Expand View Figure 1 Annual rainfall during (a) 2016–17 compared with historical records, 1911–2017; (b) 2017–18 compared with historical records, 1911–2018; (c) 2018–19 compared with historical records, 1911–2019; (d) 2019–20 compared with historical records, 1900–2020 Sources: BOM (2018c), BOM (2019c), BOM (2020d), BOM (2021c) For more information, go toWater sources Share on Twitter Share on Facebook Share on Linkedin Share this link
Expand View Figure 1 Annual rainfall during (a) 2016–17 compared with historical records, 1911–2017; (b) 2017–18 compared with historical records, 1911–2018; (c) 2018–19 compared with historical records, 1911–2019; (d) 2019–20 compared with historical records, 1900–2020
Expand View Figure 2 Murray–Darling Basin rainfall percentiles compared with the 1900–2019 long-term average, January 2017 to March 2021 For more information, go toWater sources Share on Twitter Share on Facebook Share on Linkedin Share this link
Expand View Figure 2 Murray–Darling Basin rainfall percentiles compared with the 1900–2019 long-term average, January 2017 to March 2021
Expand View Figure 3 Australian drainage divisions and river regions NSW = New South Wales; NT = Northern Territory; Qld = Queensland; WA = Western Australia Source: BOM (2021d) For more information, go toWater sources Share on Twitter Share on Facebook Share on Linkedin Share this link
Expand View Figure 4 National water storage, 2010–20 Source: BOM (2021c) Download Go to data.gov For more information, go toWater sources Share on Twitter Share on Facebook Share on Linkedin Share this link
Expand View Figure 5 Water storages in the northern Murray–Darling Basin, Copeton and Argyle, 2010–20 Source: The Bureau of Meteorology Water Storages Dashboard (BOM 2021e) Download Go to data.gov For more information, go toWater sources Share on Twitter Share on Facebook Share on Linkedin Share this link
Expand View Figure 5 Water storages in the northern Murray–Darling Basin, Copeton and Argyle, 2010–20
Expand View Figure 6 Australia’s groundwater resources, showing generalised hydrogeology and the location of some iconic groundwater basins Source: Jacobsen & Lau (1987) For more information, go toWater sources Share on Twitter Share on Facebook Share on Linkedin Share this link
Expand View Figure 6 Australia’s groundwater resources, showing generalised hydrogeology and the location of some iconic groundwater basins
Expand View Figure 7 Trends in groundwater levels from July 2015 to June 2020 for (a) upper, (b) middle and (c) lower aquifers Source: BOM (2021c) Download Go to data.gov For more information, go toWater sources Share on Twitter Share on Facebook Share on Linkedin Share this link
Expand View Figure 7 Trends in groundwater levels from July 2015 to June 2020 for (a) upper, (b) middle and (c) lower aquifers
Expand View Figure 8 Groundwater level in Oolloo Dolostone Aquifer, 2014–20 m = metre Source: BOM (2020f) Download Go to data.gov For more information, go toWater sources Share on Twitter Share on Facebook Share on Linkedin Share this link
Expand View Figure 9 Groundwater level in Tindall Limestone Aquifer, 2014–20 m = metre Source: BOM (2020f) Download Go to data.gov For more information, go toWater sources Share on Twitter Share on Facebook Share on Linkedin Share this link
Expand View Figure 10 Total annual change in aquifer volume in the Daly River region at 30 June 2020 compared with the previous 8 years ML = megalitre Source: BOM (2020g) Download Go to data.gov For more information, go toWater sources Share on Twitter Share on Facebook Share on Linkedin Share this link
Expand View Figure 10 Total annual change in aquifer volume in the Daly River region at 30 June 2020 compared with the previous 8 years