Depletion of wild fish populations puts US food security at risk. Supplementary methods of fish cultivation are in greater demand. Many fish farmers utilize floating raceways and have encountered difficulties in tracking and quantifying fish growth. This difficulty in monitoring fish growth made determining the health and growth rate of farmed fish challenging as it makes it harder for farmers to predict their profit. A device that can estimate fish biomass in floating raceways is in demand.
In the image, it shows the 3D model of the raceway being used in the project. In the middle is a transducer and a receiver, which is going to be used to measure the swim bladder size and the total biomass of the raceway.
Andrew Meade
Email: andrew.meade@uky.edu
LinkedIn: LinkedIn Profile
Terence Redford
Email: tare238@uky.edu
LinkedIn: LinkedIn Profile
McKenzie Pickard
Email: mckenzie.pickard@uky.edu
LinkedIn: LinkedIn Profile
Email: Patrick.Erbland@kysu.edu
Email: joe.dvorak@uky.edu
Email: mick.peterson@uky.edu
Email: alicia.modenbach@uky.edu
University of Kentucky
Capstone Support Funding
Kentucky State University
Access to floating raceways stocked with fish
Facilities and support for measuring acoustic properties of 3 fish species
Raceways, pond facilities and fish available in Frankfort
Team Name: Hydroacoustics
Contact Information: ukbae.hydroacoustics@gmail.com