Papers
1
Total Citations
4
H-Index
1
About
Oksana Glibko is a researcher at the forefront of aquaculture technology, specializing in nonintrusive biomass assessment and robotic systems for fish farming. Her work addresses critical challenges in sustainable aquaculture, particularly in cage environments where traditional monitoring methods are disruptive or inefficient. Glibko’s most-cited paper, "Methods and Technical Means of Nonintrusive Assessment of Fish Biomass and Robotic Maintenance of Cage Aquaculture" (2024), with 4 citations, introduces innovative techniques combining sensor-based biomass estimation with autonomous robotic maintenance. This dual approach reduces stress on fish populations while optimizing feeding and health monitoring, offering a scalable solution for modern aquaculture. Her contributions are notable for bridging engineering and marine biology, with potential applications in precision aquaculture and environmental conservation. Glibko’s research is gaining traction among peers focused on automation in aquatic systems, positioning her as a rising voice in the integration of robotics with ecological management. Her work underscores a commitment to advancing food security through technology.
Research Focus
Key Achievements
Top Papers
- 1