANIA 7001 Email: sheryl.hamilton(a)utas.edu.au<mailto:sheryl.hamilton@utas.edu.au> | Web: www.imas.utas.edu.au/<http://www.imas.utas.edu.au/> Telephone: +61 (0)448174298 [cid:image001.png@01D18369.B10EB1B0]

1 0

Course: Applying Innovative Technologies in Marine Science
by Lars Bejder 11 Feb '19

11 Feb '19

Dear MARMAM readers, Please see details below on an opportunity to participate in a free four-week intensive course at the University of Hawaii at Manoa. Course title: Applying Innovative Technologies in Marine Science Dates: May 13th to June 7th, 2019 Location: Coconut Island, Hawaii Institute of Marine Biology, University of Hawaii at Manoa Cost: All course fees are covered. Also covered are onsite accommodation at the Hawaii Institute of Marine Biology (HIMB) and partial flight costs. The Marine Mammal Research Program (MMRP; www.mmrphawaii.org <http://www.mmrphawaii.edu>) at HIMB will be accepting four students (out of a total of 12) to partake in this summer course. Goal of the four-week intensive: The goal of this course is to expose participants to innovative technologies and their uses in the field of marine science. The course will be open to incoming and current graduate students, postdocs, and other early-career researchers. The course will leverage the exceptional research capacities, facilities, and location of HIMB and Moku o Lo’e (Coconut Island) to advance scientific and career goals of participants who otherwise would not have this unique opportunity. The course will include lectures, hands-on field work, a lab component, and data analysis for projects developed during the program. The course will provide a brief introduction to the fundamentals of conducting robust science, including ethics in science, open and reproducible science, science communication beyond academia to diverse stakeholder groups, and more. Included in the course will be a statistical programming module and guest lectures by scientists, conservation practitioners, and/or managers using cutting-edge technology. Participants will gain hands-on exposure to one or more specific technologies and tools (e.g., unoccupied aerial systems (UAS), above-water and underwater photogrammetry, remote sensing imagery, 3D laser scanning and printing). Participants will gain hands-on experience with one type of technology relevant to the instructors’ research portfolios. Participants will be engaged in project design, data collection/ compilation, data analysis, and potentially publication of results of group research topics. Broadening participants’ exposure to new and emerging technologies will provide them with a strong foundation on which to incorporate these technologies into their scientific and career goals. To apply, please visit the following link for further details: https://www.mmrphawaii.org/blogs/applying-innovative-technologies-in-marine… Kind regards, Lars

1 0

New publication in Bioacoustics, The International Journal of Animal Sound and its Recording
by nbecerra 11 Feb '19

11 Feb '19

Dear MARMAM Readers, We are pleased to share the recent publication of the following paper in Bioacoustics: Susannah J. Buchan,Rodrigo Mahú,Jorge Wuth,Naysa Balcazar-Cabrera,Laura Gutierrez,Sergio Neira &Néstor Becerra Yoma. "An unsupervised Hidden Markov Model-based system for the detection and classification of blue whale vocalizations off Chile". Bioacoustics, Published on line: January 15th, 2019. https://doi.org/10.1080/09524622.2018.1563758 ABSTRACT In this paper, we present an automatic method, without human supervision, for the detection and classification of blue whale vocalizations from passive acoustic monitoring (PAM) data using Hidden Markov Model technology implemented with a state-of-the-art machine learning platform, the Kaldi speech processing toolkit. 157.5 hours of PAM data were annotated for model training and testing, selected from a dataset collected from the Corcovado Gulf, Chilean Patagonia in 2016. The system obtained produced 85.3% accuracy for detection and classification of a range of different blue whale vocalizations. This system was then validated by comparing its unsupervised detection and classification results with the published results of southeast Pacific blue whale song phrase (“SEP2”) via spectrogram cross-correlation, involving a dataset collected with a different hydrophone instrument. The proposed system led to a reduction in the root mean square error relative to published results as high as 80% when compared with comparable methods employed elsewhere. This is a significant step in advancing the monitoring of endangered whale populations in this region, which remains poorly covered in terms of PAM and general ocean observation. With further training, testing and validation, this system can be applied to other target signals and regions of the world ocean. Keywords: blue whale vocalizations, unsupervised detection and classification, HMM, machine learning. For any further information, please contact corresponding author: Prof. Nestor Necerra Yoma at nbecerra(a)ing.uchile.cl or nbecerray(a)gmail.com Thank you and regards, Nestor -- Néstor Becerra Yoma, Ph.D. Professor Speech Processing and Transmission Lab Department of Electrical Engineering Universidad de Chile Av. Tupper 2007, POBox 412-3 Santiago, Chile Tel. +56 2 2 978 4205 E-mail: nbecerra(a)ing.uchile.cl http://www.linkedin.com/in/nestor-becerra-yoma http://www.lptv.cl http://www.cmrsp.cl

1 0

New Publication: Novel model to estimate trends in fecundity and calf survival
by Cheney, Barbara J. 11 Feb '19

11 Feb '19

Dear MARMAM colleagues, We are pleased to announce that the following paper is now available online: Cheney, B.J., Thompson, P.M. and Cordes, L.S. (2019) Increasing trends in fecundity and calf survival of bottlenose dolphins in a marine protected area. Scientific Reports, 9, 1767, doi:10.1038/s41598-018-38278-9 Abstract: Estimates of temporal variation in demographic rates are critical for identifying drivers of population change and supporting conservation. However, for inconspicuous wide-ranging species, births may be missed and fecundity rates underestimated. We address this issue using photo-identification data and a novel robust design multistate model to investigate changes in bottlenose dolphin fecundity and calf survival. The model allows for uncertainty in breeding status, and seasonal effects. The best model estimated an increase in the proportion of females with newborn calves from 0.16 (95% CI = 0.11-0.24) in 2001 to 0.28 (95% CI = 0.22-0.36) in 2016. First year calf survival also increased over this period from 0.78 (95% CI = 0.53-0.92) to 0.93 (95% CI = 0.82-0.98). Second year calf survival remained lower, but also showed an increase from 0.32 (95% CI = 0.19-0.48) to 0.55 (95% CI = 0.44-0.65). Females with newborn calves had a slightly higher mortality than those with older calves, but further work is required to evaluate potential costs of reproduction. This study presents a rare example of empirical evidence of a positive trend in reproduction and survival for a cetacean population using a Marine Protected Area. An open access PDF copy can be downloaded from https://rdcu.be/bmbu3<http://em.rdcu.be/wf/click?upn=lMZy1lernSJ7apc5DgYM8fUXhGnBGg-2F5SGhd-2B8xg…> Kind regards, Barbara __ Barbara Cheney Research Fellow Lighthouse Field Station University of Aberdeen George Street Cromarty Ross-shire IV11 8YL Tel: 01381 600548 [Aberdeen_Uni_logo_big low res]<http://www.abdn.ac.uk/lighthouse/> [FB_FindUsOnFacebook-320] <https://www.facebook.com/lighthousefieldstation> [follow us on twitter logo] <https://twitter.com/cromartylh> The University of Aberdeen is a charity registered in Scotland, No SC013683. Tha Oilthigh Obar Dheathain na charthannas cl?raichte ann an Alba, ?ir. SC013683.

1 0

VOLUNTEER OPPORTUNITY LAST CALL: Operation 3Seas
by Jack Clarkson 10 Feb '19

10 Feb '19

Marine Mammals Research Association and Project Manaia are offering a unique opportunity to join the ‘Operation 3Seas’ expedition. In a collaborative research effort, our exploration will reach regions where little is known about the cetaceans of the Eastern Mediterranean. Sailing from Lignano, Italy, to Plakias, Greece, you will experience close encounters with magnificent creatures and participate in scientific data collection such as visual sightings, behavioural recognition and drone and ROV recordings.We are pleased to announce that following a successful partnership on a two-day survey as of August last year on a project in Montenegro, we are again working together and this time advertising for both volunteers and a Team Leader. This sailing expedition will provide a unique learning experience for those passionate about cetaceans and the marine environment. Through this expedition, you will contribute towards the increase in knowledge, awareness and ongoing conservation efforts while supporting research efforts. The research conducted by Marine Mammals Research Association will focus on mapping the distribution and behaviour of cetaceans encountered in the Adriatic, Ionian and Aegean Sea, using the most up to date methodologies in marine mammology. Photo-identification of such species will be integral to the study, alongside drone and ROV analysis. As such is the collaboration of the two organisations, all members on board the expedition will also be responsible for assisting with the invasive species project run by Project Manaia. This part of the research will contribute towards the community outreach within marinas and dive centres requesting for photo-identification of invasive species in the Mediterranean. The expedition will be conducted in two separate studies, both of which will be conducted using the exact same methodologies. Study A will be conducted in the *first two weeks of April, departing from Lignano, Italy and finishing in Bar, Montenegro. Study B will be conducted in the *final weeks of April to early May, departing from Bar, Montenegro and finishing in Plakias, Greece. No previous experience is required for volunteers wishing to undertake the expedition as all training will be provided at the beginning of studies A and B. Candidates wishing to partake should however have the following: - Enthusiastic and Positive attitude - Willingness to work and learn in a small team - The ability to work in remote environments, especially at sea - General interest in Marine Ecology - Be able to work long hours (sunrise to sunset) on a Sailing boat (i.e. not susceptible to chronic sea sickness) - Ability to communicate fluently in English (both orally and written) - Good fitness levels in order to work on a Sailing boat Candidates who wish to apply for the Team Leader position should have the following: - Team leadership experience - Previous experience in working with Marine Mammals - Previous experience in working on boats - Previous experience in working in remote environments - Species and behavioural identification knowledge - Enthusiastic and Positive attitude - Ability to communicate fluently in English (both orally and written) Positions Available and Costs: - Volunteer for Study A (1500EURO excl. flights) - Volunteer for Study B (1500EURO excl. flights) - Volunteer for studies A+B (2500EURO excl. flights)Dates: - Study A; 1st April - 15th April - Study B; 19th April - 3rd May For more information regarding the positions available, prices or to organise a non-obligatory informal meeting, please do not hesitate to contact us at i...(a)dmad.org.tr<mailto:i...@dmad.org.tr> with the subject heading ‘Enquiries – Operation 3Seas’. To apply, please send over your CV and Cover Letter to i...(a)dmad.org.tr<mailto:i...@dmad.org.tr> with the subject heading titled as the position you wish to apply for, i.e. ‘Study A+B – Operation 3Seas’. Jack ClarksonResearch Associate and Supervisor at Marine Mammal Research AssociationDeniz Memelileri Araştırma Derneği (DMAD)jclarkson25@aol.cominfo@dmad.org.trwww.dmad.org.tr

1 0

Blue Ocean Society- Summer Internships Available
by Dianna Schulte, Blue Ocean Society 09 Feb '19

09 Feb '19

Blue Ocean Society for Marine Conservation is accepting applications for Summer 2019 Interns. Blue Ocean Society for Marine Conservation is a nonprofit organization based in Portsmouth, NH, USA with a mission to protect marine life in the Gulf of Maine through research, education and inspiring action. We achieve our goals primarily through our core programs which involve studying whales from commercial whale watch boats, collecting data on debris found during beach cleanups and offshore, and interacting with thousands of people each year during programs and events. Blue Ocean Society's Internship Program is structured and designed to provide undergraduates and recent post-grads with hands-on experience in the field of whale research, education and marine conservation. Interns will be directly involved in a variety of programs, including contributing to our long-term studies of several wild cetacean species (humpback, fin, minke whales, etc.) in the Gulf of Maine while working aboard commercial whale watching vessels departing from NH and northern MA. Interns will also assist with marine education through our outreach programs, beach cleanups and at our Blue Ocean Discovery Center in Hampton Beach, NH. Responsibilities: . Collect detailed data (environmental and behavioral) on local marine species and marine debris . Interact with program participants of all ages and backgrounds . Assist with beach cleanups . Interact with visitors at our Blue Ocean Discovery Center . Enter data . Attend weekly meetings and lectures . Complete weekly reading assignments Qualifications: . Must possess a strong work ethic, have high attention to detail and the ability to work with limited supervision . Must be self-motivated, enthusiastic, friendly and able to communicate effectively . Must be 18 or older . Must have reliable transportation . Must be available on weekends and holidays . Must be available to start by May 29, 2019 Prior experience is not required and all training is provided. This is an unpaid position. Interns are responsible for their own housing and transportation. Those who can work full-time hours for at least 10 weeks will be given preference. Please visit http://www.blueoceansociety.org/internships/ for full Internship information and application instructions. Application deadline is March 1, 2019. Dianna Schulte Co-Founder Research Coordinator Blue Ocean Society for Marine Conservation Gov. John Langdon House 143 Pleasant Street Portsmouth, NH 03801 Office: 603-431-0260 <http://www.blueoceansociety.org/> www.blueoceansociety.org Connect with us on social media! Facebook | <http://www.twitter.com/BlueOceanSoc> Twitter | Instagram

1 0

New manuscript "Sound patterns of snapping shrimp, fish, and dolphins in an estuarine soundscape of the southeastern USA" (Montie Marine Sensory and Neurobiology Lab)
by MONTIE, ERIC 08 Feb '19

08 Feb '19

Dear Colleagues, Please find the recent paper, "Sound patterns of snapping shrimp, fish, and dolphins in an estuarine soundscape of the southeastern USA" published in Marine Ecology Progress Series. Vol. 609: 49-68, 2019 https://doi.org/10.3354/meps12813 Authors: Agnieszka Monczak, Claire Mueller, Michaela E. Miller, Yiming Ji, Stephen A. Borgianini, and Eric W. Montie Corresponding Author: Eric W. Montie (emontie(a)uscb.edu<mailto:emontie@uscb.edu>), University of South Carolina Beaufort, Bluffton, SC USA ABSTRACT: Soundscape ecology is a relatively new scientific field that uses sound to characterize ecosystems, which can be helpful in tracking species, estimating relative population sizes, and monitoring behavior and overall habitat quality. Estuarine soundscapes are acoustically rich, and sound patterns in these systems are understudied. Therefore, the goal of this study was to understand the soundscape of a deep tidal river estuary, the May River, South Carolina, USA. Acoustic recorders (DSG-Oceans) were deployed to collect sound samples for 2 min every 20 min at 6 stations from February to November 2014. Acoustic data revealed that sound pressure levels (i.e. broadband, low, and high frequency) varied spatially and temporally, exhibiting distinct rhythmic patterns. Acoustic detection rates and diversity of biophonic (e.g. snapping shrimp, fish, and bottlenose dolphins Tursiops truncatus) and anthrophonic sounds (e.g. boat noise) were higher near the river mouth and decreased towards the headwaters. The soundscape exhibited strong temporal patterns of snapping shrimp (genus Alpheus and Synalpheus) snaps, fish calls and choruses (e.g. silver perch Bairdiella chrysoura, black drum Pogonias cromis, oyster toadfish Opsanus tau, spotted seatrout Cynoscion nebulosus, and red drum Sciaenops ocellatus), bottlenose dolphin vocalizations, and vessel noise. Depending upon the species, certain variables (i.e. location, month, day length, lunar phase, day/night, tide, and temperature anomaly) influenced sound production. These data provide new tools and baseline measurements to better understand how soundscapes can be used to gauge habitat quality and impacts of stormwater runoff, climate change, and noise pollution. If you have any questions, please contact the corresponding author: Eric W. Montie (emontie(a)uscb.edu<mailto:emontie@uscb.edu>). Eric W. Montie, M.S., Ph.D. Associate Professor of Biology Director of the Marine Sensory and Neurobiology Lab & The Lowcountry Dolphin Conservation Program Department of Natural Sciences University of South Carolina Beaufort One University Boulevard Bluffton, SC 29909 Office Phone: (843) 208-8107 Fax: (843) 208-8294 Email: emontie(a)uscb.edu<mailto:emontie@uscb.edu> https://www.uscb.edu/montie http://marinebiology.cofc.edu/about-the-program/faculty-listing/montie-eric… https://www.facebook.com/MarineNeuroLabAtUSCB/

1 0