The world's songbirds sing in just 8 basic sounds. And where a bird lives decides which ones it uses.
My first PhD paper is out now in @ScienceMagazine (https://t.co/4xuKoGnNKJ).
A new analysis in Science of more than 116,000 bird songs has revealed that the astonishing variety of passerine birdsong is built from just eight basic acoustic motifs, like trills, whistles, and harmonic notes.
The findings also reveal that local environments greatly shape how birds communicate around the world. Learn more: https://t.co/3oaQ0sKQfJ
1/ The world's songbirds sing in just 8 basic sounds. And where a bird lives decides which ones it uses.
My first PhD paper is out now in @ScienceMagazine (https://t.co/Lrh8HVdIDT) Here is what we found:
A new analysis in Science of more than 116,000 bird songs has revealed that the astonishing variety of passerine birdsong is built from just eight basic acoustic motifs, like trills, whistles, and harmonic notes.
The findings also reveal that local environments greatly shape how birds communicate around the world. Learn more: https://t.co/3oaQ0sKQfJ
12/ A collaboration of EPHE PSL University, ENES Bioacoustics Lab Saint-Étienne University, CEFE Montpellier University, @CNRS, @UCBerkeley University of California Berkeley.
11/ Paper: "The global biogeography of passerine songs" by Quentin Bacquelé, Jean-Yves Barnagaud, Cyrille Violle, Frédéric Theunissen and Nicolas Mathevon. https://t.co/Lrh8HVdIDT. Listen to the 8 motifs and explore the map: https://t.co/9SoOXg3NJX
Yesterday, I started my #PhD journey!
I'll be studying how global changes affect bird communication, taking a biogeographical approach to the acoustics of the world's birds. Bringing together ecology and bioacoustics on a global scale!
Don't forget to apply for the International Master of Bioacoustics MOBI! Deadline: May 31. Students with a background in biology, or physics or machine learning welcome. Also open to PhD students. https://t.co/k9VG36BPWC