Empowering the uptake of environmental DNA (eDNA) in marine park science requires overcoming technical, logistical, and institutional barriers while clearly demonstrating its value for decision-making. We will present case studies and initiatives showing how recent technological advances are lowering barriers to entry, from constraints in bioinformatic capacity to challenges around cost, scalability, and integration with existing monitoring frameworks.
This talk highlights practical examples spanning low- to high-tech approaches, including community-led sampling, modular training pathways, and autonomous technologies such as autosamplers embedded in routine maritime operations. Central to this is the concept of an “eDNA commons,” in which Traditional Owners, rangers, industry, and local communities co-create, manage, and steward biodiversity data. Ongoing Minderoo partnerships, including contributions to the IUCN Red List, collaborations with CSIRO on autosamplers, and community-based programs with UNESCO and the UN Ocean Decade’s Ocean Biodiversity Observation Network (OBON), will illustrate how coordinated efforts are accelerating innovation and adoption. Together, these approaches demonstrate how capacity building, inclusive participation, and technological innovation can enable widespread uptake of eDNA, supporting predictive, ecosystem-based management and strengthening ocean stewardship at scale.