November 2026
Event cards are filtered for latitude, hemisphere, and basic visibility quality.
Space Observation Calendar
Do month-ahead astronomy calendars predict real sky events correctly when they are filtered for your location, local time, and hemisphere?
Location-Filtered Summary
For 52.37 deg N and 4.90 deg E, this month currently shows 13 filtered events.
13 visible or global0 limited11 global-scope2 location-sensitive0 not favored before filtering
Why Future Events Are Predictable
Future sky events can be predicted because the globe-Earth model gives one coherent geometry for Earth rotation, orbital motion, latitude, longitude, and horizon direction. Once you know where an observer is on Earth and when an event occurs, you can calculate whether it should be above the horizon, which part of the sky it should appear in, and how local clock time shifts that event for different places.
- Moon phases repeat on a predictable cycle because the Sun-Earth-Moon geometry changes in a regular way.
- Meteor-shower usefulness changes by latitude because the radiant climbs to different heights in different skies.
- Equinoxes, solstices, and daylight extremes differ by hemisphere exactly because Earth is tilted and rotating.
- That is why a useful calendar must convert one celestial event into local rise and set conditions, local darkness, and local viewing direction.
Upcoming 5 Events
This table starts from today, then follows the current location, category, and visibility filters. Clicking a row syncs the month view below.
| Date | Event | Scope | Visibility | Category | Links |
|---|---|---|---|---|---|
| Nov 8, 2026 | New Moon | Global | Global Event | Moon | |
| Nov 9, 2026 | Long-Dark-Night Window | Local | Visible Here | Seasonal | |
| Nov 12, 2026 | Waxing Crescent | Global | Global Event | Moon | |
| Nov 15, 2026 | First Quarter | Global | Global Event | Moon | |
| Nov 17, 2026 | Leonids Peak | Local | Best Here | Meteor |
Month View
Click a date to narrow the event list. Cell tint shows whether a day is global, local, or mixed after the current filters.
Global-scope dayLocation-sensitive dayMixed day
Sun
Mon
Tue
Wed
Thu
Fri
Sat
Events In November 2026
This is a built-in observation planner. For exact conjunction times or satellite passes, pair it with a live sky app or astronomy calendar.
Last Quarter
Nov 1, 2026
MoonGlobalGlobal Event
The Moon shows a half-lit morning phase and is highest after midnight into dawn.
Best window: Most noticeable after midnight into the morning sky.
Location note: This phase happens globally, but its rise and set times still shift with location and local horizon.
Dark-Sky Window
Nov 2, 2026
MoonGlobalGlobal Event
Dark-sky window near new Moon. This is usually the best part of the month for faint stars, Milky Way structure, and deep-sky observing.
Best window: Best in the nights nearest the new Moon, especially well after twilight.
Location note: This window is globally useful, but how dark the sky feels still depends on local twilight, weather, and light pollution.
Waning Crescent
Nov 4, 2026
MoonGlobalGlobal Event
The Moon's geometry changes in a predictable monthly cycle.
Best window: Visible sometime during the month.
Location note: This phase happens globally, but its rise and set times still shift with location and local horizon.
New Moon
Nov 8, 2026
MoonGlobalGlobal Event
The Moon lies near the Sun in the sky, creating the darkest nights of the month for deep-sky observing.
Best window: Best for deep-sky observing in the nights around this date.
Location note: This is a global phase event, but your local weather and horizon still determine whether the nearby crescent is easy to catch.
Long-Dark-Night Window
Nov 9, 2026
SeasonalLocalVisible Here
Long-night window. Winter months at higher latitudes usually offer the longest dark-sky observing sessions of the year.
Best window: Best in the middle of the night, away from urban light pollution.
Location note: At your latitude, nights are long enough this month to make extended observing windows much easier than in summer.
Waxing Crescent
Nov 12, 2026
MoonGlobalGlobal Event
The Moon's geometry changes in a predictable monthly cycle.
Best window: Visible sometime during the month.
Location note: This phase happens globally, but its rise and set times still shift with location and local horizon.
First Quarter
Nov 15, 2026
MoonGlobalGlobal Event
The Moon shows a half-lit evening phase and stays high during the first half of the night.
Best window: Most noticeable from afternoon through late evening.
Location note: This phase happens globally, but its rise and set times still shift with location and local horizon.
Leonids Peak
Nov 17, 2026
MeteorLocalBest Here
Variable November shower that is usually modest but occasionally surges.
Best window: Best after midnight under dark skies.
Location note: This shower is usable from both hemispheres, but a higher radiant and darker sky still improve the count. Moon illumination near peak is about 48%. For quick planning, your longitude is roughly near UTC+0.
Moonlit-Sky Window
Nov 17, 2026
MoonGlobalGlobal Event
Bright-moon window near full Moon. Useful for lunar observing, but less favorable for faint meteors and deep-sky objects.
Best window: Most noticeable in the nights around full Moon.
Location note: This affects the whole world, but local moonrise and moonset still control when the bright sky is most noticeable from your location.
Waxing Gibbous
Nov 19, 2026
MoonGlobalGlobal Event
The Moon's geometry changes in a predictable monthly cycle.
Best window: Visible sometime during the month.
Location note: This phase happens globally, but its rise and set times still shift with location and local horizon.
Full Moon
Nov 23, 2026
MoonGlobalGlobal Event
The Moon sits opposite the Sun and brightens most of the night sky.
Best window: Visible from around sunset through sunrise.
Location note: This phase happens globally, but its rise and set times still shift with location and local horizon.
Waning Gibbous
Nov 27, 2026
MoonGlobalGlobal Event
The Moon's geometry changes in a predictable monthly cycle.
Best window: Visible sometime during the month.
Location note: This phase happens globally, but its rise and set times still shift with location and local horizon.
Last Quarter
Nov 30, 2026
MoonGlobalGlobal Event
The Moon shows a half-lit morning phase and is highest after midnight into dawn.
Best window: Most noticeable after midnight into the morning sky.
Location note: This phase happens globally, but its rise and set times still shift with location and local horizon.
Why Flat-Earth Models Struggle
A flat-Earth explanation does not provide one stable geometric framework that can predict the same event correctly for different longitudes, latitudes, hemispheres, and local horizons at once. It can describe isolated observations after the fact, but it does not naturally produce one location-aware calendar that keeps working month after month.
- A single monthly event list still has to explain why some observers see an event high in the sky while others do not see it at all.
- It also has to explain why local clock times shift smoothly with longitude instead of changing in arbitrary ways.
- Seasonal sky changes, opposite hemispheric behavior, and horizon-limited visibility all fit a rotating globe more cleanly than a flat sky-dome story.
- If a model cannot generate reliable forward predictions for many locations from one geometry, it is weak as an explanatory calendar model.
How The Filter Works
- Global-scope events happen for everyone on Earth, but the local viewing experience still shifts with rise and set time, horizon, and weather.
- Location-sensitive events are explicitly colored differently in the calendar because latitude and hemisphere change how useful they are from your sky.
- Meteor showers are filtered more aggressively because radiant height changes with latitude and hemisphere.
- This planner is strongest as a location-aware observation shortlist, not as a replacement for a live planetarium or satellite-pass predictor.
Tags
Open a tag to see related tools, debunks, and experiments grouped by the same topic.