murray darling basin plan
The VFF is working on behalf of its members to obtain a sustainable outcome to the Murray-Darling Basin Plan. We are aiming for an outcome that supports sustainable growth for the rural communities along the river system – farming and rural towns, the environment and native flora and fauna, and the economy.
We are consulting and negotiating with rural communities, water catchment managers, environmental agencies and politicians across the political spectrum.
To learn more about the Murray-Darling Basin Plan, what it means and the timeline for input and change please read on and click the links below:
• Case studies
• Supply measures
• Socio-economic studies
Success on the Murray
The Murray-Darling River has a rich history stretching from Queensland, NSW, Victoria and South Australia. Created together under the Murray-Darling Basin Plan (the Basin Plan), this managed water system feeds thousands of native fauna and flora, is the water source for large amounts of productive agricultural land and supplies water to millions of people along its course.
Since the early 2000s, a succession of governments have developed and implemented water allocations and buy-back schemes to ensure the sustainable livelihood of the river system – sustainability that underpins a balance of people, the environment and the economy.
The Basin Plan has delivered a water recovery of 2027.6 gigalitres into the Murray-Darling Basin river system and led to positive environmental impacts – conservation areas, waterways, native flora and fauna.
This water recovery also paved the way for a greater imperative of water efficiencies across the basin farming community whilst still producing food and fibre for Australian and global markets.
As a managed system, the increased and more stable water capacity has allowed water managers to develop innovative structures to enhance native species and build on depleted stocks. Click the image below to find out more about the range of water projects invested in to support the sustainability of the basin.
Image courtesy Murray Darling Basin Plan Authority
The river system is now a healthy vibrant community supporting conservation, food and fibre production, and rural and regional communities.
This health and vibrancy along the river has come through large amounts of collaborative investment, the use of new technologies, the implementation of plans and structures that support long term scenario based outcomes, and the deep knowledge and consultation of local people, communities and ecologists.
The balance of health and vibrancy along the river is sustainable at current levels of environmental water allocations. Further extraction of water from the system will tip the balance to provoke economic instability along the river communities. Economic instability will reverberate into rural and regional business social structures such as schools and hospitals, and the vibrancy of the region.
Four case studies showcase initiatives that have delivered significant environmental improvements to the river system. These initiatives have been founded on the deep knowledge and scenario planning across the natural flows and seasonality of water availability.
A healthy Basin
Water efficiency programs and structures – see case studies – support a healthy economically viable Murray-Darling Basin. These examples use new technology and ecosystem knowledge and understand the balanced relationship of water availability across the natural environment, farming, people and the basin communities.
The VFF is calling for the MDBP to halt any further environmental water capture from the basin communities.
Giving back water entitlement has been challenging for our farmers and towns, businesses and communities. At the outset of the basin plan, we recognised the need to manage the environment in a more effective way. We are now achieving those outcomes. Importantly however we believe that further water for the environment will not continue to have the same benefit as it has to-date.
Learn more about the socio-economic impact of water recover here: Socio-economic studies