LADEE in the Fully-Stacked Minotaur V Fairing. Image credit: NASA Ames/ Zion Young

If you’ve been missing your lunar reconnaissance instruments since the GRAIL impact, you might find some relief through the upcoming launch of  the Lunar Atmosphere and Dust Environment Explorer (LADEE). Don’t get too attached to LADEE’s instruments, though—this mission will only last about 160 days. The mission team has allowed thirty days travel time (from Earth to lunar orbit), thirty days for positioning and shake-down, and 100 days for science.

My first reaction to the LADEE project was, “Whoa. You mean we don’t know that already?” Many people feel that the Moon is old hat, a been-there-done-that kind of place. But it turns out we don’t really know much about out closest neighbor, despite the success of the Apollo missions. Did you know that the Moon has an atmosphere? Three of LADEE’s science projects (the Ultraviolet and Visible Light Spectrometer; the Neutral Mass Spectrometer; and the Lunar Dust Experiment) will be studying it through spectral and particle analysis. The fourth component of the payload, the Lunar Laser Communications Demonstration, revolves around a search for a faster means of communicating in space.

If conditions are right, I should be able to see the LADEE launch Friday, September 6, 2013. More correctly, I should be able to watch the launch vehicle (a Minotaur V) streak across the tree tops at T+90 seconds, give or take a few seconds. The launch window opens at 11:27 p.m. EDT and LADEE will be leaving Earth from the Wallops Flight Facility in eastern Virginia. If you’re on the east coast between North Carolina and the Maritimes, with an open view to the east-north, you might be able to see the rocket. If you fancy a trip out to Wallops, you can find a list of public viewing sites here.

Maximum Elevation Map. Image courtesy: Orbital

From the Orbital Minotaur V website: “This map shows the maximum elevation (degrees above the horizon) that the Minotaur V rocket will reach depending on your location along the east coast. The further away you are from the launch site, the closer to the horizon the rocket will be. As a reference, when you look at your fist with your arm fully outstretched, it spans approximately 10 degrees. Thus if you are in Washington, DC the highest point the Minotaur V will reach is approximately 13 degrees above the horizon, or just slightly more than a fist’s width. The contours shown stop below 5 degrees. It is unlikely that you’ll be able to view the rocket when it is below 5 degrees due to buildings, vegetation, and other terrain features.”

First Site Map. Image courtesy: Orbital

From the Orbital Minotaur V website: “This map shows the rough time at which you can first expect to see the Minotaur V rocket after it is launched. It represents the time at which the rocket will reach 5 degrees above the horizon and varies depending on your location along the east coast. We have selected 5 degrees as it is unlikely that you’ll be able to view the rocket when it is below 5 degrees due to buildings, vegetation, and other terrain features. As a reference, when you look at your fist with your arm fully outstretched, it spans approximately 10 degrees. As an example, using this map when observing from Washington, DC shows that the Minotaur V rocket will reach 5 degrees above the horizon approximately 54 seconds after launch (L + 54 sec).”

Happy LADEE Launch!

ETA: I forgot to tell you that you can follow LADEE on twitter at https://twitter.com/NASALADEE!

GRAIL’s Final Resting Spot. Image courtesy: NASA/GSFC

A little over a year ago, I posted an image of Delta II rocket on its pad to mark the launch of NASA’s GRAIL mission. Today, I’m posting a map of the Moon that shows where the GRAIL spacecrafts will hit on Monday (17 Dec 2012). The twin probes were always meant to be disposable; once they’d completed their mission (mapping the Moon’s gravitational field), they were to be crashed deliberately into the lunar surface.

NASA could just let “Ebb and Flow” die a natural death, so to speak. The twins aren’t quite empty of fuel yet, but eventually, they would find their own way to the lunar surface. If you chased down the article I mentioned yesterday and read its final section, however, you already know why NASA is reluctant to let that happen.[1] Two words: lunar heritage.

Lunar Heritage Sites and GRAIL’s Final Mile. Image courtesy: NASA/JPL-Caltech

The map above shows all the sites NASA considers “heritage” (click to enlarge). The Apollo landing sites are marked in green. The Surveyor sites are yellow. Russia’s Lunakhod landing sites are red triangles; their Luna landing sites are red squares (unintentionally funny?). As recently as 2009, when Launius published his article on space heritage, very little discussion had taken place on the safeguarding or preservation of any lunar landing sites, American or Russian. It’s difficult to say what prompted the sudden surge of concern, but my educated guesses are:

• Successes of private entities like SpaceX make NASA nervous. It was probably difficult to imagine a real threat to something located on the moon. It’s not so difficult to imagine it today, though.
• Less pressing, I think, is the possibility that another nation will land on the Moon and lay claim to what the United States and the Soviet Union (Russia) left behind. It may happen, but not before SpaceX gets there.
• State entities pushing on federal policies. For instance, in 2010, the California State Historical Resources Commission voted to include the Apollo 11 landing site and relics on the California Register of Historical Resources. New Mexico has also laid claim to it as state heritage. This  leads to more pressure for Tranquility Base to be named as a National Historic Landmark.
• Expansion of the nominating criteria/categories for inclusion on UNESCO’s World Heritage List. Tranquility Base has already been nominated for inclusion once on the list. At one time, the list included only architectural monuments. From there it has expanded to include gardens, cultural landscapes, intangible heritage, underwater sites, and natural sites. It’s only a matter of time before World also means Universe.
• The Lunar Reconnaissance Orbiter Camera has made it clear that there are artifacts involved, not just activity. In theory, the 2008 Convention for the Safeguarding of Intangible Cultural Heritage could be stretched to cover “space exploration” as a significant cultural practice, but significant space detritus is more likely to be included on the World Heritage List.

We’ve only begun to talk about the issues at stake—the difference between “space history” and “space heritage,” who owns the Moon, who owns the Universe, why do we keep throwing things away in space. Hopefully, policy will evolve along with our thought processes. In the meantime, I encourage you to track down Launius’ article, which represents some of the current thinking on the subject.

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[1] Roger D. Launius, “Abandoned in Place: Interpreting the U.S. Material Culture of the Moon Race,” The Public Historian, Vol. 31, No. 3 (Summer 2009), 9-38. (e-mail me if you can’t find a copy of this article!)