In February 2026, the Bureau will release the Annual Climate Statement for 2025, which offers a full analysis and report on the year's atmosphere and oceans, rainfall, temperature, water storages and more in relation to long-term climate trends. Annual data and maps are now available, however, the full analysis and report is currently in development.

Australia's climate in 2025

Temperature

  • It was Australia's fourth-warmest year since national records began in 1910, with the national annual average temperature 1.23 °C above the 1961–1990 average.
  • The national average maximum temperature was 1.48 °C above the 1961–1990 average, the equal fourth-warmest on record. The national average minimum temperature was 0.97 °C above average, the eighth-warmest on record.
  • The national average temperature for each month in 2025 was above the 1961–1990 average, with January, February, March and October within the top 5 warmest on record for their respective months.
  • Between January and March, and between October and December, large parts of Australia experienced heatwave conditions, reaching extreme severity at times.

Rainfall

  • The national average annual rainfall was 7.8% above the 1961–1990 average at 502.2 mm.
  • Rainfall was below average for most of Tasmania, Victoria and South Australia, southern and inland areas of New South Wales and large parts of Western Australia.
  • Rainfall was above average for much of Queensland, northern and eastern parts of the Northern Territory, coastal areas of New South Wales and northern and some southern areas of Western Australia.
  • Long-term rainfall deficiencies, since February 2024, continue to impact agricultural areas of South Australia, large areas of Victoria extending into southern New South Wales, and some areas of Tasmania.

Water resources

  • Annual average soil moisture was above the 1911–2025 average across coastal New South Wales, central Queensland, around the Top End of the Northern Territory and Western Australia's Kimberley coast. Soil moisture was below the annual average for large parts of southern Australia.
  • Annual streamflow was below the 1975–2025 average for large areas of north-western and southern Australia, but for most of Queensland and northern New South Wales, streamflow was above average.
  • By the end of 2025, Australia's total surface water storage was at 68.2% of the accessible capacity, compared with 73% at the end of 2024. Most of the country's surface water storages decreased due to dry conditions and low inflows. However, surface water storage levels increased in northern New South Wales and the Menindee Lakes following above average rain in large parts of Queensland and coastal areas of New South Wales.
2025 annual mean temperature and rainfall compared to historical observations, and water storages levels at the end of 2025.

Regional summary

Temperature

Maximum Temperature Minimum Temperature Mean Temperature
Rank
(of 116)
Anomaly
(°C)
Comment Rank
(of 116)
Anomaly
(°C)
Comment Rank
(of 116)
Anomaly
(°C)
Comment
Australia = 112 +1.48 equal 4th highest 109 +0.97 8th highest 113 +1.23 4th highest
Queensland 104 +1.19 = 107 +1.24 equal 9th highest 107 +1.21 10th highest
New South Wales 110 +1.80 7th highest 110 +1.18 7th highest 112 +1.49 5th highest
Victoria 108 +1.23 9th highest = 98 +0.64 109 +0.94 8th highest
Tasmania = 97 +0.54 = 77 +0.02 86 +0.28
South Australia 113 +1.86 4th highest 114 +1.13 3rd highest 114 +1.50 3rd highest
Western Australia = 114 +1.68 equal 2nd highest 112 +0.85 5th highest 114 +1.27 3rd highest
Northern Territory 108 +1.08 9th highest = 98 +0.71 = 103 +0.90

Rainfall

Rank
(of 126)
Average
(mm)
Departure
from mean
Comment
Australia 95 502.2 +8%
Queensland 116 815.2 +31%
New South Wales 67 530.1 −5%
Victoria 27 544.1 −18%
Tasmania 25 1203.4 −11%
South Australia 27 161.7 −28%
Western Australia 68 346.9 +2%
Northern Territory 88 583.3 +7%
Murray-Darling Basin 45 425.6 −14%

This statement has been prepared based on information available on Friday 2 January 2025. Results, including the maps, may change as further data becomes available.

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