Scenes from the Climate Era

David Finnigan’s play was reimagined with 275 degree projection and soundscapes. Blurring performance, installation and environmental storytelling, the production explored how image, sound, movement and spatial immersion can deepen audience encounters with the emotional, ecological and social realities of climate crisis.

Direction and scenography by Alys Daroy, sound design by Leo Murray, videography by Dannon Wu and lighting design by Tim Brain. Performed by Charlotte Bramley, Kristen Curruthers, Janie Davidson, Tinashe Dzawoma, Alec Hay, Phil Hughes, Channing Whitworth and Esme Wood. Murdoch University, Nexus WA and the Murdoch Creative Academy in November 2024.

With thanks to the following Murdoch University scholars who generously contributed feedback during the public Practice-as-Research workshops:

“A landmark moment in theatre. The feedback today has been exceptional.” — Dr Dean Aszkielowicz, Associate Dean of Engagement

“An exceptional production, both artistically and in terms of its subject matter.” — Professor Dee O'Connor, Dean of the School of Humanities, Arts and Social Sciences

“I was blown away by the production and the acting — such a complex script delivered so sharply, with the right balance of humour and fitting despair. I was thinking about it all night!” — Alex Iles, Chief Experience Officer

“A compelling piece of theatre ... simply brilliant.” — Associate Professor Anne Surma, Academic Chair of English and Creative Arts

“Great show. I enjoyed it immensely. Many thanks for making sustainability the focal point of the production.” — Associate Professor Martin Brueckner, Pro Vice Chancellor of Sustainability

“An excellent play. The structure and layout really help with the dark subject matter. I’m still chewing over it many days later.” — Dr Jackie Baker, Indo-Pacific Research Centre

“The visuals really enhanced the performance.” — Professor Jacqueline Lo, Director of the Indo-Pacific Research Centre

“Amazing, professional, performed beautifully.” — Associate Professor Anne Schwenkenbecher, Associate Dean of Research