Please wait...

    About This Project

    In order to better understand the production of suboscine song, in the absence of vocal learning, a biometric analysis of select species of suboscines preserved at the American Museum of Natural History will be studied. 3D printed models will be created and phonation will be simulated with specialized equipment. Eventually, this data will be combined with computational methods to model a series of physical and physiological properties of simulated phonation.

    Blast off!

    Browse Other Projects on Experiment

    Related Projects

    What is the known diversity of Somali waters?

    During Somalia’s 30-year-long civil war, my country lost many of our marine scientists. Now, Somalia lacks...

    Mapping the potential for UK universities to become research and teaching hubs for cellular agriculture

    Realising large scale production of cultured meat will need a workforce with a range of skills in areas...

    Azolla, a little fern with massive green potential

    Azolla is a symbiotic superorganism that captures all the nitrogen fertilizer it needs to grow from the...

    Campaign Ended