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Goulburn Murray region sees its future in 2050

New research has modelled three possible futures for the Goulburn Murray in 2050, which highlight the impact of taking global and local action to increase the region's resilience.

What could Victoria’s Goulburn Murray region look like in 2050?

New research suggests that locally-led action, aligned with global efforts to reduce emissions, could ensure the Goulburn Murray region thrives in the face of ongoing change.

The modelling, led by Deakin University with RMCG for the Goulburn Murray Resilience Taskforce, developed three possible futures through consideration of global scenarios, selected local interventions and consideration of the eight resilience principles in the Goulburn Murray Resilience Strategy.

RMCG worked with Deakin to translate the findings into ‘data stories’, which is a way of embedding complex data in a familiar context and adding a narrative to make the results of research easier to share with broad audiences. The characters and data stories in the video below are based upon the knowledge and insights of the Goulburn Murray Resilience Taskforce and the wider RMCG team.

Fast tracking to 2050

The Goulburn Murray region covers almost 10,000 square kilometres and includes several vibrant and diverse communities, abundant natural assets and extensive agricultural production, which accounts for 85% of land use and contributes $3 billion to Victoria’s economy. Below is a summary of the possible futures from the research.

Future 1: Trends continue 

Global and regional trends in agriculture, migration and water continue to 2050, with a moderate reduction in climate emissions, decreasing environmental conditions, an increase in agricultural profits and high levels of risk and uncertainty.

Future 2: Big global change

Focus on achieving the Sustainable Development Goals (SDGs) has sparked global emissions cuts and dietary shifts. Climatic warming has peaked and is set to improve, but the Goulburn Murray region is struggling to capitalise on global trends.

Future 3: Global and local transformation

Through proactive intervention, the Goulburn Murray region is a beacon of resilience, thriving in the face of change alongside global emissions cuts, dietary shifts and a peak in climatic warming.

Find out more

Read the Farming Resilient Futures report to find out more or contact our team members below.

The project team acknowledges the support of Deakin University’s research team, the Ian Potter Foundation, Monash University, North Central Catchment Management Authority and Goulburn Murray Resilience Taskforce members. 

Goulburn Murray region

Team

Claire Flanagan-Smith

Claire Flanagan-Smith

Principal

B.Env.Eng. (Hons)

Claire has more than a decade’s experience in strategic planning, facilitation and community engagement in a range of industries. Claire’s people and strategy skills are underpinned by a strong understanding of engineering and policy. She helps communities and organisations deal with complex issues, supporting insight and constructive strategy. Claire has delivered quality projects including investigations of community concerns related to mining, regional strategic planning, socio-economic impact studies and strategic planning for a wide range of organisations.

Steph McNulty

Steph McNulty

Senior Consultant

M.Env., B.Sci. (Marine Biology)

Steph has ten years’ experience working in environmental management. Key areas of knowledge include general ecology and environmental policy. She has specific skills in GIS analysis, project management and stakeholder consultation. Steph’s work has focused on the delivery of balanced, practical and effective environmental interventions.

Jamie Rooney

Jamie Rooney

Senior Consultant

M.A. (Archaeology & History)(Hons)

Jamie is a consultant in our community and strategy work area. He has been actively involved in the research and management of archaeological and Aboriginal cultural heritage projects throughout Australia and Europe since 2015. He specialises in the management of complex cultural heritage projects and has extensive experience of cultural heritage management in the resources, urban development, and infrastructure sectors across Victoria; and the development of mining infrastructure and Indigenous community consultation in remote areas of Cape York, Queensland. 

During his time working in Australian archaeology, he has developed strong working relationships with a number of Registered Aboriginal Parties, Traditional Owner groups, government agencies, and both private and public corporations throughout Victoria and Queensland. During this time he has gained a unique insight into the ways in which major corporations, small businesses and indigenous communities can work together to ensure mutually beneficial outcomes.

Jamie is experienced in project management, community outreach and Traditional Owner engagement, and has successfully project managed a number of Cultural Heritage Management Plans, and specialist heritage assessments throughout Australia. 

Brooke Zuidema

Brooke Zuidema

Consultant

B.Env.Sust. (Resource and Env.Mgt.); B. Archaeological Practice

Brooke has a degree in Environment and Sustainability and Archaeological Practice and has developed an understanding of complex community and environmental issues. She is passionate about ensuring the protection of environmental and cultural landscapes.

Brooks studies in environmental resource management and policy demonstrate her ability to interpret environmental legislation, legal cases, and complex issues. She has written policy briefs, recommendations, and reports for government departments. Due to her exceptional university results, she was recommended by the Assistant Director of the Fenner School to participate in the Environmental Law Clinic program.

She has worked in and around heritage-listed buildings and understands the importance of cultural heritage and conservation as well as respecting community values. During this time Brooke has created Harris-Matrices, conducted hand excavation, field surveys using ground penetrating radar, as well as sieved, cleaned, and catalogued artefacts.