Germany · International Dark Sky Park
Stargazing at Natur- und Sternenpark Nossentiner/Schwinzer Heide
How dark this certified sky really is, how far it is from the nearest cities, a live seven-night forecast for the site itself, and the moon-free nights worth planning around. Official DarkSky International page ↗
How dark the sky really is at Natur- und Sternenpark Nossentiner/Schwinzer Heide
Modelled zenith brightness at the site's coordinates is 21.7 mag/arcsec², which maps to roughly Bortle 3 (what each level means). This is an approximation from the 2024 light-pollution atlas, not a field measurement — and it describes the single point DarkSky lists, not the darkest corner of the park.
A genuinely dark rural sky: the Milky Way shows real structure overhead, galaxies and nebulae are rewarding in binoculars and small telescopes, and only a faint glow near the horizon betrays the nearest towns. For most visitors this is the darkest sky they will ever observe under.
Getting to Natur- und Sternenpark Nossentiner/Schwinzer Heide
None of the 52 cities we publish guides for lies within 700 km of Natur- und Sternenpark Nossentiner/Schwinzer Heide, so no drive estimate is shown. The site's coordinates (53.614, 12.217) come from the DarkSky International place finder.
The next seven nights at Natur- und Sternenpark Nossentiner/Schwinzer Heide
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Plan the next 90 days at Natur- und Sternenpark Nossentiner/Schwinzer Heide
Moon-free dark windows are astronomy — computable years ahead. Cloud is not: beyond the 16-night forecast nobody knows the weather, and we won't pretend to. What five years of reanalysis can say is how often each month's nights actually stayed clear here.
- Nov 3–1513 moon-free nights14% of November nights here stayed clear (2021–2025)
- Dec 2–1514 moon-free nights9% of December nights here stayed clear (2021–2025)
- Dec 31 – Jan 1314 moon-free nights9% of December nights here stayed clear (2021–2025)
Clear nights by month, 2021–2025
- Jan13%
- Feb28%
- Mar45%
- Apr47%
- May58%
- Jun69%
- Jul59%
- Aug53%
- Sep53%
- Oct31%
- Nov14%
- Dec9%
Clearest months historically: June (69%), July (59%), May (58%); across the year 40% of nights with astronomical darkness stayed clear.
"Clear" = weighted cloud cover (low 0.5 / mid 0.3 / high 0.2) ≤ 20% across the night's astronomical darkness. ERA5 reanalysis via Open-Meteo Archive, 2021–2025 (CC BY 4.0) — historical frequency, not a forecast. Once a window comes within 16 nights, the live forecast above takes over.
Put Natur- und Sternenpark Nossentiner/Schwinzer Heide's dark-sky nights on your calendar
Every month has a stretch of nights when the Moon leaves the dark hours at Natur- und Sternenpark Nossentiner/Schwinzer Heide essentially moon-free. Subscribe once and each window lands in your own calendar, about a year ahead — no account, no email.
moon & darkness geometry only — cloud can't be known this far out; check the live forecast above when a window gets close
Questions people ask about Natur- und Sternenpark Nossentiner/Schwinzer Heide
- How dark is the sky at Natur- und Sternenpark Nossentiner/Schwinzer Heide?
- Modelled zenith brightness from the 2024 World Atlas of Artificial Night Sky Brightness puts Natur- und Sternenpark Nossentiner/Schwinzer Heide at about 21.7 mag/arcsec², roughly Bortle class 3. That is an approximation derived from satellite data, not a field measurement; it is certified by DarkSky International as an International Dark Sky Park.
- When is the next moon-free dark window at Natur- und Sternenpark Nossentiner/Schwinzer Heide?
- The next stretch of essentially moon-free dark hours runs Nov 3–15 (13 nights), computed from Moon phase and altitude with Skyfield and JPL DE440s. Cloud cannot be known that far ahead; the live seven-night forecast on this page shows real cloud cover once a window is close.
- What is the clearest month at Natur- und Sternenpark Nossentiner/Schwinzer Heide?
- Over 2021–2025, June (69%), July (59%), May (58%) had the highest share of nights with astronomical darkness that stayed clear (weighted cloud cover ≤ 20%); across the year it was 40%. ERA5 reanalysis via Open-Meteo — historical frequency, not a forecast.
Place name and coordinates: DarkSky International (reviewed 2026-07-15, data 2026-10-13). Light pollution: David Lorenz, World Atlas 2024 (EOG VIIRS, CC BY 4.0), approximate. Cloud: Open-Meteo.com (CC BY 4.0). Moon and darkness geometry: Skyfield + JPL DE440s, computed locally. Drive times are estimates, not routes.