The January 2019 lunar eclipse was a total eclipse visible from North and South America, Europe, and Africa, occurring on January 20–21, 2019. Often called a Super Blood Moon, it combined a total lunar eclipse with a supermoon, offering sky watchers a long, reddish spectacle.
This event was widely observed and photographed, with many regions enjoying favorable evening conditions. The eclipse fit into an ongoing cycle of lunar eclipses and provided a chance for both casual viewers and astronomy enthusiasts to engage with celestial mechanics.
| Eclipse Type | Date | Duration (Total) | Visibility Regions |
|---|---|---|---|
| Total Lunar Eclipse | January 20–21, 2019 | 61 minutes | Americas, Europe, Africa, parts of Pacific |
| Supermoon | Perigee near full phase | — | Visible where lunar eclipse was visible |
| Magnitude | 1.356 | ||
| Saros Series | 124 (member of series) | ||
Understanding a Total Lunar Eclipse
What happens during totality
A total lunar eclipse occurs when the Moon passes entirely through Earth’s umbra, the central and darkest part of its shadow. During totality, the Moon often turns coppery red as sunlight bends through Earth’s atmosphere and only the longer-wavelength reds reach the lunar surface.
Visibility and timing details
The January 2019 lunar eclipse provided up to 62 minutes of totality for ideal locations, with the partial phases unfolding over several hours. Viewers in the Americas were treated to evening viewing, while observers in Europe and Africa saw the eclipse in the early morning hours.
Timing and Visibility Details
Detailed timing varied by region, with penumbral eclipse beginning before partial phases and ending well after the end of totality. Key moments in UTC included the start of partial eclipse, the beginning and end of totality, and the conclusion of the penumbral phase.
For many mid-latitude observers in the Americas, the eclipse unfolded during prime evening hours, making it especially accessible to photographers and families. In Europe and Africa, the event favored early morning viewers, which still allowed public observatories and enthusiasts to document the phenomenon.
The proximity to perigee meant the Moon appeared slightly larger than average, enhancing the visual impact of the supermoon component. Atmospheric conditions at the time influenced the brightness and exact shade of the Moon during totality, with clearer skies producing more vivid reds.
Photographing and Observing the Super Blood Moon
Camera settings and equipment tips
Capturing the reddish hues of a total lunar eclipse benefits from manual settings, longer exposures, and a stable mount or tripod. Wide-angle lenses work for landscapes with the eclipsed Moon, while telephoto lenses help isolate the Moon and foreground details.
Planning for future eclipses
The January 2019 lunar eclipse served as a benchmark for planning observation sessions, helping observers refine timing, gear, and techniques. Reviewing recorded data and images after the event can improve results for subsequent eclipses.
Understanding Eclipse Cycles
Lunar eclipse season patterns
Lunar eclipses occur during eclipse seasons roughly twice a year, when the Sun is close enough to an eclipse node for the Moon to pass through Earth’s shadow. The January 2019 event was part of such a season, linked to a solar eclipse that occurred about two weeks earlier.
Saros series and long-term patterns
The January 2019 lunar eclipse belonged to Saros 124, a series of eclipses separated by approximately 18 years and 11 days. Tracking Saros cycles helps astronomers predict eclipses and contextualize individual events within longer-term celestial patterns.
Key Takeaways from the January 2019 Lunar Eclipse
- Total lunar eclipse with up to 61 minutes of totality on January 20–21, 2019
- Supermoon effect made the Moon appear larger and brighter
- Favorable viewing across much of the Americas with evening timing
- Europe and Africa had early morning viewing opportunities
- Distinct red coloring due to atmospheric refraction and Rayleigh scattering
- Part of Saros 124 and a useful reference for planning future eclipses
- Accessible subject for photography with basic planning and stable equipment
FAQ
Reader questions
Why was the Moon red during the January 2019 total lunar eclipse?
Sunlight passing through Earth’s atmosphere scattered shorter blue wavelengths and refracted red wavelengths toward the Moon, giving it a reddish appearance known as a Blood Moon.
How long did totality last during the January 2019 lunar eclipse?
Totality lasted about 61 minutes, which is close to the longer end of durations for recent total lunar eclipses.
Was the January 2019 lunar eclipse visible from Europe and Africa?
Yes, observers in parts of Europe and Africa saw the eclipse in the early morning hours, with varying visibility depending on local horizon conditions.
What is a Super Blood Moon in relation to a lunar eclipse?
A Super Blood Moon combines a supermoon, when the Moon is near perigee and appears larger, with a total lunar eclipse, creating a notably large and reddish Moon.