BBC Sky at Night

URBAN STARGAZING Astronomy under light-polluted skies

While the world of astronomy regularly trades on visions of dark expanses swarming with stars and the river-like Milky Way arcing over remote landscapes, the reality for most of us is that stargazing occurs under, or close to, the bright lights of towns and cities. From these locations contemplating the Universe can be challenging, as wasted artificial light fills the sky with a diffuse, nocturnal glow.

Although the near-fantastical vistas of Instagram and space documentaries might be lightyears from our ‘every night’ experience, there’s still an enormous diversity of engaging targets for an astronomer to enjoy under urban and suburban night skies. In this article we highlight a few key examples – and offer some tips on how to get started – to show that you don’t need to live under the darkest skies to connect with the wonders of the cosmos above.

Will Gater is an astronomy journalist and science presenter. His book, The Mysteries of the Universe, is published by DK

Getting transparent about light pollution

A key factor that influences how bad the effects of light pollution are is the haziness of the sky

If you live in an urban or suburban area, the fact that

You’re reading a preview, subscribe to read more.

More from BBC Sky at Night

BBC Sky at Night2 min read
We've Misunderstood The Universe
There’s something wrong with our understanding of the Universe and, as the James Webb Space Telescope (JWST) has just confirmed, it doesn’t seem to be an observational error. One of the biggest mysteries in cosmology is the ‘Hubble tension’, the puzz
BBC Sky at Night2 min read
Comets And Asteroids
Minor planet 2 Pallas reaches opposition on 17 May when it can be found shining within the stars of Hercules at magnitude +8.9. At this brightness, it’s a tricky binocular find, but a small telescope should pick it up without any difficulty. Pallas w
BBC Sky at Night1 min read
Parker's Design Features
To withstand the extreme heat and radiation found in our star’s immediate neighbourhood, Parker Solar Probe is protected by a 2.3-metre-diameter (7.5ft) hexagonal solar shield, weighing just 73kg (160lb) and mounted on its Sunfacing side. This shield

Related Books & Audiobooks