Last week, Apollo 15 commander
After the near-disaster of Apollo 13,
But at that point, "
The move doubled the scientific capacity of the remaining lunar missions starting with Apollo 15. That first expanded mission would be "arguably the most productive science exploration mission away from the Earth," Head told his students.
Scott and Head, professor of geological sciences, believe that the synergy between scientists and engineers that made Apollo 15 so productive should be the template for future human exploration of planetary bodies. "You are the ones who are going to go on these missions," Head told his students in his introduction of Scott. "So pay close attention. Here's your roadmap."
Scott's visit last week was a continuation of a long relationship between the astronaut, Head, and
"Dave has a voracious appetite for learning and he loves geology," Head said in an interview. "He was exceptional on the Moon, and the scientific return from that mission was amazing."
A productive mission
Expanding Apollo 15's science mission meant building more time into the mission plan for geological exploration, making room for a larger payload of lunar samples, and using a rover to traverse greater distances on the lunar surface. It also meant changing landing procedures to make a more complicated landing in the Hadley-Apennine region, a geological hotspot (and a site Head was instrumental in choosing).
Achieving new science goals required substantial changes from previous mission plans. They were achieved through what Scott refers to as "science-engineering synergism."
"The geologists and scientists worked together with engineers and managers to optimize the program," Scott said. "It's the kind of thing Jim and I are trying to emphasize ... so that the science community understands the engineering and the engineers understand the science. Working together, we get better science and better engineering."
On Apollo 15, the result of that synergism was an unprecedented geological exploration of the Moon.
The scientific return from the mission included the "Genesis rock," a chunk of anorthosite over 4 billion years old thought to have been part of the Moon's original crust. The astronauts also returned a clump of sediment containing tiny green volcanic beads. More than 40 years later,
A path back to the Moon
Both Scott and Head say that it's time to put the Moon back on the agenda for U.S. human spaceflight.
"One of the things we've been doing here with Dave and people from
In a study performed last year,
"There's so much more we could do now," Head said. "If we're serious about exploring the solar system and moving on to asteroids and Mars, then the Moon is absolutely the first place to go."
And Scott reminded
"You all are in the absolute right position to participate," he told them. "Not everybody's going to be an astronaut, but you can be part of this team. If you can get a chance to be involved in something like that, I'd take it. It's incredibly rewarding. You'll learn a lot, and you'll have a lot of fun."
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