Dr Petra Muellner1,2, Dr Michael Bunce3, Dr Shaun Wilkinson4,5
1Epi-interactive, Wellington, New Zealand, 2Massey University, Palmerston North, New Zealand, 3MAB Research Consulting, Wellington, New Zealand, 4Wilderlab, Wellington, New Zealand, 5Curtin University, Australia
Biography:
Dr Petra Muellner is Director (Science & Data) at Epi-interactive and holds an adjunct academic role at Massey University. As epidemiologist she works at the interface of multiple disciplines. Her research focuses on bridging the gap between science and policy and using digital innovations to connect data with decision-makers.
Abstract:
eDNA data has the potential to improve our ability to make science-based decisions across a wide range of objectives – from community efforts to biosecurity risk management to large scale ecological and conservation measures. However, if the insights created are fragmented and do not connect with decision making in accessible ways, eDNA will fail to live up to its potential. Highly customised code-driven dashboards built with open-source software such as R, create an opportunity to bridge this gap and drive collaboration and stakeholder engagement.
The data outputs of metabarcoding data are undeniable, but how these are converted into outcomes for the technology is still a work in progress. The core challenge in making eDNA accessible is the need to embrace complexity yet distil data and insights into a format that is easy to digest, visual and connects eDNA with a wide diversity of stakeholder groups. Dashboards are a tool that is currently underutilised by the field.
This presentation will explore how dashboards are used across a variety of applications and scientific themes and how they might also assist in communication of eDNA. Using real-world and simulated eDNA examples from biosecurity and biodiversity monitoring we showcase the potential of data science tools to bridge this critical gap and embed eDNA science into day-to-day decision making and reporting.