WA's Spectacular Storm Cell Captured in BOM's 2025 Calendar Masterpiece
WA Thunderstorm Stars in BOM's 2025 Calendar

The Bureau of Meteorology has unveiled its spectacular 2025 calendar, featuring an awe-inspiring photograph that captures the raw power and beauty of Western Australia's thunderstorm activity. The stunning image serves as a dramatic reminder of nature's incredible forces at work across the state's vast skies.

Nature's Light Show Captured Forever

This extraordinary photograph, selected from countless submissions by BOM staff and weather enthusiasts, showcases the magnificent structure of a mature thunderstorm cell developing over Western Australia's picturesque landscape. The image reveals the intricate cloud formations and electrical activity that make WA's storm season both fearsome and fascinating.

A Celebration of Australian Weather Patterns

The BOM calendar has become an annual tradition, highlighting the diverse and often dramatic weather phenomena that occur across Australia. The 2025 edition continues this legacy by featuring twelve months of meteorological marvels, with the WA thunderstorm taking pride of place as one of the most visually striking entries.

Why This Matters for Western Australians

  • Provides insight into the state's unique weather patterns
  • Showcases the beauty within potentially dangerous weather events
  • Highlights the importance of weather monitoring and safety awareness
  • Celebrates the work of meteorologists and weather photographers

More Than Just a Calendar

Beyond its practical purpose, the BOM calendar serves as an educational tool, helping Australians better understand and appreciate the complex weather systems that influence their daily lives. Each photograph is accompanied by meteorological information, turning every page into a learning opportunity about Australia's climate and weather phenomena.

The calendar's release comes as Western Australia prepares for another potentially active storm season, reminding residents of both the beauty and power contained within these natural atmospheric events.