‘Autosampler’ offers safer, more efficient, flexible solution for biodiversity assessments

The compact, programmable, self-cleaning a ‘DOT-NM Autosampler’ enables in-situ collection and preservation of eDNA samples without human interaction, enhancing safety and efficiency, especially in remote or hazardous environments. By collecting samples autonomously, it reduces project time and costs.

“Continuous collection of biodiversity data supports monitoring over extended periods,” said Fugro. “This provides a more representative sample for compliance with Biodiversity Marine Net Gain commitments. Comprehensive monitoring of marine biodiversity is crucial for understanding the impacts of energy infrastructure, such as offshore windfarms, on marine ecosystems.”

The device streamlines the process by integrating eDNA collection into routine maintenance, with deployment options available off the back of a vessel, underneath buoys and moorings, or manually in rivers and lakes.

Completely autonomous and programmable, it eliminates the need for personnel to be present and allows for tailored data collection over extended periods of time.

“The results show the Autosampler provides data as reliable as manual methods, supporting long-term environmental monitoring, crucial for sustainable development projects,” said the company.

Fugro environmental service line manager Andy Addleton said, “Fugro’s expertise in environmental monitoring and our commitment to innovation has enabled us to integrate this advanced technology into our existing platforms, such as uncrewed surface vessels, SEAWATCH Wind Lidar Buoys, and seabed landers. This offers clients a safer, more efficient, and flexible solution for long-term biodiversity assessments.”