
Then, yesterday, if you were living in the right place (mainly China and India), you got to see the longest solar eclipse of the century. In honor of all this I though it would be a good idea to revisit my favorite repositories of web-available images for an historical look at moon pictures.
My first stop was, as usual, Wikimedia Commons, which produced a page of Galileo drawings of moon phases, a Japanese print of a wolf in front of a full moon, and a detailed map of the moon.


I can't do the Map of the Moon justice here; you'll have to go to the link and enlarge the image, but it's rather wonderful. It was created for the Andrees Allgemeiner Handatlas, 1st Edition, published in Leipzig in 1881 and scanned by "Grombo" for the Commons.
I then found a composite photo of the earth and the moon, which originally came from GRIN (Great Images in NASA):



Back at Wikimedia Commons I found the image that says it all for me, and which opens the post: "Earthrise." This may well be the most evocative photograph to come out of the space program, and was taken On Christmas Eve, 1968, by Apollo 8 astronaut Bill Anders in orbit around the moon. The information on the link notes that
this phenomenon is only visible to an observer in motion relative to the lunar surface. Because of the Moon's synchronous rotation relative to the Earth (i.e., the same side of the Moon is always facing Earth), the Earth appears to be stationary (measured in anything less than a geological timescale) in the lunar 'sky'. In order to observe the effect of Earth rising or setting over the Moon's horizon, an observer must travel towards or away from the point on the lunar surface where the Earth is most directly overhead (centred in the sky).
I was, alas, too busy to properly mark the 40th anniversary of the first actual landing, but I did want to wax sentimental about it as soon as I could. At my age, celebrating things that happened that long ago is part of what's good about getting old. We were there, we saw it happen, and it was amazing. That Walter Cronkite died almost on the anniversary itself is almost poetic; after all, he was part of the experience.
As I type, I'm watching and listening to astronauts Dave Wolf and Chris Cassidy doing some battery work and preparing for a payload transfer to the Japanese module, Kibo, on the International Space Station. I never get tired of listening to these guys as they work, and will be forever grateful for the NASA TV gadget that shares space with the moon phase gadget on my desktop.
My hope for the future is that today's young folk have a chance to experience the wonder and the sense of human accomplishment generated by spectacular achievements in the various space programs currently in progress. And I hope I live long enough to see somebody (I don't really care who) go to Mars and come back. Maybe they could retrieve Spirit and Opportunity so we can put 'em in the Smithsonian for subsequent generations to enjoy, like my kids enjoyed seeing artifacts from the Apollo missions, moon rocks, and Neil Armstrong's space suit.