#PHD #summerschool in #bioacoustics 🦇🐬🐦🐘🔉- Application open NOW
If your PhD studies 🧑🎓👩🎓involve #acousticcommunication in terrestrial or marine animals, we highly recommend participating in this biennial international 14-days intensive graduate course by @sdu.dk
www.sdu.dk/en/forskning...
Amazing work by my colleagues Michael Bjerre Pedersen, Maja Mikkelsen, Professor Peter Teglberg Madsen, Professor Hans Malte, and Frants Havmand Jensen!
Our PhD students: @cmarcolin.bsky.social & @hejfabienne.bsky.social & help from @marinemammalsau.bsky.social
Graphical abstract for the paper 'A simple categorization method for frequency notched echolocation.' Here, we describe how from four passive acoustic monitoring stations in Skagerrak, echolocation clicks from white-beaked dolphins were manually audited. These signals exhibit distinct spectral peaks and notches between 20-80 kHz in 75-90% of visually confirmed species recordings. A nonlinear least squares model was used to dynamically map the spectral banding pattern. Our template was significantly correlated with 87% audited white-beaked dolphin events, making this a viable, computationally efficient method.
It's live! Please see my new paper in Ecological Informatics on the #detection and #categorization of frequency notched echolocation from wild recordings. 🐬🔊👇
www.sciencedirect.com/science/arti...
Molly the #bioacoustics #corgi joined, too!
🦇🌙⛏ IT'S SPOOKY SEASON 🎃💀🕷
When you study #bioacoustics and #bats, there is always an appropriate Halloween outing!
This year, we went to the Mønsted limestone mine, a 60-km-long man-made cave system and THE place to be for winter hibernation (9000 bats surely can't be wrong!).
It was such a cool activity 🦇!
Such a fascinating discovery and I love the animation 😍🦇
Intense AND successful 💪. Now keep your finger's crossed with @leayero.bsky.social and me for a successful recovery of the data later in September!
Intense AND successful. :)
Ready to join our lab as Assistant Professor in #bioacoustics 🐬🔉🚤🚢? #jobalert
Spend the week with me during a #researchstay in #Svalbard preparing for #marineacoustics #fieldwork .
Thanks ☺️ first one found a cosy temporary home at 79*North ❄️
That smile when the final parts of your #marine #bioacoustics research equipment made it in time all the way up to #svalbard ❄️🥹😍
Thanks @innovasea.com
Ready to join me for some #marineacoustics research in the #arcticocean ? ❄️⛴️🎧🦭🐳
Where am I going?
@bioacousticsau.bsky.social @marinemammalsau.bsky.social
🐬🦇Looking for a PhD position to study echolocation with us in Aarhus?
Tillykke med fødselsdagen og Alles Liebe zum Geburtstag ☺️
I agree, just added it to my wish list 😍
Good luck and stay safe ☺️⚓️
Freezing (but dry and sunny) winter morning fieldtrips ❄️🎧🦭🐬⛴️ in Scandinavia 🇩🇰🇳🇴🇸🇪
Successful day out in Aarhus Bay 🇩🇰⛴️ for our PhDs @cmarcolin.bsky.social @hejfabienne.bsky.social & MSc Matthias
⬇️deployed 8 hydrophone 🎧 stations with @innovasea.com releases and
⬆️recovered 2 after 9 months!
There #bioacoustics PhD project investigates #shippingnoise and impacts on porpoises 🐬.
Ready for some fieldwork ⛴️🎧 and deploying a whole crew of #SoundTraps ! @bioacousticsau.bsky.social @marinemammalsau.bsky.social
@innovasea.com #oceaninstruments
Still can’t believe I get to do my PhD 🐬⛴️🎧 with all these smart and joyful mammals 🥰
Incredible and super important work.🐬
There's so much to learn about how #marinemammals are impacted by 🚤🔊 #shippingnoise. And we just got closer to understanding masking effects in frequencies way above the "normal low-frequency" ranges.
#tgif 😎🇩🇰
POV: Mia & Jakob successfully recovered an 🔊 acoustic array at a #WindFarm in the #NorthSea 🌊 - part of our #AcousticMonitoring work for #Energinet.
With the gear safely back, we can now look (& listen🎧🖥️) for #porpoise 🐬 vocalisations to learn more about how they move around the wind turbines.
Look at these calm waters ☀️🌊!
Incredibly happy to be part of this unique crew 🐬🦇🚢🎧🔊!
Such a cool example - and excellent work - of applying acoustics to study Marine mammal populations!
🐋 around Antarctica can be distinguished by population specific acoustic signals 🎧!
