[MARMAM] New publication

2022-11-28 Thread Beth Brady
My co-authors and I are pleased to present our newest open access
publication in Scientific Reports entitled " Manatee calf call contour and
acoustic structure varies by species and body size" The article is
available at the following link:  https://rdcu.be/cZJdd

Beth Brady, Eric Angel Ramos, Laura May‑Collado, Nelmarie
Landrau‑Giovannetti,, Natalija Lace, Maria Renee Arreola, Gabriel Melo
Santos, Vera Maria Ferreira da Silva & Renata S. Sousa‑Lima

Vocal activity and signal characteristics of mammals are driven by several
factors that result in both stability and plasticity over multiple time
scales. All three extant species of manatee communicate with several calls
that are especially important for maintaining contact between cows and
calves.Determining if calf calls differ across manatee species will provide
insights into the evolution ofspecies‑specific acoustic communication
traits. We investigated the interspecific differences in the vocalizations
of calves of Amazonian manatees (Trichechus inunguis) and the two
subspecies of theWest Indian manatee (T. manatus). Vocalizations of
individual calves were recorded in rehabilitation centers in Brazil, Puerto
Rico, the United States, and Mexico. The acoustic structure of calls
produced by manatee calves varied between species and with body size.
Amazonian manatee calves produced shorter calls with multiple notes at
higher frequency while West Indian calves produced modulated calls that
were lower in frequency and longer in duration. Smaller West Indian calves
produced frequency modulated, hill‑shaped calls that flattened with an
increase in body length. Our results provide evidence for divergence in the
ontogeny of vocalizations across T. manatus and T. inunguis and suggest
variation in body size contributed to the evolution of differences in the
characteristics of their calls.
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[MARMAM] Call for information about marine mammal internship possibilities

2022-11-28 Thread students



The ECS student group is collecting information about internships /  
volunteering positions for students interested in gaining experience  
in marine mammal research and conservation around Europe and the  
Mediterranean Sea.
If you have student programs in your organization that are accepting  
students for the upcoming season and you want to help us make this  
information more accessible to all students, please share the  
possibilities you offer in this link -  
https://forms.gle/F6LFgtVREUArtNcL8


Thank you

--- Begin Message ---


The ECS student group is collecting information about internships /  
volunteering positions for students in the upcoming season around  
Europe and the Mediterranean Sea.
If you have student programs in your organization and you want to help  
us make this information more accessible to all students, please share  
the possibilities you offer in this link -  
https://forms.gle/F6LFgtVREUArtNcL8


Thank you
--- End Message ---
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[MARMAM] New publication on blubber cortisol levels of Humpback Whales along the Antarctic Peninsula

2022-11-28 Thread Logan Pallin
Greetings: My co-authors and I are pleased to announce the publication of
our open-access paper in Scientific Reports:


Pallin, L.J., Botero-Acosta, N., Steel, D. et al. Variation in blubber
cortisol levels in a recovering humpback whale population inhabiting a
rapidly changing environment. Sci Rep 12, 20250 (2022).
https://doi.org/10.1038/s41598-022-24704-6


Abstract: Glucocorticoids are regularly used as biomarkers of relative
health for individuals and populations. Around the Western Antarctic
Peninsula (WAP), baleen whales have and continue to experience threats,
including commercial harvest, prey limitations and habitat change driven by
rapid warming, and increased human presence via ecotourism. Here, we
measured demographic variation and differences across the foraging season
in blubber cortisol levels of humpback whales (Megaptera novaeangliae) over
two years around the WAP. Cortisol concentrations were determined from 305
biopsy samples of unique individuals. We found no significant difference in
the cortisol concentration between male and female whales. However, we
observed significant differences across demographic groups of females and a
significant decrease in the population across the feeding season. We also
assessed whether COVID-19-related reductions in tourism in 2021 along the
WAP correlated with lower cortisol levels across the population. The
decline in vessel presence in 2021 was associated with a significant
decrease in humpback whale blubber cortisol concentrations at the
population level. Our findings provide critical contextual data on how
these hormones vary naturally in a population over time, show direct
associations between cortisol levels and human presence, and will enable
comparisons among species experiencing different levels of human
disturbance.


cheers,

Logan

*Logan J. Pallin, Ph.D.*
Postdoctoral Researcher
The University of California, Santa Cruz
Bio-Telemetry & Behavioral Ecology Lab

lpal...@ucsc.edu
pronouns: (*he/him/his*)
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[MARMAM] New publication: Recovery of the Eastern North Pacific Gray Whale

2022-11-28 Thread Reamer, Marcus
Hello MarMammers,

I'm passing along an article of mine that was recently published in the Journal 
of International Wildlife Law & Policy. This case study follows the decline, 
recovery, and delisting of the Eastern North Pacific gray whale. The gray whale 
was the first marine mammal and one of the first of any species to be removed 
from the Endangered Species List due to recovery rather than extinction. There 
are valuable lessons to be learned from this saga, and that is what I set out 
to explore with this article.

It is available online now at 
https://www.tandfonline.com/doi/full/10.1080/13880292.2022.2146850
 and will be in the journal's upcoming print issue.

Abstract:In 1994, the United States government removed the Eastern North 
Pacific gray whale from the Endangered Species List due to its recovery rather 
than extinction. This notable action also marked the first removal of a marine 
mammal from the List due to population recovery since its enactment in 1973. 
The gray whale case study is well documented, in large part due to the 
charismatic nature of whales, a deep regard for marine mammal species, multiple 
federal laws and international treaties involved in their management and 
recovery, and a series of legal cases involving the Makah tribe in its pursuit 
to resume cultural subsistence whaling. The events leading up to the gray 
whale’s listing as endangered, the actions taken by both the US and the 
international community, and some of the events since the species’ delisting 
creates a unique and comprehensive case study that provides space for 
reflection on the future use of environmental laws to protect and preserve 
species, including, but certainly not limited to, large cetaceans in the 
Anthropocene.
[https://www.tandfonline.com/action/showOpenGraphCoverImage?journalCode=uwlp20]
Recovery of the Eastern North Pacific Gray Whale: A Case 
Study
In 1994, the United States government removed the Eastern North Pacific gray 
whale from the Endangered Species List due to its recovery rather than 
extinction. This notable action also marked the f...
www.tandfonline.com

All the best,

Marcus Reamer, MPS, MPA (he/him/his)
Ph.D. Student, Environmental Science and Policy
University of Miami
Rosenstiel School of Marine, Atmospheric, and Earth Science





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[MARMAM] April 2023 ECS workshop on communication - O Grove - Galicia, Spain - 2nd posting

2022-11-28 Thread Volker Smit

Dear Marmam reader,

after our first posting on October 17 we would like to send a little 
reminder for those within the community that are still considering to 
conribute to our  9^th  Workshop on Communicating Marine Mammal Science 
to the general public that will be held just prior to the 2023 European 
Cetacean Society Annual Conference, that will take place in O Grove, 
Galicia, Spain.


After our first communication we received some exciting ideas from 
several members of the community who are willing to share their insights 
at the workshop. At this point we would likeseek any 
additional contributions to be presented in the program.


It is our desire to embrace all possible fields, journalism, economics, 
figurative and non-figurative arts, digital, music, teaching, etc..


Also if you are uncertain whether you have a contribution, please get in 
touch.


You are invited to submit your idea contacting us: s...@m-e-e-r.de

Barbara, Gema, Luigi and Volker
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[MARMAM] New Paper: Widespread exposure of marine parks, whales, and whale sharks to shipping

2022-11-28 Thread Vanessa Pirotta (HDR)
Dear MARMAM colleagues,

My co-authors and I are pleased to announce the following publication:



Widespread exposure of marine parks, whales, and whale sharks to shipping

Raoult, V., Pirotta, V., Gaston, T.F., Norman, B., Reynolds, S., Smith, T.M., 
Double, M., How, J., and Hayward, M.W. (2022). Marine and Freshwater Research 
doi:10.1071/MF22050

ABSTRACT
Context. Shipping impacts are a major environmental concern that can affect the 
behaviour and health of marine mammals and fishes. The potential impacts of 
shipping within marine parks is rarely considered during the planning process. 
Aims. We assessed the areal disturbance footprint of shipping around Australia, 
its overlap with marine parks, and known locations of megafauna, so as to 
identify areas of concern that warrant further investigation. Methods. 
Automatic Identification System (AIS) shipping data from 2018 to 2021 were 
interpreted through a kernel- density distribution and compared with satellite 
data from ~200 individuals of megafauna amalgamated from 2003 to 2018, and the 
locations of marine parks. Key results. Over 18% of marine parks had shipping 
exposure in excess of 365 vessels per year. Around all of Australia, 39% of 
satellite-tag reports from whale shark and 36.7% of pygmy blue and humpback 
whale satellite-tag reports were in moderate shipping-exposure areas (>90 ships 
per year). Shipping exposure significantly increased from 2018 despite the 
pandemic, including within marine parks. Conclusions. These results highlight 
the wide-scale footprint of commercial shipping on marine ecosystems that may 
be increasing in intensity over time. Implications. Consideration should be 
made for assessing and potentially limiting shipping impacts along migration 
routes and within marine parks.

Available here: https://www.publish.csiro.au/mf/MF22050
[https://www.publish.csiro.au/covers/MF_generic.jpg]
CSIRO PUBLISHING | Marine and Freshwater 
Research
Context Shipping impacts are a major environmental concern that can affect the 
behaviour and health of marine mammals and fishes. The potential impacts of 
shipping within marine parks is rarely considered during the planning 
process.Aims We assessed the areal disturbance footprint of shipping around 
Australia, its overlap with marine parks, and known locations of megafauna, so 
as to identify ...
www.publish.csiro.au



Vanessa

Dr. Vanessa Pirotta
Marine Predator Research Group
School of Natural Sciences
Faculty of Science and Engineering
Macquarie University, NSW 2109, Australia
Twitter: @vanessapirotta
Superstar of STEM 2021-2022
Watch my TEDx talk here

[cid:894aa57d-436d-4748-bf0d-7ddf0bfd83aa]
[cid:5cbacb19-542a-4786-9779-dadfee0be1f0]
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[MARMAM] New animated video SAvE Whales addressing the threat posed to whales by ship strikes

2022-11-28 Thread slue...@oceancare.org
Dear MARMAM subscribers,



OceanCare is delighted to inform you about our new animated video SAvE Whales 
addressing the threat posed to whales by ship strikes.



The short video focuses on the situation of the endangered sperm whale 
population in the Eastern Mediterranean Sea. It provides a very concise and 
straight forward explanation of the problem these whales face and what needs to 
be done to prevent collisions (such as re-routing and speed reduction).  
Furthermore, it presents the SAvE Whales system, the first real-time acoustic 
observatory for sperm whale 
localization
 which has been developed as a complementary tool for high-risk areas where 
re-routing is not an option.



The video is available on our YouTube channel in English, German, Greek and 
Spanish.
German: https://youtu.be/wVajpjFiin0
English: https://youtu.be/r_qBbs2dabw
Greek: https://youtu.be/C32oGSkgto8
Spanish: https://youtu.be/O1gjUyHUps8

We hope you find the video useful and would be grateful if you can share it via 
your communication channels.


2022 - A year in which progress has being made.

We are proud to report about progress being made and the following examples are 
a demonstration of milestones we could achieve when working in partnership, 
close collaboration and through dialogue.



OceanCare is proud of working closely with IFAW, the Pelagos Cetacean Research 
Institute and WWF Greece as a Coalition reaching out to shipping companies 
urging them to re-route based on scientific advice to avoid ship strikes when 
navigating through core sperm whale habitat.



* In February 2021, NAVTEX warnings were issued by the Greek government 
in collaboration with the shipping industry informing ships transiting through 
the area on the presence of sperm whales and recommending them to take action 
to avoid ship collisions.

* In January 2022, the world's largest shipping company, MSC, publicly 
announced to re-route according to the proposal from our Coalition.

* In May 2022 the successful results of the SAvE Whales pilot project 
have been published in Frontiers of Marine Science.

* In June 2022, the German Shipowners Association (VDR) urged all its 
Members (around 150 shipping companies) to re-route accordingly.

* In October 2022, the International Chamber of Shipping (ICS) 
communicated the re-routing advise by VDR as shining example recommended its 
global members to follow suit.



Other shipping companies have also taken a similar approach or are currently 
negotiating with the Coalition.



SAvE Whales System

The SAvE Whales system has been developed by an international and 
multi-disciplinary team of experts led by Greek researchers from Pelagos 
Cetacean Research Institute and the Institute of Applied and Computational 
Mathematics - FORTH. Other partners of the OceanCare project have been CINTAL - 
University of Algarve, Marine Traffic, Green2Sustain.



We are now excited about our close collaboration with THE GREEN TANK in Greece 
in offering the system to make use of by the Greek authorities.



For more information about the threat ship strikes pose to whales, please visit 
our new website at: 
https://www.oceancare.org/en/animal-welfare-and-species-conservation/collisions/



Kind regards,



Sigrid and Nicolas



PS: Between the 29th of November and the 2nd of December, the 8th Meeting of 
the ACCOBAMS Parties takes place. OceanCare is an official Partner of ACCOBAMS 
and engages in numerous initiatives to better protect whales and dolphins in 
the Mediterranean and Black Seas. Together with our partners, IFAW, Pelagos 
Cetacean Research Institute and WWF Greece, we are going to host a side-event 
about ship strike avoidance at the MOP8 on December 1st.


OceanCare
Sigrid Lueber, President and Founder
Gerbestrasse 6, P.O.Box 372
CH-8820 Waedenswil - Switzerland
Phone: +41-44-780 6688
Directline: +41-43- 477 6124
Cellphone +41-79-475 2687
slue...@oceancare.org
www.oceancare.org

OceanCare is a Swiss non-profit organisation. It was founded in 1989 and has a 
strong commitment to realistic and cooperative initiatives. The organisation 
works at national and international level in the areas of marine pollution, 
environmental changes, fisheries, whaling, sealing, captivity of marine mammals 
and public education.

OceanCare holds Special Consultative Status with the Economic and Social 
Council of the United Nations (ECOSOC) and is partner of the General Fisheries 
Commission for the Mediterranean (GFCM), the Convention on Migratory Species 
(CMS), and the UNEP/CMS Agreement on the Conservation of Cetaceans in the Black 
Sea, Med

[MARMAM] PhD opportunity: Seal Ethology

2022-11-28 Thread TWISS, SEAN D.
Project title: Inter- and intra- individual variation in communication and 
signalling in colonially breeding pinnipeds

Application deadline: Friday, January 06, 2023, at 5 pm (GMT)

Funding status: Competition Funded PhD Project (Students Worldwide). See 
eligibility notes below.
Supervisory team:
Dr. Sean Twiss (Durham Univ.): 
s.d.tw...@durham.ac.uk
Dr. Patrick Pomeroy (SMRU, University of St. Andrews)
Dr Amanda Bishop (Assistant Professor, Department of Biological Sciences, 
University of Alaska Anchorage)

Project description.
Background:  It is now widely recognised that wild animal populations are 
typically comprised of individuals with differing behavioural phenotypes, such 
as foraging specialisms, space use, dispersal patterns, stress coping styles 
and consistent individual differences (CIDs) in behaviour (aka: personality). 
Both inter-individual differences and intra-individual differences (behavioural 
plasticity) comprise important components of within species diversity with far 
reaching ecological and evolutionary consequences.  Dr Twiss’ research has 
shown that adult female and male grey seals (Halichoerus grypus) exhibit CIDs 
in behaviour, and express behavioural and physiological patterns that span a 
spectrum of coping styles from more proactive individuals to more reactive 
individuals, with proactive seals exhibiting limited behavioural flexibility 
compared to reactive individuals. However, how do these inter-individual 
differences in personality and stress-coping influence the nature of 
interactions between individuals?

This study aims to identify subtle individual differences in patterns and modes 
of signalling and communication within grey seals (and potentially other 
pinniped species), with a focus on identifying and understanding processes of 
affective signalling. The research will involve detailed decoding and analysis 
of pre-existing video footage alongside collection of additional video footage 
from captive and /or wild seals. Analysis will involve extraction of fine 
spatial- and temporal-scale behavioural information from known individuals, 
including subtle details of body postures, movements and vocalisations. 
Preliminary investigations will focus on the pre-existing archived video 
footage to facilitate development and refinement of data collection protocols 
and identify key behavioural indicators, but subsequent work will seek 
opportunities for supporting studies on captive/rehabilitated grey seals, and 
potentially other pinniped species.
Methods: The study will utilise an extensive existing catalogue of data on 
known individual breeding grey seals from a long-term study of the Isle of May 
breeding colony (Scotland). The successful candidate will extract new data from 
archived video footage of these seals to provide key behavioural metrics 
describing inter-individual variation in behavioural state and signalling. 
These metrics will be analysed with respect to prevailing environmental 
factors, including social context (e.g., conspecific density) and weather 
conditions. For a subset of individuals, there is also the option to link 
behavioural patterns with simultaneously recorded heart-rate metrics. Data 
extraction will involve lengthy periods of decoding video footage to extract 
very subtle behavioural information. Analysis will involve mixed effects 
modelling procedures, time-series analyses, and machine learning approaches 
using ‘R’. There may also be scope for some additional data collection through 
visits to captive facilities and/or targeted field campaign(s), but this will 
depend upon opportunity.
Candidate requirements: Potential candidates should have a deep understanding 
of key concepts and current issues within ethology. Candidates should be able 
to demonstrate their ability to conduct prolonged periods of behavioural 
observations, while remaining focused, dedicated and enthusiastic. Ability to 
work independently and as part of a team is essential. In addition, candidates 
will require strong analytical skills, including experience of modern 
ecological and statistical modelling techniques. Experience with R and/or 
analysis of behavioural data will be advantageous to applicants.  For 
additional data collection from captive facilities and/or targeted field 
campaign(s) candidates will need to show a willingness and ability to travel, 
and conduct prolong field observations alone as well as part of a wider team. A 
UK driving licence (or equivalent) would be essential for field campaigns.
Significance: Conventional studies focus on species or ecosystem level 
responses to environmental change, such as range or phenological shifts, but 
these are products of variation in individual responses. Within populations, 
the extent of intra- and inter- individual variation in behaviour is a key 
component of how the system as a whole reacts to environmental drivers. Within 
social systems, a key driver is

[MARMAM] PhD opportunity - Climate change impacts on Caspian seals (Pusa caspica)

2022-11-28 Thread Simon Goodman
Hi All,

I'm aiming to recruit a new PhD student to join our programme on Caspian seal 
(Pusa caspica) ecology and conservation, at the University of Leeds, UK. The 
focus of this project will be "Evaluating the potential consequences of climate 
heating for Caspian seals and ecosystem services in the Caspian Sea", with a 
start date of October 2023.

The project would be funded via a competitive University of Leeds PhD 
scholarship, and is open to UK home rated students. We'd also be able to 
consider overseas students with their own external scholarship funding.

For me more details see: 
https://goodmanlab.org/opportunities/phd-project-caspian_seals/

Closing date depends on the particular University scholarship applied to, but 
the earliest dates are in January 2023.

Best wishes, Simon


Dr Simon Goodman
School of Biology
Manton Building
University of Leeds
Woodhouse Lane
Leeds, LS2 9JT, UK

Tel: +44-(0)113-3432561, Fax: +44-(0)113-3432835
Email: s.j.good...@leeds.ac.uk
Web: http://www.goodmanlab.org/
Skype: simon.j.goodman
Twitter: @DrSimon_Goodman

Director of PGR Studies School of Biology
Co-chair IUCN Pinniped Specialist Group


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[MARMAM] New Paper & Webinar Invite: Redefining North Atlantic Right Whale Habitat-Use Patterns Under Climate Change

2022-11-28 Thread Emily Knight
Dear Marman community,

Join us on Wednesday, November 30, 3pm ET/12pm PT for a webinar featuring Drs. 
Charles Greene, Cornell University, Erin Meyer-Gutbrod, University of South 
Carolina, Kimberley Davies, University of New Brunswick to discuss their 
project, Climate Change and the Oceanography of the North Atlantic Right Whale 
Population.
 Over the course of last several years, the team has produced key results 
advancing our understanding of right whale foraging, breeding, and transiting:

  *   Ocean Regime Shift is Driving Collapse of the North Atlantic Right 
Whale,
 August 2021, Oceanography (blog 
summary)
  *   Redefining North Atlantic Right Whale Habitat-Use Patterns Under Climate 
Change, 
November 2022, Limnology and Oceanography (blog 
summary)
In the webinar, the research team will present the main conclusions from the 
project as a whole, including details on the results from their latest paper, 
and share their perspectives on what comes next to better understand and 
preserve North Atlantic right whales for the future.

  *   Title: Redefining North Atlantic Right Whale Habitat-Use Patterns Under 
Climate Change
  *   When: Wednesday, November 30, 2022, 3pm ET/12pm PT
  *   Register: 
https://us02web.zoom.us/webinar/register/WN_hcDWFaeVTZaY_D19HLedhQ
Please share this invite with your networks! Thanks,

Emily Knight
Manager, Lenfest Ocean Program
ekni...@pewtrusts.org
(202) 384-6534

--
Emily Knight
Manager, Lenfest Ocean Program
[LenfestOceanProgram-Logo-Color-(2)]
901 E Street NW, 3rd Floor
Washington, DC 20004

SIGN 
UP
 FOR LENFEST OCEAN NEWS

w: 202-540-6389 | c: 202-384-6534 | e: 
ekni...@lenfestocean.org
www.lenfestocean.org|twitter: 
@lenfestocean


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[MARMAM] New publication: Oxygen minimum zone depth effects on dolphin the distributions

2022-11-28 Thread Mario A. Pardo

Dear all,

We are pleased to announce the recent publication of the following 
article in Frontiers in Marine Science:


Llapapasca MA, Pardo MA, Grados D and Quiñones J (2022) The oxygen 
minimum zone relative depth is a key driver of dolphin habitats in the 
northern Humboldt Current System. Front. Mar. Sci. 9:1027366. doi: 
10.3389/fmars.2022.1027366


The article is freely available at 
https://doi.org/10.3389/fmars.2022.1027366.


Abstract:

Highly mobile odontocetes need habitats with environmental conditions 
with the potential of aggregating enough and high-quality prey, to 
maximize foraging success. Until now, the characterization of those 
habitats was in terms of physical and biological indicators of high 
production, capable of attracting and sustaining prey. Nevertheless, 
there has been no approach to quantifying the effects of a biophysical 
characteristic of the ocean with proven effects on the vertical 
distribution of prey for cetaceans: The oxygen minimum zone (OMZ) depth. 
In the northern branch of the Humboldt Current System off Peru (~6-18° 
S), a shallow OMZ (30-50 m) affects the distribution of the Peruvian 
anchovy (/Engraulis //ringens/), main prey for several marine predators, 
including dolphins. We hypothesized these predators would aggregate in 
productive areas, but with preference for places where the relative OMZ 
depth can constrain prey vertically, making it more accessible and 
maximizing foraging success. We fitted Bayesian habitat models for three 
dominant odontocete species in this region, with multiple combinations 
of environmental covariates, smoothing techniques, and temporal and 
spatial random effects. Cetacean data came from 23 dedicated surveys 
spanning 2001-2019. Habitat predictors included the spatial anomalies of 
sea surface temperature, surface chlorophyl-a, pycnocline depth and OMZ 
depth. Dusky (/Lagenorhynchus //obscurus/) and common dolphins 
(/Delphinus //delphis/) preferred productive, cold areas with a very 
shallow OMZ, regardless of the season, while bottlenose dolphins 
(/Tursiops/ /truncatus/) aggregated in both cold and warm waters, also 
with shallow OMZ. The former two species of higher metabolic demands 
would maximize energy intake by selecting areas with highly aggregated 
prey, while the latter, of more moderate metabolic needs and more 
diverse prey, would exploit less restricted habitats.


Kind regards,

--

*Mario A. Pardo*
CICESE  - Unidad La Paz 


Laboratorio de Macroecología Marina
Investigador Cátedra CONACYT 
 


Miraflores 334, La Paz, BCS 23050, México
Tel: +52(612)1213031 Ext. 28116
ResearchGate  | 
GoogleScholar 


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