Prosper in a dynamic world
Search

Nation-wide soaking over the next 10 days

 

MicrosoftTeams-image (96)

Rain and thunderstorms will soak most of Australia during the next 10 days as the developing La Niña makes its presence felt.

Abundant tropical moisture feeding into a series of low pressure troughs will cause rain and storms across multiple Australian states every day between now and at least Friday next week.

This soaking wet start to November is being driven by a negative Indian Ocean Dipole (IOD) and a developing La Niña.

Both of these climate drivers cause warmer-than-average water to lie near northern and eastern Australia, which increases atmospheric moisture and fuels rainfall.

The animation below shows precipitable water in the atmosphere over the next one and a half weeks, which is a measure of how much moisture is in the atmosphere to produce rain. You can clearly see moisture-laden air travelling towards and over Australia from the Pacific Ocean, thanks to the developing La Niña.

Video: Medelled precipitable water during the next couple of weeks, showing moisture-laden air flowing towards and over Australia from the north and east.

Showers and thunderstorms will affect parts of northern Australia every day during the next 10 days.

For southern and eastern Australia, the wet and stormy weather will occur in waves as low pressure troughs traverse the country from west to east.

One of these troughs is producing a rainband over southeastern Australia today, drenching parts of Tas, Vic and NSW, including some thirsty soil in the Murray Darling Basin.

Over the next 10 days combined, part of every state and territory is likely to see at least 20mm of rain. Most states will also have places that collect more than 50mm, while pockets of eastern, central and northern Australia should pick up more than 100mm, possibly over 200mm.

MicrosoftTeams-image (97)

The impending rain should be heavy enough to cause flooding in some parts of the country, especially in areas that have had decent rain in recent weeks and months.

For more information on our rain and storm forecasting, please contact us at apac.sales@dtn.com.

Latest news

Satisfy your weather obsession with these news headlines from around the nation, and the world.

DTN Dangerous Thunderstorm Alerts in action with severe thunderstorms disrupting Perth industries

Severe thunderstorms impacted southwest WA and the Perth region on Sunday, December 14, 2025, triggering Dangerous Thunderstorm Alerts (DTA) by DTN for industries and businesses in the region. DTN operates Dangerous Thunderstorm Alerts (DTA) which alert businesses and industries to thunderstorms based on intensity and movement. These alerts provide advanced notice of thunderstorms moving into […]

How Australian East Coast port and maritime operations could be disrupted by tropical cyclones over the next two weeks

Port and maritime operations across Australia’s East Coast could be disrupted by increased tropical cyclone activity in the Coral Sea and southwest Pacific Ocean over the next two weeks. Meteorologists reference a large selection of Numerical Weather Prediction (NWP) models to forecast weather. A number of these NWP models are forecasting the development of tropical […]

Extreme fire danger and severe heatwave conditions spreading across SA, Victoria and NSW

Hot, dry and windy weather causing elevated fire danger and severe heatwave conditions are sweeping across southeastern Australia over the next three days, driving high energy demand and disruption to operations. Clear skies associated a large and slow-moving high pressure system have allowed hot air to build up over parts of northern, western and central […]

Heightened bushfire risk during the 2025-26 summer for WA, Victoria and NSW in latest AFAC Outlook

The Australian and New Zealand Council for fire and emergency services (AFAC) identified western and southern WA, Victoria and inland NSW as key regions that are at risk of heightened bushfire risk this summer. Parts of Australia have experienced severe soil moisture and rainfall deficiencies over the past months and years, while high fuel loads […]