Skip to Content
A sparsely populated, low rainfall area with sandy soils and extensive cereal cropping and stock grazing.

Billiatt Conservation Park is a key biodiversity asset in the south of this subregion, and remnant mallee shrublands are important for birds at risk of local extinction.

This page provides an overview of the things people value about the landscapes, livelihoods and lifestyles of the Northern Murray Mallee subregion, what is driving change, and what needs to be worked on to ensure the values supported by natural resources persist for the future.

What makes this subregion special

Some of the features we value in Northern Murray Mallee subregion that are supported by natural resources include:

  • Aboriginal cultural values
  • agricultural production primarily from dryland grazing and cropping, with increasing development of irrigation along the northern fringe near the River Murray
  • biodiversity conservation values associated with areas of intact mallee vegetation, including threatened species
  • tourism and recreation values associated with adjacent conservation parks (Billiatt, Peebinga, Karte).

Drivers of change

The main drivers of change to natural resources identified in the Northern Murray Mallee subregion are:

  • access to export and domestic markets
  • markets and commodity prices
  • climate change and seasonality of rainfall
  • corporatisation of farms and increasing economies of scale.

Impacts of climate change

Potential natural resource impacts of climate change projections in the Northern Murray Mallee subregion include:

  • decline in winter rainfall, increases in daily mean, minimum and maximum temperatures and increase in frequency of heatwaves affecting crops and pastures, native vegetation, soil health and erosion risk
  • increased risk of wildfire, catastrophic biodiversity loss and weed invasion after fire.

What we need to work on

Select specific checkboxes to help filter your search.

Leaving all checkboxes off in a group
will return all results for that data.