Mars will burn bright in the sky tonight as it reaches opposition

Ultra realisic 3d rendering of Mars and Milky way in the backround. Image uses large 46k textures for detailed appereance of the planet surface. Elements of this image furnished by NASA.
Mars will burn brightly in the sky as it reaches opposition (Getty/NASA)

Mars will shine in the sky on Tuesday night as the planet lines up with Earth, looking big and bright as it reaches “opposition”.

Every 26 months, the two planets move close together, until Earth lines up with Mars on the same side of the sun. 

Tuesday night sees the moment of opposition, with the planets lining up at just after 11pm. 

At that point, Mars should be visible to the south east from the UK, astrophotographer Damian Peach told the BBC. 

Peach said, “Even at nine or 10 o’clock in the evening, you’ll easily see it over in the southeast. You can’t miss it, it’s the brightest star-like object in that part of the sky.”

The Red Planet actually made its closest approach to our planet on 6 October, when it was 38,586,816 miles away from Earth

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Someday, even wet forests could burn due to climate change — ScienceDaily

Millions of years ago, fire swept across the planet, fueled by an oxygen-rich atmosphere in which even wet forests burned, according to new research by University of Colorado Boulder scientists.

The study, published today in Nature Geoscience, provides geochemical evidence showing that forest fires expanded dramatically, potentially burning up to 30 or 40 percent of global forests during a 100,000 year interval more than 90 million years ago. While today’s fires are exacerbated by dry conditions, they found that forest fires during this period increased even in wet regions due to changes in global climate.

“Studying this period in Earth’s history can shine light on how the modern and future Earth might behave under global change,” said F. Garrett Boudinot, lead author and recent PhD graduate in the Department of Geological Sciences.

Boudinot analyzed samples from a rock core that spans what is known as the Oceanic Anoxic Event

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