@article{raposo_reading_frinsko_roberts_2025, title={A Study Toward More Ethical Commercial Aquaculture by Leveraging Rheotaxis}, DOI={10.3390/ani15202961}, abstractNote={The welfare of farmed hybrid striped bass remains largely unaddressed in U.S. aquaculture, despite the species' economic significance and the scale of production. Physical handling during grading and inspection not only causes stress and increased incidence of injury, but also results in unmarketable fish and significant financial loss for producers. To address these issues, we present a prototype system that uses directed water currents to leverage the fish's natural rheotactic behavior, enabling directed movement between tank regions without the need for direct physical contact. Our design allows for early identification of malformed individuals, who otherwise face prolonged suffering and starvation, so they can be humanely culled. In a small pilot study, we observed that fish moved into the destination region more frequently and with less behavioral variability when exposed to a directed current, suggesting this method as a viable alternative to traditional handling. While the system requires further refinement and testing at scale, these preliminary results offer a promising step toward ethical, commercially viable, and low-stress fish sorting systems in commercial aquaculture.}, journal={Animals}, author={Raposo, Alex and Reading, Benjamin and Frinsko, Mike and Roberts, David L.}, year={2025}, month={Oct} }
 @article{raposo_brock_abel_frinsko_roberts_2024, title={A Design Proposal and Pilot Study for Addressing Welfare in Health Monitoring Practices in Commercial Fish Farms}, DOI={10.1145/3702336.3702350}, author={Raposo, Alex and Brock, Janet and Abel, Allison and Frinsko, Mike and Roberts, David L.}, year={2024}, month={Nov} }