ESA2021 Keynote Speakers

We are pleased to confirm the following keynote speakers for ESA2021

Associate Professor Michael-Shawn Fletcher, Associate Dean (Indigenous), University of Melbourne

Associate Professor Michael-Shawn Fletcher is a descendant of the Wiradjuri and a geographer interested in the long-term interactions between humans, climate, disturbance, vegetation and landscapes in the southern hemisphere. Michael’s research group focusses on understanding how Southern Hemisphere landscapes evolve at scales ranging from tens to millions of years using microfossils stored in wetland sediments, along with tree-rings to understand long-term forest dynamics. Michael’s recent research has a particular emphasis on how Indigenous burning has shaped the Australian landscape and how Indigenous knowledge needs to be meaningfully incorporated into landscape management to tackle many of the environmental challenges we face today. He is Director of Research Capability at the Indigenous Knowledge Institute, a cross-faculty research institute at the University of Melbourne that aims to advance research and education in Indigenous knowledge systems. Michael is also Associate Dean (Indigenous) in the Faculty of Science at the University of Melbourne, and a panel member of the Australian Research Council College of Experts.

KEYNOTE PRESENTATION: It’s much more than just a climate problem: how we made our landscapes and why you need us to help save them.

William Bond, Emeritus Professor, University of Capetown

William Bond is a South African ecologist particularly interested in the ecology, biogeography and evolution of open (non-forested) ecosystems. He has helped show the ancient origins of these systems contradicting the notion that they are the result of deforestation. He has explored both physical and biotic controls on the distribution of these systems using a variety of tools, from remote sensing and global vegetation models, to field studies and glasshouse experiments. He has helped change the basic conceptual framework of global biogeography by exploring how animals and fire interact with climate to shape the distribution and structure of terrestrial ecosystems. His work has policy implications challenging global plans to afforest large areas of open ecosystems for carbon capture.
William is an Emeritus Professor in Biological Sciences at the University of Cape Town. He served as Chief Scientist for the South African Environmental Observation Network from 2014-2018. He is a Fellow of the Royal Society of South Africa, a Foreign Associate of the National Academy of Sciences of the USA and in 2021 was made an FRS.

KEYNOTE PRESENTATION: Open Ecosystems and the challenge of defining them for Australia

Martine Maron, Professor of Environmental Management at The University of Queensland

Martine’s research group works on problems in environmental policy and conservation ecology. Recent research has focussed on biodiversity net gain/no net loss policy, particularly the design and consequences of biodiversity offsetting, as well as the conservation and restoration of Australia’s woodland bird assemblages, particularly the role of the native but despotic noisy miner as a Key Threatening Process. Martine is a Deputy Director of the National Environmental Science Program’s Threatened Species Recovery Hub and leads its policy research theme, which includes projects seeking to improve biodiversity offsetting for threatened species and ecological communities. She works with governments around Australia and the world to improve offset policy and practice, and advises on judicious use of net outcome approaches in international policy including under the UN Convention to Combat Desertification and the Convention on Biological Diversity. She chairs the IUCN’s Impact Mitigation and Ecological Compensation Thematic Group, is a member of the Wentworth Group of Concerned Scientists, and is currently President of BirdLife Australia.

KEYNOTE PRESENTATION: The new Global Biodiversity Framework v. Australia: how our conservation policy needs to change, and what ecologists can do about it