Skip to main content

Wait, we’re putting a national park on the Moon now?

national park on the Moon headerIf you thought sweating it behind the wheel through hundreds of miles of mind-numbing Nebraska cornfields to get to Yellowstone National Park was rough, you may not be cut out for America’s next great national park. It’s 238,900 miles away.

Yes, America may soon have a new national park on the Moon, thanks to legislation bravely introduced by Rep. Donna Edwards (D-Md.), whose courage is surpassed only by the astronauts she seeks to honor. (We’re talking about Earth’s moon by the way – don’t get all outlandish and go thinking we would try to create a park on one of Saturn’s moons, you crazy knucklehead.)

Why spend precious legislative time to preserve land on a chunk of rock in space that nobody has even set foot on in more than 40 years? To ensure our nation’s proud history isn’t trampled by moon vandals, extraterrestrial delinquents and other astrocretins, of course. Haven’t Tommy Lee Jones and Will Smith been warning us about them for years?

House Resolution 2617 would specifically preserve the sites related to the Apollo Missions, like the still-present footprints where Neil Armstrong left “one small step for man” in 1969, the lunar rover from Apollo 15, and even debris from the infamously aborted Apollo 13. You see, on Earth we use National Parks to preserve our nation’s most pristine natural beauty; on the Moon we preserve our own space garbage.

On Earth we use National Parks to preserve our nation’s most pristine natural beauty; on the Moon we preserve our own space garbage.

Sorry, didn’t mean to sound so cynical there, this is actually one hell of an exciting development for fans of space and National Parks like myself. I look forward to the point where space travel becomes so routine that a trip to our Lunar National Park becomes as common as packing the family into the car and heading to the Grand Tetons. Yes, 238,900 miles might sound daunting for a summer vacation, but look on the bright side: It’s only 225,622 miles if you follow the advice of your friendly AAA guide and leave at perigee!

All our proudest road-trip traditions will translate just fine to the inky blackness of outer space: Halfway there the kids start whining about how Pop-O-Matic Trouble doesn’t work in zero gravity, Dad gets all agitated behind the joystick, swats at the kids in the back seat while threatening to turn the ship around, and before you know it everybody’s crying and Mom breaks out the dehydrated ice cream from the science museum to get everyone to shut up. Yup, my kids are gonna have it just like I did, Lunar National Park or not. Hopefully we’ve thawed some of that lunar water by the time I get there so I can throw them in deep end of Moon Lake and teach them to swim, too.

Of course, there is one tiny issue that may hold up this idyllic American dream: The United States might not actually have any authority to put a national park there. A United Nations treaty signed in 1967 specifically states, “Outer space, including the moon and other celestial bodies, is not subject to national appropriation by claim of sovereignty, by means of use or occupation, or by any other means.”

Touche, United Nations. But your petty Outer Space Treaty is in direct contradiction with the superseding Law of Finders Keepers, which states, “We stuck a flag in first so we own it, idiots.”

Problem solved. Now where are we going to put the souvenir shop?

Nick Mokey
As Digital Trends’ Managing Editor, Nick Mokey oversees an editorial team delivering definitive reviews, enlightening…
Hubble Space Telescope is in safe mode due to a gyro problem
Hubble orbiting more than 300 miles above Earth as seen from the space shuttle.

The Hubble Space Telescope has experienced a problem with its hardware and is currently in safe mode, with science operations paused until the fault can be corrected. The problem is with one of the telescope's three operational gyros, which are used to control the direction in which the telescope points. When a fault like this is detected, the telescope automatically goes into a safe mode in which it performs only essential operations to prevent any damage to its hardware.

"The telescope automatically entered safe mode when one of its three gyroscopes gave faulty readings," NASA wrote in a statement. "The gyros measure the telescope’s turn rates and are part of the system that determines which direction the telescope is pointed. While in safe mode, science operations are suspended, and the telescope waits for new directions from the ground."

Read more
James Webb finds that rocky planets could form in extreme radiation environment
This is an artist’s impression of a young star surrounded by a protoplanetary disk in which planets are forming.

It takes a particular confluence of conditions for rocky planets like Earth to form, as not all stars in the universe are conducive to planet formation. Stars give off ultraviolet light, and the hotter the star burns, the more UV light it gives off. This radiation can be so significant that it prevents planets from forming from nearby dust and gas. However, the James Webb Space Telescope recently investigated a disk around a star that seems like it could be forming rocky planets, even though nearby massive stars are pumping out huge amounts of radiation.

The disk of material around the star, called a protoplanetary disk, is located in the Lobster Nebula, one of the most extreme environments in our galaxy. This region hosts massive stars that give off so much radiation that they can eat through a disk in as little as a million years, dispersing the material needed for planets to form. But the recently observed disk, named XUE 1, seems to be an exception.

Read more
Astronomers spot rare star system with six planets in geometric formation
Orbital geometry of HD110067: Tracing a link between two neighbour planets at regular time intervals along their orbits, creates a pattern unique to each couple. The six planets of the HD110067 system together create a mesmerising geometric pattern due to their resonance-chain.

Astronomers have discovered a rare star system in which six planets orbit around one star in an elaborate geometrical pattern due to a phenomenon called orbital resonance. Using both NASA's Transiting Exoplanet Survey Satellite (TESS) and the European Space Agency's (ESA) CHaracterising ExOPlanet Satellite (CHEOPS), the researchers have built up a picture of the beautiful, but complex HD110067 system, located 100 light-years away.

The six planets of the system orbit in a pattern whereby one planet completes three orbits while another does two, and one completes six orbits while another does one, and another does four orbits while another does three, and so one. The six planets form what is called a "resonant chain" where each is in resonance with the planets next to it.

Read more