@marikimient.bsky.social
91 followers 190 following 6 posts
Lecturer in Marine Top Predator Ecology @sosbangor.bsky.social, #MSCA Alumni. Movement ecology, conservation, climate change, quantitative ecology, AI, IBMs. she/her mariannachimienti.weebly.com
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marikimient.bsky.social
📢📢 The website of the Marine Top Predator group (School of Ocean Sciences, Bangor University) is now live!

Discover our activities, know our study species, our papers, meet lab members and collaborate with us!
@alecbmmoore.bsky.social @bangoruniversity.bsky.social @sosbangor.bsky.social
Marine Top Predator Ecology
www.bangor.ac.uk
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winniecj.bsky.social
For the next 2 wks I'll be attending & supporting (with scientific evidence) the #UNPlasticTreaty

👀 All eyes will be on negotiators to deliver an effective treaty which will protect future generations & our planet

@bangoruniversity.bsky.social @plymuni.bsky.social @scientistscoa.bsky.social
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methodsinecoevol.bsky.social
Check out our most recent blog post by Marianna Chimienti! 🚨

In the blog, ‪@marikimient.bsky.social‬ explains the idea behind their new review paper on advance Image-Based bio-logging in marine ecosystems 🌊

Read the blog post here 👉 buff.ly/Bdf3oxu
Read the full article here 👉 buff.ly/Uac74yI
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shawan-chowdhury.bsky.social
Please share.
We have a fully-funded PhD position on animal migration. If interested, please apply by 27 July. More about us: shawanchowdhury.com. @idiv-research.bsky.social @monashbiol.bsky.social @uq-cbcs.bsky.social

#PhDposition #Ecology #Conservation #Migration #Rstats #AcademicTwitter
marikimient.bsky.social
📣 New paper alert ! 📣
Image-based bio-logging offers unique insights into marine predator behaviour 🦭 🦈 🐧 🐢 and ecosystem functioning, but demands advanced analytical tools. #MarineConservation #AI #ComputerVision #BioLogging

Grateful to the global inter-disciplinary collaborative effort! 🙏 😊
predateursmarins.bsky.social
Out in Methods in Ecology and Evolution

Chimienti et al. Reviewing seas of data: Integrating image-based bio-logging and artificial intelligence to enhance marine conservation
dx.doi.org/10.1111/2041...

#ecology #seabirds #ai #biologging @cebc-chizelab.bsky.social @cnrsecologie.bsky.social
Examples of challenges encountered in image-based bio-logging (both camera and microsonar tags): Imbalanced light conditions, low contrast, blur, overexposure, small and clustered targets, scalability and target size
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caragallagher.bsky.social
Excited to share our new paper on how empirical research can better support mechanistic models—through realistic, interdisciplinary data and by embracing complex, individual-level mechanisms. Born from a @ecologicalsociety.bsky.social symposium!
doi.org/10.1111/2041...
@methodsinecoevol.bsky.social
Graphical abstract illustrating four recommendations for ecological modeling with aquatic animals.

Be interdisciplinary and across levels: Includes icons for population biology (a bar chart of age structure) and behavioral ecology (a pie chart showing habitat use), plus a zoomed-in illustration of individual porpoises within a group.

Use mechanistic modeling instead of statistics as a conceptual framework: A curved line plot shows respiration increasing with temperature, with data points color-coded by temperature and a shaded area indicating stressful conditions.

Emphasize realism over precision: Shows a fish in a naturalistic habitat with plants and conspecifics, contrasted with a lone fish in a bare tank.

Include stressful conditions: Reiterated through both the curved plot and a separate graph with three treatments, where respiration increases across treatments and with temperature, with the highest temperature range shaded in red.
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crittermapper.bsky.social
So many years in the making, and finally it's out! Enjoy the second baby of my (now ancient) PhD, a labour of love and... well labour of so many people!
consbiog.bsky.social
Exciting new research by @crittermapper.bsky.social and researchers from @seabirdecology.bsky.social studies the migratory connectivity and non-breeding distributions of Calonectris shearwaters, and their implications for species differentiation and population structure

doi.org/10.1111/ddi....
marikimient.bsky.social
📢📢 The website of the Marine Top Predator group (School of Ocean Sciences, Bangor University) is now live!

Discover our activities, know our study species, our papers, meet lab members and collaborate with us!
@alecbmmoore.bsky.social @bangoruniversity.bsky.social @sosbangor.bsky.social
Marine Top Predator Ecology
www.bangor.ac.uk
Reposted
paolosalva.bsky.social
Last month at @sosbangor.bsky.social was so inspiring. I had the opportunity to elaborate and present my first preliminary #PhD results. Thanks to the great supervision of @marikimient.bsky.social, all professors and students interested in my research on #GreatCormorant. See you soon!
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andreafuller.bsky.social
10 days left to submit your abstract for @sebiology.bsky.social Annual Conference in Antwerp. Join our session on biologging in conservation physiology and hear about the exciting work @emilyschoy.bsky.social has been doing with kittiwakes! And much more, from seals to reindeer to lizards and fish!
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andreafuller.bsky.social
Less than 4 weeks left to submit an abstract to join our session in Antwerp (deadline 7 March). Oral and poster presentation slots available. @sebiology.bsky.social
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conphysjournal.bsky.social
✳️ #SpecialIssue call for papers ✳️

We are accepting submissions for a new special issue on #BioLogging in Conservation Physiology

Edited by @andreafuller.bsky.social & Erika Eliason

Full info and submission instructions ➡️ https://buff.ly/3WLtZz0
🌍🦑🌾🦤
marikimient.bsky.social
Excited to share a new publication, just off the press!! This time back to the terrestrial ecosystem, 📣 led by PhD student Charlie, @thecharlieroger.bsky.social , on using machine learning 🤖〽️ to identify wolf behaviours from accelerometer data #biologging, #movementecology. Congrats!! 👏
A supervised model to identify wolf behavior from tri-axial acceleration - Animal Biotelemetry
Background In wildlife studies, animal behavior serves as a key indicator of the impact of environmental changes and anthropogenic disturbances. However, wild animals are elusive and traditional GPS s...
link.springer.com