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2026 Astronomical Events Visible from Czechia

All dates are given in Central European Time (CET / CEST). Events are rated by practical observing value from Czech Republic latitudes (approximately 50°N). Source data cross-referenced with In-The-Sky.org and IAU ephemeris tables.

Leonid meteor streak photographed during the annual November shower

How to Use This Calendar

Events are colour-coded by type: teal for meteor showers, blue for planetary events, gold for eclipses, and purple for special events. Peak dates assume optimal sky conditions; most meteor showers remain active for several nights either side of the listed peak. Planetary events are date-specific but the planet remains well-placed for observation for several weeks around opposition.

January 2026
Quadrantid Meteor Shower
Peak: Jan 3–4 — Up to 120/hr in ideal conditions. Radiant in Boötes, best after 2:00 CET.
Mars near the Pleiades
Jan 14 — Mars passes within 0.6° of the Pleiades cluster. Striking in binoculars.
February 2026
Venus at Greatest Elongation
Feb 7 — Evening star at maximum separation from the Sun. Best binocular views of Venus phases this year.
Jupiter & Moon Conjunction
Feb 18 — Jupiter within 2° of the full Moon. Visible to the naked eye in early evening.
March 2026
Observatory & Planetarium Day
Mar 27 — Annual public open-door event at Czech observatories including Hvězdárna Ďáblice and Ondřejov.
Vernal Equinox
Mar 20 — Equal day and night. The Sun crosses the celestial equator northward; Orion begins to set earlier.
April 2026
Lyrid Meteor Shower
Peak: Apr 22 — 10–20 meteors per hour. Radiant near Vega (Lyra). Best observed after midnight from an elevated site.
Partial Lunar Eclipse
Apr 7 — Partial phase visible from Czech Republic. Maximum eclipse around 22:00 CET.
May 2026
Eta Aquariid Meteor Shower
Peak: May 6 — Debris from Halley's Comet. Radiant low on Czech horizon but bright meteors possible from 3:00 CET onward.
Mercury at Greatest Eastern Elongation
May 21 — Best 2026 evening visibility of Mercury in the western twilight sky.
June 2026
Summer Solstice
Jun 21 — Shortest night of the year. Not ideal for deep-sky observing, but noctilucent clouds become visible in northern twilight.
Mars at Opposition
Jun 27 — Mars at its closest to Earth. Disk diameter approximately 18 arcseconds — surface features visible in a 100mm+ scope.
July 2026
Southern Delta Aquariids
Peak: Jul 30 — Moderate shower, 20 meteors/hr. Excellent combined with early Perseids from dark sites in Sumava or Beskydy.
Milky Way Core at Zenith
Late Jul — The Scorpius-Sagittarius galactic core region reaches maximum altitude around midnight. Prime astrophotography window.
August 2026
Perseid Meteor Shower
Peak: Aug 12 — The year's premier shower. 80–120 meteors/hr from a dark site. Radiant in Perseus, no interference from Moon in 2026.
Total Solar Eclipse (Iceland–Spain path)
Aug 12 — Czechia outside totality path, but deep partial phase (~75–80% coverage) visible mid-morning.
September 2026
Saturn at Opposition
Sep 21 — Best Saturn viewing of 2026. Ring tilt ~5°. Disk diameter 19 arcsec. Cassini Division clearly visible in 80mm scope.
Autumnal Equinox
Sep 22 — Nights lengthen. Andromeda Galaxy reaches its highest altitude. Prime season for galaxy observing begins.
October 2026
Draconid Meteor Shower
Peak: Oct 8 — Best observed in early evening (radiant near zenith at dusk). Variable activity; can outburst unpredictably.
Orionid Meteor Shower
Peak: Oct 21 — Halley's Comet debris. Swift, bright meteors from a radiant near Betelgeuse. 20–30/hr.
November 2026
Leonid Meteor Shower
Peak: Nov 17 — Swift metallic-coloured meteors. 2026 rates expected at 10–15/hr baseline. Historical outburst years: 1966, 1999.
Uranus at Opposition
Nov 4 — Uranus magnitude 5.6 — technically naked-eye from Bortle 3 sites. Clearly visible as a blue-green disk in any telescope.
December 2026
Geminid Meteor Shower
Peak: Dec 14 — Consistently the year's richest shower: 120–160 meteors/hr under dark skies. Radiant rises by 22:00 CET.
Ursid Meteor Shower
Peak: Dec 22 — Short shower around the solstice. 10–15/hr from a radiant near Kochab (Ursa Minor). Circumpolar radiant — visible all night.

Planning Your Observations

The single most useful planning habit is checking the lunar phase before travelling to a dark sky site. A full Moon is roughly 400,000 times brighter than a clear moonless sky and effectively washes out faint deep-sky objects. Schedule your dark site visits for the five or six nights centred on new moon.

For planetary events and meteor showers, the Moon phase matters less — Jupiter, Saturn, and bright meteors remain visible even with moonlight. But if you are driving 90 minutes to the Jizera plateau specifically to see the Andromeda Galaxy with your new telescope, check the lunar phase first.

Reliable astronomical planning resources include In-The-Sky.org for object positions and event predictions, Meteoblue for astronomical seeing and cloud forecasts, and Light Pollution Map for sky quality at specific coordinates.