The most spectacular supermoon of the year illuminates the Canary archipelago
The Canary archipelago is preparing to witness one of the most outstanding astronomical events on the celestial calendar: the appearance of the most impressive supermoon of the entire year. This extraordinary phenomenon occurs when our natural satellite reaches its full moon phase simultaneously with the orbital perigee, the moment of maximum proximity to Earth. 🌕
Ideal conditions for observation
The Canary Islands offer a privileged setting to enjoy this cosmic spectacle, thanks to their exceptional atmospheric conditions that include predominantly clear skies and a notably reduced light pollution. Astronomy experts point out that the archipelago is one of the best places in the world for observing celestial events.
Recommendations for observation:- Observe the moonrise over the eastern horizon to take advantage of the visual magnification effect
- Seek locations in elevated areas with clear visibility to the east
- Move away from urban centers and sources of intense artificial lighting
The contrast with landscape elements during the moonrise creates a particularly striking visual effect that enhances the perception of the satellite's size and brightness.
Extraordinary characteristics of the phenomenon
During this unique astronomical event, the Moon will exhibit a significant increase in its apparent size and luminosity. Scientific measurements indicate that our satellite will appear approximately 14% larger and will show a 30% increase in brightness compared to a conventional full moon.
Highlights of the event:- Clearly perceptible differences for the naked-eye observer
- Phenomenon that will not repeat with the same intensity until next year
- Exceptional opportunity for astronomy enthusiasts and the general public
Practical considerations for observers
For those planning to enjoy the spectacle from their homes, it is important to consider that observation through windows may result in compromised views due to reflections and competition with electronic device lighting. The optimal experience requires direct observation conditions in natural settings preferably. 🔭