Some of the predator monitoring and trapping solutions we are developing require more power than traditional tools.
We're really excited about 2040, a social venture that is commercialising the technologies developed by the Cacophony Project. They've recently published a blog article about some ongoing research by Tim Hunt from Wintec who is using audio recordings gathered by the Bird Monitor product to automatically detect and identify morepork calls.
We have created a new tool that allows us to test many different methods to lure and capture predators of any type, using sound and thermal vision. We are calling this tool the Cacophony Predator Lab.
In this blog article, we will discuss how sound lure experiments can be set up to test the effectiveness of various sounds for attracting possums. The sound lure software is configured from a web interface that allows you to upload any set of sounds and play them at any volume or time sequence.
Author: Ben McEwen
Hi, I’m Ben. I am a student in my final year of Mechatronics Engineering at the University of Canterbury. This semester I have been working with the Cacophony Project to explore improved ways of tracking animals in video footage for better predator recognition and for the elimination of invasive predator species.
Recent testing of the Cacophony Project's thermal camera has reinforced how good this type of technology is for predator monitoring and control. This blog post highlights the core reasons that the thermal camera developed by The Cacophony Project is a great technology for this application.
Authors: David Blake and Grant Ryan
David Blake is a contributor to the Cacophony Project and has been running an experiment to test the relative sensitivity of Cacophony Project thermal cameras to off-the-shelf trail cameras for detection of rats. It is well