Development of eDNA-bot for Autonomous Aquatic Monitoring
The eDNA-bot, developed by ORNL and PNNL in collaboration with Smith-Root, Inc., aims to enhance species monitoring and streamline environmental assessments. This robotic technology leverages artificial intelligence for real-time data processing, representing a cost-effective alternative to traditional biological surveying methods.
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The eDNA-bot, an autonomous aquatic robot, has been developed through a partnership between Oak Ridge National Laboratory (ORNL), Pacific Northwest National Laboratory (PNNL), and Smith-Root, Inc. This technology aims to improve biological monitoring, providing comprehensive environmental DNA (eDNA) data at a reduced cost compared to conventional methods.
ORNL's research on eDNA began in 2020, focusing on hydropower facilities where eDNA collection poses unique challenges. The bot will be tested for durability in marine environments and aims for portability, with a target weight under 100 pounds. Its applications span hydropower, marine energy, and academic research, potentially transforming monitoring practices in aquatic ecosystems.
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