Professor Duncan Irschick, integrative biologist and innovator at the University of Massachusettes, recently visited Cape Eleuthera Institute for an exciting week of field work with the Sea Turtle Research and Conservation (STRC) team. Far from being his first visit to CEI, Prof. Irschick is working in collaboration with the STRC team on a novel project to investigate the relationship between life stage and body shape of green sea turtles; how does flipper shape and carapace (shell) shape change with age and what implications does this have on the animal’s fitness? Over the course of the year, STRC researchers have been capturing digital images of the flippers and carapace of individual green turtles as data for investigating this interesting question. Prof. Irschick takes a series of digital images of an individual green turtle for input into the 3D modelling software

The primary focus of Prof. Irschick’s visit this time, however, was to take a series of high quality digital images for each turtle that was captured during the week. With each photo in the series taken from a different angle to the turtle, Prof. Irschick is able to use a software program to create a 3D digital model of the turtle. His hopes are that with the use of 3D printing, these perfect replicates of real-life turtles can be used as an interesting and interactive educational tool. During the week, we caught a total of 11 turtles for Prof. Irschick’s 3D modelling – a very successful week!

Mid-week, the staff and visitors of CEI were treated to an evening presentation by Prof. Irschick entitled ‘Bioinspiration as a way of understanding the world’.

Prof. Irschick delivering a presentation entitled ‘Bioinspiration as a way of understanding the world

This talk gave insight into how biological form can inspire synthetic design and touched on the striking similarity between the shape of bicycle helmets and sea turtle carapaces and how, by studying the form of gecko feet, a collaboration at the University of Massachusetts was able to apply anatomical principles to create a gecko-like adhesive called GeckSkin TM. His presentation was met with a host of questions on this inspiring topic and has certainly left us looking at the form and function of organisms in a new light.