Canadian stargazers are preparing for a final celestial treat of the year. The last supermoon of 2025 will grace the night sky, offering a brilliant and slightly larger-than-usual view of Earth's closest neighbor.
What Is a Supermoon and When to Watch
A supermoon occurs when a full moon coincides with the moon's closest approach to Earth in its elliptical orbit, known as perigee. This makes the lunar disc appear noticeably larger and brighter than a typical full moon. The event is scheduled for the night of December 2, 2025, with optimal viewing expected after moonrise in the evening.
While the exact timing of moonrise varies by location across Canada's time zones, observers should look east shortly after sunset. No special equipment is needed to enjoy the spectacle; it will be visible to the naked eye from anywhere with a clear view of the sky.
Tips for the Best Viewing Experience
For the best chance to see the supermoon, find a location away from the bright lights of city centers. Parks, open fields, or waterfront areas often provide darker skies. Checking the local weather forecast is crucial, as cloud cover can obscure the view.
Photographers aiming to capture the event should use a tripod to stabilize their camera and consider using a longer lens. The moon will be at its most impressive as it rises near the horizon, where it can appear even larger due to an optical illusion known as the "moon illusion."
The Final Supermoon of the Year
This December event marks the concluding supermoon of 2025. Supermoons are not extremely rare—they typically happen three to four times a year—but each offers a unique opportunity to connect with the night sky. The phenomenon has captivated people for millennia and continues to be a popular event for amateur astronomers and casual observers alike.
After this, the next opportunity for Canadians to see a supermoon will be in 2026. So, weather permitting, take a moment on the evening of December 2nd to look up and witness the last supermoon of the year lighting up the Canadian night.
