See the partial eclipse at Culloden Observatory

Name: See the partial eclipse at Culloden Observatory
Start: 2025-03-29T09:30:00+00:00
End: 2025-03-29T12:30:00+00:00
Location: Jim Savage-Lowden Observatory

Saturday 29th March 2025 from 09:30am to 12:30pm

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Jim Savage-Lowden Observatory
Culloden Battlefield, Culloden Moor, Inverness-shire, IV2 5EU

Join the friendly astronomers from the Highlands Astronomical Society for this special event to observe the partial solar eclipse. The group will have eclipse glasses, provided by Go Stargazing, for attendees. If the clouds are ganging up, we will have members in attendance that can give some info about what should be happening behind the clouds and, as always, we can answer your questions. Visitors welcome!

Please note that this has already taken place on 29/03/2025

Event organiser

Highlands Astronomical Society is organising this event

Please contact Highlands Astronomical Society directly for more details regarding this event or, if appropriate, contact the event venue.

Email: [email protected]
Website: Highlands Astronomical Society
Facebook: Highlands Astronomical Society

Event booking

For full details on how to attend this event, including how to book, please see the event's official website.

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Event darkness

The Moon has a big impact on the visibility of celestial bodies in the night sky. Try to plan your stargazing when there is no bright Moon at night as this is when the skies will be at their darkest.

The below chart shows if and when the skies will be at their darkest during this event. Moonlight is shown in light yellow and the Sun's twilight in light blue. Midnight on the date shown is shown as a white line with sunset to the left and sunrise the next morning to the right. A black background with stars shows the best times for stargazing.

Sat 29th Mar

New Moon

0 % illuminated

Dark from 20:17 to 04:21

Dark for 8h 3m

Local light pollution

Jim Savage-Lowden Observatory is estimated to have light pollution levels similar to asemi-rural semi-rural location based on the latest data from the VIIRS satellite.