Issued at 3:59 am EST on Tuesday 1 April 2025 for the period until midnight EST Wednesday 2 April 2025. Surf and swell conditions are expected to be hazardous for coastal activities such as rock ...

The Australian Community Climate and Earth-System Simulator (ACCESS) weather models have been developed and tested by staff from the Bureau's Research and Research to Operations Branches and are based ...

Forecast issued at 4:29 pm EDT on Tuesday 1 April 2025.

The primary and unequivocal driver of climate change since the 1850−1900 period is the accumulation of greenhouse gases in the atmosphere. Global mean surface warming throughout the 21st century will ...

Forecast issued at 5:15 am EDT on Tuesday 1 April 2025.

A high pressure centre to the east extends a ridge over Tasmania. A cold front to the southwest will approach Tasmania late today, crossing during Saturday. A cooler south to southeasterly airstream ...

For more information about bushfires visit the NSW Rural Fire Service at http://www.rfs.nsw.gov.au NSW Fire Weather Districts differ from Weather Forecast Districts ...

The Bureau of Meteorology's rainfall and temperature analyses use reliable data collected through electronic communication channels and screened for errors, but not yet fully quality controlled. Full ...

A weak ridge extends over the south Queensland waters. A deep low [978 hPa] in the Tasman Sea will move southeast over the next few days. A trough may cross the south Queensland waters from Wednesday ...

A deep low pressure system to the southeast of New South Wales will linger over the Tasman Sea today, bringing showers and gusty southerly winds along the coasts. Winds and surf will ease during the ...

The Bureau of Meteorology's climate forecast system for weekly to seasonal and longer-range climate forecasts is called the Australian Community Climate Earth-System Simulator – Seasonal (ACCESS–S).

The Charleville VMC radio facsimile system broadcasts a selection of Melbourne NMOC and Darwin RSMC weather charts over the region Southwards from 10N between 70E and 150W.