March 2026 Total Lunar Eclipse Date And Timing
The total lunar eclipse on March 3, 2026 begins with the penumbral phase at 18:01 UTC, followed by the partial eclipse at 19:10 UTC and totality starting at 20:35 UTC NASA Eclipse Website. The midpoint of totality occurs at 21:11 UTC, and the eclipse ends at 22:46 UTC, with the entire event lasting about 6 hours and 45 minutes.
For observers in the Americas, Europe, and western Africa, the total phase is visible late evening or around midnight local time, while viewers in Asia see the eclipse in the early morning hours of March 4 Time and Date. The duration of totality is 65 minutes, placing it in the middle range for recent lunar eclipses.
Global Visibility And Viewing Conditions
The path of visibility for the March 2026 total lunar eclipse covers a broad swath from South America and the eastern United States to Western Europe, North Africa, and much of Asia Time and Date. Major cities such as New York, London, Lagos, and Singapore will see the total phase at convenient late-evening or early-morning hours.
Weather forecasts for the date are not yet available, but historical data suggest clear skies are more likely over the southern United States and western Europe than over the Indian subcontinent and Southeast Asia Time and Date Weather. The Moon will be located in the constellation Virgo during the eclipse, providing a bright backdrop for astrophotography.
Scientific And Public Engagement Context
Total lunar eclipses occur when the Sun, Earth, and Moon align in syzygy, with Earth casting its umbral shadow onto the lunar surface NASA Eclipse Website. The March 2026 eclipse is the second total lunar eclipse of the 2026 eclipse season, following the March 3 partial solar eclipse earlier in the same month.
Amateur astronomers and citizen science platforms often use total lunar eclipses to record brightness estimates and color changes, contributing data to organizations such as the International Occultation Timing Association IOTA Eclipse. Public viewing events are typically hosted by planetariums and astronomy clubs in the major visibility regions, with live streams available from several outlets.