Development and Implementation of Next Generation Molecular Tool Kits for Environmental Applications

Abstract

Environmental DNA (eDNA) is used increasingly to map biodiversity in both marine and terrestrial ecosystems. In this thesis, a combination of existing and novel eDNA assays are used to study temporal and spatial patterns in; scat—from the Australian sea lion (Neophoca cinerea)—and Australian plankton samples. In the context of a rapidly changing environment, and a variety of anthropogenic pressures, this thesis demonstrates the role eDNA can play in monitoring and managing marine biodiversity.