Rachel Standish

Rachel Standish is an Associate Professor in the School of Environmental and Conservation Sciences at Murdoch University, where she also serves as Associate Dean Research and Innovation. Her work focuses on applying ecological theory to practical restoration of native ecosystems, particularly in Western Australia.

Her educational background includes:

• PhD in Ecology from Massey University (2002)
• BSc (Hons) in Zoology from The University of Western Australia (1991)

As a plant community ecologist, Standish investigates how biodiversity underpins resilient ecosystems that can withstand disturbances like fire, drought, and climate change. Her research integrates experimental approaches with observations from natural systems to develop practical restoration solutions. She emphasizes that diverse ecosystems - from genetic to landscape levels - are crucial for creating nature-based solutions that endure. Her work spans carbon farming, biodiversity conservation, and ecosystem restoration, with particular focus on Western Australia's unique flora and ecosystems.

Standish's recent publications reveal a strong emphasis on global ecological patterns through the Nutrient Network collaboration, examining how biodiversity affects ecosystem resilience to climate change. Her work consistently demonstrates that biodiverse restoration projects store carbon effectively while also supporting native species recovery, challenging the notion that carbon farming must sacrifice biodiversity.

Her scientific recognition includes:

• Fulbright Scholar (2022)

Standish leads a productive research group comprising postdoctoral fellows, postgraduate, and honours students. She has secured funding from the Australian Research Council and the Cooperative Research Centre for Transformations in Mining Economies. Her teaching includes ecology for second-year undergraduates and research methods for Honours and Masters students, reflecting her commitment to training the next generation of ecologists.

She is actively involved in collaborative research through the Nutrient Network (NutNet), a global distributed experiment with sites across 19 countries. This work enables large-scale analysis of ecological patterns that would be impossible through single-site studies, demonstrating how modern ecology increasingly relies on international collaboration to address complex environmental challenges.