The True Post (Web News) Pakistan’s Meteorological Department has released the official schedule for all solar and lunar eclipses expected in 2026, providing astronomers, researchers, and the general public with detailed information on timing, visibility, and duration.
According to the department, next year will feature multiple eclipses, including both total and partial solar eclipses as well as penumbral and partial lunar eclipses. Each event has been carefully calculated using advanced astronomical data to ensure accuracy for observers across the country.
Officials emphasized that knowing the precise timings is crucial not only for scientific and educational purposes but also for public safety, as solar eclipses require protective measures to prevent eye damage. The department has provided exact timings in local standard time along with visibility maps showing which regions will experience full or partial phases of the eclipses.
Astronomers and space enthusiasts are encouraged to plan observations in advance, with some eclipses offering unique opportunities for research and photography. Schools and universities are also expected to use this schedule for educational programs, workshops, and awareness campaigns about celestial phenomena.
The Meteorological Department has reiterated safety guidelines, urging people to use certified solar glasses while viewing solar eclipses and to avoid direct eye contact with the sun. For lunar eclipses, normal observation is safe, but enthusiasts are advised to use telescopes or binoculars for better visibility.
This schedule marks an important resource for Pakistan, enabling communities to anticipate celestial events and participate in scientific and cultural activities surrounding these rare occurrences. With this advance notice, both professional and amateur astronomers can maximize their observational experience throughout 2026.
The department has made the full eclipse timetable publicly available on its official website and encourages residents to follow updates for any adjustments based on astronomical calculations.
