Dark Skies Cumbria

Light up February with a spectacular array of online events celebrating the wonders of our night sky

Live events over 17 evenings in February give you the opportunity to explore our dark skies with astronomers, astrophotographers, authors, filmmakers, lighting and design professionals, performers, poets and outdoor adventurers.

Book Now for individual event information and booking options. We've also produced this handy little leaflet which you can download as a reminder of what's in a line-up which we think is out of this world!

(View / Download Festival Line-Up - pdf)


Saving Our Night Skies

Cumbria's dark skies allow us to see the natural wonder of the stars, but are also critical for the health wildlife and our own natural well-being. Sadly light pollution in Cumbria is increasing each year, threatening to obscure our view of the stars and blinding and confusing animals so they can’t feed or find a mate. We need urgent action now to stop light pollution. Stargazers, photographers, wildlife lovers and local communities… please help.

     

Or you can give by text to 70085. Just message DARKSKIES along with your chosen donation amount (eg DARKSKIES 5 to donate £5). Standard message rates apply.

The Lake District and Cumbria offers some of the most spectacular and precious skyscapes in England and we want you to join us on an interstellar adventure. Download our Dark Sky Discovery Pack and get started today!

The health of our ecosystems is being harmed by growing levels of light pollution. Wasted light burning energy when not needed increases greenhouse gas emissions, adding to climate change threats to key habitats, but also directly affecting many species’ sleeping/roosting, foraging and breeding behaviours.

Around 60% of insects are nocturnal and an estimated third of these are dying because of light pollution, attracted to artificial lights fluttering around until they die exhausted or being easier prey for predators. A growing body of research is showing that in combination with habitat loss, chemical pollution, invasive species and climate change, light pollution is a key driver behind the huge loss of insect populations.(1)

Did you know that when we’re tucked up in bed our nocturnal pollinators are busy at work?! Nocturnal insects such as moths play a vital role in the pollination of the 87% of all plant species.(2)

Researchers at the University of Bern, Switzerland, erected street lights in remote Swiss meadows to mimic the effects of artificial light pollution. In fields lit during the night, flowers had 62% fewer nocturnal insect visits than flowers in dark meadows. Consequently, the night-lit plants produced 13% fewer seeds overall. The researchers said that night lights could affect the entire network of plants and pollinators.(3)

Unlike some of the more complex causes of insect decline, we can take immediate steps to reduce the impacts from artificial lighting. For example, recent research published in 2019 by Newcastle and York Universities assessing the impact of part-time switch off of street lights, showed that the same levels of successful pollination occurred as in full darkness.(4) We’re not doing this in Cumbria yet, but some counties such as Hampshire are trailing part-night switch offs for wider energy and budget saving reasons. Many road lights in Cumbria are 50% dimmed overnight to save energy and this reduced light intensity also helps lessen wildlife impacts. More broadly we need to look to create dark refuges and dark corridors for habitat connectivity for wildlife overall, but to foster vital pollination in particular.

We need to be asking: How much insect life are we losing each year due to light pollution in Cumbria? Where are the most vulnerable habitats and species being affected?

If you have any evidence or know of any research please do send it through to Jack via: [email protected]

(1). https://www.sciencedaily.com/releases/2018/06/180619122456.htm https://www.sciencedaily.com/releases/2019/01/190121103411.htm and http://www.sussex.ac.uk/broadcast/read/50282

(2). https://royalsocietypublishing.org/doi/10.1098/rsbl.2019.0877

(3). https://www.nature.com/articles/nature23288

(4). https://www.sciencedaily.com/releases/2019/01/190121103411.htm