Rate My Professor Peter Erskine

Professor Peter Erskine is a Professor in the Sustainable Minerals Institute at the University of Queensland, serving as Group Leader of the Ecosystem Assessment, Restoration and Resilience group within the Centre for Environmental Research in Minerals. He earned a Bachelor of Science (Advanced Honours) and a Doctor of Philosophy from the University of Queensland. His research centers on the rehabilitation of degraded lands, where he leads multi-disciplinary teams designing monitoring programs, mine rehabilitation strategies, and landscape restoration initiatives in Australia, south-east Asia, and Africa. Core interests encompass spatial ecology, rainforest restoration, and the discovery and utilization of metallophytes, including hyperaccumulators of metals and rare earth elements for phytoremediation.

Erskine has authored numerous influential publications advancing restoration ecology and sustainable mining practices. Key works include 'Restoration of degraded tropical forest landscapes' in Science (2005, with David Lamb and J.A. Parrotta), 'Widening gap between expectations and practice in Australian minesite rehabilitation' in Ecological Management & Restoration (2015, with David Lamb and Andrew Fletcher), and recent studies such as 'Deciphering the unique selenocystathionine metabolism of the hyperaccumulator Neptunia amplexicaulis' in Plant Physiology and Biochemistry (2026) and 'Discovery of new Australasian rare earth element hyperaccumulator ferns from screening herbarium specimens' in Plant and Soil (2025). He directs major projects including Optimising future copper production in the NW Mineral Province (2024-2027, Queensland Department of Resources), Quantitative Geophysics for Monitoring and Assessment of Mining Residue Structure (2024-2027, Technological Resources Pty Limited), and CoastRI - Coastal Monitoring Network (2024-2028, AuScope Ltd). Previously Associate Professor and Director of the Centre for Mined Land Rehabilitation since 2006, his career bridges academic research and industry application in environmental restoration.