Dr. Kevin Neves
Ph. D., University of Maine
Office: 328 Life Sciences Building
Research: Aquaponics, carbon dioxide, integrated multi-trophic aquaculture (IMTA), otoliths, fish nutrition
The two primary areas my lab is interested in are the development of integrated multi-trophic aquaponics systems where the byproducts of one organism (typically fish) are used to grow other organisms (typically a detritivore such as crayfish and an extractive organism such as tomatoes). Such systems can be used to generate additional income while minimizing environmental impacts. We have also developed a novel system to reclaim nutrient rich tile drain water from agricultural fields and utilize this to grow fish and plants. The other branch of research is investigating the effects of dissolved carbon dioxide on otolith development in aquacultured fish. Otoliths are responsible for hearing in fish. Carbon dioxide is the causative agent of calcium-based cataracts in fish such as Atlantic cod, and it is suspected to be responsible for improper otolith development which may lead to welfare issues in fish, both those kept in recirculating aquaculture systems and those released into the environment.
Neves, K., and Brown, N.P. A histological analysis of the eye of juvenile Atlantic cod (Gadus morhua L.) experiencing carbon dioxide induced cataracts. Journal of Fish Diseases. In Review
Kralik, B., Weisstein, F., Meyer, J., Neves, K., Andersen, D., and Kershaw, J. Compositional differences and consumer perceptions yellow perch from an aquaponics system compared with conventional methods. In Prep
Neves, K., and McIntosh, D. The Influence of two feed attractants on palatability and subsequent growth of juvenile wild-caught weakfish (Cynoscion regalis). In Prep
Neves, K., and Brown, N.P. 2015. Effects of Dissolved Carbon Dioxide on Cataract Formation and Progression in Juvenile Atlantic Cod (Gadus morhua L.). Journal of the World Aquaculture Society. 46:33-44.
Updated: 07/09/2021 11:42AM