Australian Weather

16 Jul 2026, 6:28AM UTC

The 2026 Australian snow season has hit its highest snow depth yet after last weekend’s snowfalls, with hydro-electric operator Snowy Hydro measuring a snowpack 70.8 cm deep at Spencers Creek, roughly halfway between the NSW ski resorts of Perisher and Thredbo. But at slightly lower elevations in the mountains where you’d ordinarily expect at least a thin midwinter snow cover, there is currently no natural snow at all. Huge snow depth difference across just a few hundred metres of elevation Snowy Hydro has three sites where it has measured the snow depth at frequent intervals in the cooler months since 1954. Spencers Creek is the highest, at 1830 metres above sea level. Three Mile Dam, near Selwyn Snow Resort in NSW, is the lowest at 1460 metres. The contrast between the two could hardly be more stark at present. While Spencers Creek has 70.8 cm, Three Mile Dam has no measurable snow at all. Image: Snow depth to date in 2026 (dark blue) versus 2025 (light blue) at Spencers Creek (top) and Three Mile Dam (bottom). Source: Snowy Hydro. While Three Mile Dam recorded a depth of 4.8 cm after the first moderate snowfall of the ski season just before the King’s Birthday long weekend, that snow soon melted. After virtually no snowfalls occurred during the last three weeks of June across all elevations in the mainland high country, two snowy systems in the first half of July brought snowfalls of around 40 cm and then 30 cm to the upper slopes of the higher ski resorts. But those two snow events delivered almost nothing down low. While a few centimetres of snow fell to low elevations on Sunday morning in a brief blast of frigid polar air, the snow soon vanished as slightly warmer air moved in, with snowfalls turning to rain showers below about 1800 metres. How are conditions at the ski resorts now? As you’d expect with a 70-centimetre snowpack up high after last weekend’s snowfalls, more lifts have started to open across the mountains. In New South Wales, Perisher has 27 of its 45 lifts open, Thredbo has 11 of 15, Charlotte Pass has 4 of 5, while Selwyn has just 2 of 7 – both of them beginner lifts. In Victoria, Falls Creek has 11 of its 15 lifts open, Mt Buller has 7 of 19, Mt Hotham has 7 of 14, while Mt Baw Baw has one basic beginner lift open with almost no natural snow. It’s no coincidence that Baw Baw and Selwyn are both currently unable to open terrain away from the snowmaking zones, as they are the two lowest mainland ski resorts – meaning they have seen a lot more rain than snow of late. Image: The limited snow play and snow sports action is on the snowmaking snow at Mt Baw Baw, Victoria. Source: ski.com.au. Meanwhile in Tasmania, the state’s only commercial ski area Ben Lomond has 2 of 7 lifts open. A slick, icy playing surface One issue with the snow at present is that the surface is very icy, due to the current spell of warmish days with maximums a few degrees above zero which have been punctuated by cold nights. The snowpack has set so firm in some places that it has created the shiny effect visible in the foreground in the image of Thredbo below. Image: Sunny skies above the upper slopes of Thredbo on Wednesday, July 15, 2026. Source: Rusty J. So conditions are not ideal at present, although the good news is that there’s a decent base up high upon which fresh snow can accumulate during the next snowfall. Are significant snowfalls on the horizon? Snow-bearing cold fronts appear likely to be steered south of Australia during the next week to 10 days. The main positive for snow lovers is that conditions should be cold enough most nights for snowmaking. Early indications are that the pattern could break by the last few days of July, with a potential snowy system pushing through. Please check the Weatherzone snow page for the latest forecasts, live snow cam images and more.

15 Jul 2026, 7:37AM UTC

Perth has had its warmest July day since 1994, with the mercury reaching 25.7°C at 3:09 pm (AWST). Perth had hit the 25-degree mark only once previously this century. That was on July 18, 2017, when the maximum was exactly 25.0°C. The record high for Perth in July is 26.3°C on July 18, 1976, at the old official city weather station in Kings Park. Since the weather station moved to its current location at Mt Lawley in 1993, the highest July reading was 25.8°C on July 21, 1994. Today was the warmest July day since then. Why was it so warm in Perth today? Much like during summer heatwaves, Perth’s warmest winter weather occurs during persistent easterly or northeasterly winds, when warm air from the continent’s interior is pushed towards the coast. The synoptic chart below shows the large high pressure system centred over southern SA which is dominating Australia’s weather this Wednesday. Air circulating anti-clockwise around the high warmed up significantly as it headed Perth’s way. Image: Synoptic chart for Wednesday, July 15, 2026. Source: Weatherzone. But the unseasonably mild winter spell is set to end on Thursday, and the synoptic chart again tells the story, with a cold front lurking in the Indian Ocean off southwest WA. Heavy rain with possible storms After a mild start to Thursday with the maximum in Perth rising to the low 20s, a dynamic few days of weather will set in across the South West Land Division. Showers will arrive on Thursday afternoon and evening, with thunderstorms possible as warm and cool airmasses clash. Heavy showers will persist for at least a couple of days, with the potential for total accumulations exceeding 50 mm in Perth during this event, especially if storms eventuate and deliver intense downpours. If heavy rain does fall, not too many people will complain at a time of year when locals rely on a good drenching to replenish gardens and reservoirs. After June’s rainfall was close to average, July has been relatively dry by Perth winter standards, with only 22 mm in the gauge so far, in what is typically the city’s wettest month of the year with an average of 147.8 mm. Please check the Weatherzone warnings page for the latest information on thunderstorms and more.