In this most recent publication of our PhD student Michelle Scriver, we used permeable dialysis bags to simulate real-world environmental conditions and field storage to understand eDNA/eRNA dynamics.
We were showcasing our research from collaborative expeditions at the first Fiordland Marine Research Symposium in Te Anau, hosted by the Fiordland Marine Guardians and Department of Conservation.
In partnership with Nucleic Sensing Systems, our research team demonstrated the ability to detect species-specific marine environmental DNA (eDNA) directly from water samples, eliminating the need for extraction!
A cruising speed net (CSN) device with a modified cod-end provides a streamlined process that combines high-speed towing with innovative filtration, showcasing the potential to transform the efficiency and cost-effectiveness of eDNA isolation.
A case study on using eDNA to enhance marine biosecurity in New Zealand has recently been published in collaboration with the Sea Education Association, Woods Hole, the Northland Regional Council and Patuharakeke Te Iwi Trust.
As part of the MBIE-funded ‘Transforming Coastal Monitoring’ research programme, the Detect team went on another mission of eDNA outreach to the Otawhiwhi Marae in Tauranga Moana to showcase some of the eDNA tools developed in the Biosecurity Toolbox programme.
Collaboration with the Sails for Science NZ outreach program, engaging year 10 students in student-led detection of invasive species in the marine environment using molecular surveillance.
A new online tool called the Pest Alert Tool has been developed to screen high-throughput sequencing datasets for species of concern, providing a valuable resource for biodiversity management.