Dalby, Thornton-le-Dale, Yorkshire, YO18 7LT
Registrations close Sunday 25th August! Tucked away in the heart of The Great Dalby Forest is Adderstone Field and home to this annual stargazing festival. Taking place during a new moon and being distant from light pollution the dark skies above Dalby reveal the Milky Way arching from one tree-lined horizon to the other. Everyone is guaranteed an extremely friendly welcome and are reminded that being an official star camp attendees are asked to abide by "white light" rules (red light only at night). A hog roast and welcome drinks are offered on the Friday and each evening talks are given in the main marquee whilst the skies darken. The forest is a great place to explore by day... Early booking recommended!
- Event is a hosted at a dark sky location such as a remote campsite over several nights usually around a new moon when the skies are dark.
Please be aware that due to the Coronavirus it is likely that this event has been cancelled or postponed. If you are considering attending this event please double check with the event organiser directly to confirm. If this event is indeed affected the organisers will no doubt need your support in the future -- please do consider attending an event of theirs when possible! Thank you!
This event is being organised by Scarborough & Ryedale Astronomical Society who should be contacted if you have any queries. We highly recommend you confirm this event is indeed going ahead before travelling. If you do attend it would be fantastic if you could let the organiser know you found them via Go Stargazing!
Please contact Scarborough & Ryedale Astronomical Society directly for more details regarding this event or, if appropriate, contact the event venue.
Location light pollution
Location darkness on Thursday 29th August 2019
The below graphic shows if and when it will be dark at Dalby Forest Adderstone Field on the evening of this event. Yellow areas show when the skies are not dark due to daylight (bold yellow) and moonlight (faded yellow). Click on the image for an explanation on how darkness is determined.