The 2019 super moon series captured global attention as three full super moons aligned across the year, offering sky watchers brighter and larger-appearing full moons. These events combined astronomy, photography, and public curiosity, making 2019 a notable year for lunar enthusiasts tracking close full moon encounters.
Unlike typical full moons, super moons occur when the full moon phase coincides with perigee, the point at which the Moon is closest to Earth. This proximity can make the Moon appear up to 14 percent larger and 30 percent brighter, creating striking visuals in clear night skies.
| Super Moon Date 2019 | Full Moon Name | Perigee Distance (km) | Apparent Size Increase |
|---|---|---|---|
| 21 January 2019 | Wolf Moon | 357,189 | About 7% |
| 19 February 2019 | Snow Moon | 356,766 | About 8% |
| 8 March 2019 | Worm Moon | 356,772 | About 8% |
| 30 May 2019 | Flower Moon | 357,516 | About 7% |
How to Photograph the Super Moon 2019
Photographing the 2019 super moon required balancing exposure, timing, and framing to highlight its size and detail. Using a telephoto lens, steady tripod, and manual settings helped reduce noise and preserve lunar textures during night shooting.
Skywatching Tips and Timing
Best Viewing Windows
For each super moon in 2019, the moments around moonrise and moonset offered the strongest visual impact, as the Moon appeared larger when framed by landscape features. Checking local moonrise times and horizon visibility improved the chances of clear, unobstructed views.
Equipment Recommendations
Experienced observers recommended binoculars for surface detail, DSLR or mirrorless cameras with long lenses for crisp shots, and smartphone adapters for accessible astrophotography. Planning with weather apps and dark sky locations further enhanced results.
Scientific Explanation of Super Moons
The science behind a super moon involves an elliptical orbit that varies between about 356,500 km and 406,700 km from Earth. When a full moon occurs within 90 percent of perigee, it qualifies as a super moon, a threshold easily met in 2019 with multiple near-closest approaches.
Planning Future Moon Events
- Track perigee and full moon times with astronomy apps and websites.
- Choose locations with low horizon obstructions for moonrise viewing.
- Use a telephoto lens or telescope to capture surface features and apparent size.
- Monitor weather forecasts for clear skies during key lunar phases.
- Share observations with local astronomy clubs to compare images and data.
FAQ
Reader questions
Why did the super moon in 2019 appear larger and brighter than other full moons?
It appeared larger and brighter because it reached full phase within hours of perigee, reducing Earth-Moon distance and increasing its apparent size and surface brightness in the sky.
Did the super moon in 2019 cause stronger tides or natural disasters?
While perigean spring tides were slightly higher, the 2019 super moons did not trigger natural disasters; the gravitational effects were modest compared with other astronomical and geological forces.
How can I tell the difference between a super moon and a regular full moon?
Compare photographs or direct views with a distant reference object; a super moon appears noticeably larger when near the horizon, though the difference is subtle from night to night.
What are the dates of the closest super moons in recent years beyond 2019?
Notable recent super moons include 2020's full super moons in March and April, and 2021's super moon in April, each passing within about 360,000 km of Earth.