Dr Aimee Van Der Reis1, Dr Richard O'Rorke1
1University Of Auckland, , Aotearoa / New Zealand
Biography:
Aimee van der Reis is a postdoctoral fellow based at the University of Auckland. Aimee's interests lie in using modern molecular techniques to unpack complex questions typically associated with the marine environment. She is particularly interested in using DNA metabarcoding for conservation and management purposes.
Abstract:
DNA Drive (DNADRV) is transforming the way Aotearoa-New Zealand discovers its biodiversity – by turning everyday driving into a nationwide scientific mission. As you travel by car, an incredible diversity of insects fly past you and recede into the distance as you continue along the road. What if the car itself was the sampling tool? Car license plates are a standardized size, great insect gatherers, and a novel basis for collecting baseline insect distribution data.
Using insect DNA collected from vehicle licence plates, thousands of people across the country helped create a comprehensive and environmentally impactful national picture of winged insect diversity. The project delivered significant social impact by increasing public awareness and shifting perception of these often-overlooked insects. Participants report heightened environmental awareness and deeper ecosystems appreciation, sparking discussions with family and friends, and feeling empowered to contribute to research. As a classroom activity, the hands‑on sampling allowed students to engage with an authentic scientific experience, building confidence, curiosity, and nurturing critical thinking. With over 30 nationwide DNADRV Hubs, extensive media coverage, personal engagement and an active online presence, DNADRV lowered barriers to participation reaching families, schools, and communities who contributed to collecting over 3,000 paired samples. As an environmental tool, DNADRV has captured critical baseline data and showcased a scalable model for long‑term environmental surveillance, attracting interest from industry and government.
DNADRV demonstrates how intergenerational community‑powered science can create lasting social, environmental and educational impacts, while inspiring future generations to care for the ecosystems they will inherit.