Full Moon Calendar

Full Moon Calendar tracks every full moon in the current lunar cycle, with each entry labelled by its traditional name, exact UTC peak time, and flags for supermoons and blue moons. The schedule is part of the space category and follows the standard astronomical sequence used for month-by-month lunar phases rather than a local holiday or event timetable. Traditional names such as Wolf Moon, Snow Moon, Worm Moon, Pink Moon, Flower Moon, Strawberry Moon, and Buck Moon help distinguish successive lunations as the year progresses. The calendar typically records one full moon per synodic month, although the pattern can produce a blue moon when an extra full moon falls within the same seasonal or calendar window. Peak times are listed in UTC so the phase can be compared across time zones without ambiguity, while the event titles preserve the familiar name attached to each full moon. Representative entries in the current run include Wolf Moon, Snow Moon, Worm Moon, Pink Moon, Flower Moon, and Full Moon marked as a Blue Moon, followed by Strawberry Moon and Buck Moon later in the season. The underlying ephemeris is computed with astronomy-engine and validated against NASA JPL DE406, linking the calendar to the published astronomical reference work maintained in Pasadena, California. Astronomy enthusiasts, teachers, photographers, and planners who follow lunar phases can use this smart calendar feed free to subscribe and bring the full moon schedule into Apple Calendar, Google Calendar, or Outlook. That makes the next full moon visible beside other commitments without manual entry, while the traditional names and special flags remain attached to each event. The feed is also useful for fieldwork, night-sky observation planning, and reference checking when a supermoon or blue moon carries added interest. The calendar updates regularly each year, so revised lunar computations and any corrected peak times appear automatically. Because the ephemeris is refreshed against the current astronomical model, cancellations are not relevant here, but adjusted phase timing and newly projected full moons remain aligned with the latest calculations.