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…
NASA gives green light to mission to send car-sized drone to Saturn moon
An artist's impression of NASA's Dragonfly drone.

NASA’s Mars helicopter mission is now well and truly over, but following in its footsteps is an even more complex flying machine that's heading for Saturn’s largest moon.

The space agency on Tuesday gave the green light to the Dragonfly drone mission to Titan. The announcement means the design of the eight-rotor aircraft can now move toward completion, followed by construction and a testing regime to confirm the operability of the machine and its science instruments.

Read more
Hubble discovers over 1,000 new asteroids thanks to photobombing
This NASA/ESA Hubble Space Telescope image of the barred spiral galaxy UGC 12158 looks like someone took a white marking pen to it. In reality it is a combination of time exposures of a foreground asteroid moving through Hubble’s field of view, photobombing the observation of the galaxy. Several exposures of the galaxy were taken, which is evidenced by the dashed pattern.

The Hubble Space Telescope is most famous for taking images of far-off galaxies, but it is also useful for studying objects right here in our own solar system. Recently, researchers have gotten creative and found a way to use Hubble data to detect previously unknown asteroids that are mostly located in the main asteroid belt between Mars and Jupiter.

The researchers discovered an incredible 1,031 new asteroids, many of them small and difficult to detect with several hundred of them less than a kilometer in size. To identify the asteroids, the researchers combed through a total of 37,000 Hubble images taken over a 19-year time period, identifying the tell-tale trail of asteroids zipping past Hubble's camera.

Read more
Biggest stellar black hole to date discovered in our galaxy
Astronomers have found the most massive stellar black hole in our galaxy, thanks to the wobbling motion it induces on a companion star. This artist’s impression shows the orbits of both the star and the black hole, dubbed Gaia BH3, around their common centre of mass. This wobbling was measured over several years with the European Space Agency’s Gaia mission. Additional data from other telescopes, including ESO’s Very Large Telescope in Chile, confirmed that the mass of this black hole is 33 times that of our Sun. The chemical composition of the companion star suggests that the black hole was formed after the collapse of a massive star with very few heavy elements, or metals, as predicted by theory.

Black holes generally come in two sizes: big and really big. As they are so dense, they are measured in terms of mass rather than size, and astronomers call these two groups of stellar mass black holes (as in, equivalent to the mass of the sun) and supermassive black holes. Why there are hardly any intermediate-mass black holes is an ongoing question in astronomy research, and the most massive stellar mass black holes known in our galaxy tend to be up to 20 times the mass of the sun. Recently, though, astronomers have discovered a much larger stellar mass black hole that weighs 33 times the mass of the sun.

Not only is this new discovery the most massive stellar black hole discovered in our galaxy to date but it is also surprisingly close to us. Located just 2,000 light-years away, it is one of the closest known black holes to Earth.

Read more