14 April 2026
Astronomy Now
  • Home
  • The Magazine
    • About
    • Current Issue
    • Subscribe
    • Renew Subscription
  • AstroFest 2026
  • News
  • Observing
    • UK Sky Chart
    • Almanac
    • Scope Calc
    • DSLR Calc
  • Reviews
    • Equipment
    • Book Reviews
  • Spaceflight Now
  • Shop
  • Contact Us
    • Subscriptions
    • Your Views
    • Ask Astronomy Now
    • Editorial
    • Advertising
    • AstroListings
Latest News
  • [ 14 April 2026 ] Moon dust preserves record of life’s building blocks News
  • [ 11 April 2026 ] Dark matter may come in multiple forms, new model suggests News
  • [ 2 April 2026 ] Witness to history: Artemis II, lunar exploration and hope News
  • [ 25 March 2026 ] Artificial Intelligence uncovers more than 100 new worlds in NASA data News
  • [ 24 March 2026 ] XRISM solves gamma-Cas’s 50-year X-ray mystery News
  • Facebook
  • Twitter
  • LinkedIn

habitable zones

News

Red dwarfs may be more hazardous to one’s health than previously thought

30 October 2020 Astronomy Now

Observations of Barnard’s Star, a nearby red dwarf, suggest planets orbiting the galaxy’s most commonplace stars may be challenging for life.

News

Study shows Venus may have once enjoyed a temperate climate

23 September 2019 Astronomy Now

Computer simulations indicate Venus may have been a temperate, possibly habitable, planet for two to three billion years before evolving into the hellish hothouse seen today.

News

“Electric wind” can strip Earth-like planets of oceans and atmospheres

21 June 2016 Astronomy Now

The space environment around a planet plays a key role in determining what molecules exist in the atmosphere – and whether the planet is habitable for life. New research shows that Venus has an “electric wind” strong enough to remove the components of water from its upper atmosphere, which may have played a significant role in stripping Earth’s twin planet of its oceans.

News

Stifling atmospheres could limit number of habitable exoplanets

26 May 2016 Astronomy Now

New research reveals that fewer than predicted planets may be capable of harbouring life because their atmospheres keep them too hot. Computer simulations show that planets similar to or larger in mass than the Earth that are born with thick envelopes of hydrogen and helium are likely to retain their stifling atmospheres.

Latest Issue

Astronomy Now Newsletter

Join our mailing list.
* indicates required
Which elements of Astronomy interest you?

News Headlines

  • Moon dust preserves record of life’s building blocks
    14 April 2026
  • Dark matter may come in multiple forms, new model suggests
    11 April 2026
  • Witness to history: Artemis II, lunar exploration and hope
    2 April 2026
  • Artificial Intelligence uncovers more than 100 new worlds in NASA data
    25 March 2026
  • XRISM solves gamma-Cas’s 50-year X-ray mystery
    24 March 2026

© 2026 Nebula Press Ltd

Astronomy Now