Cod Beck Reservoir Car Park
Whorlton, Northallerton, DL6 3AL
Description
Learn everything there is to know during a bespoke evening with renowned astro-photographer Steve Bell. Under his guidance and expertise you'll be taught the techniques to produce spectacular images of the night sky.
Steve Bell is a dark skies and landscape photographer based in Helmsley on the edge of the North York Moors National Park. He has worked with the BBC’s National History Unit creating specialist dark skies time lapse sequences along with being commissioned by the national parks for various assignments.
Please contact Steve for more details, to arrange a session with him and to agree a location.
This event is taking place as part of the North York Moors Dark Skies Fringe Festival 2020.
Corona virus
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!
Organiser
This online event is being organised by North York Moors National Park who should be contacted if you have any queries. If you do attend this online event it would be great if you could let the organiser know you found out about it via Go Stargazing, thank you!
Bookings
Please contact North York Moors National Park directly for more details regarding this event or, if appropriate, contact the event venue.
Go to the organiser's web page for this event
Location light pollution
This location is estimated to have light pollution levels similar to a rural setting based on satellite data from CPRE.
Location darkness on Monday 26th October 2020
The below graphic shows if and when it will be dark at Cod Beck Reservoir Car Park 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.
