August 22, 2020

From LPOD
Revision as of 01:04, 22 August 2020 by Api (Talk | contribs) (Created page with "__NOTOC__ =From LPOD To the Big Time= Originally published March 11, 2011 <!-- Start of content --> <!-- ws:start:WikiTextHeadingRule:0:<h1> --> <!-- ws:start:WikiT...")

(diff) ← Older revision | Latest revision (diff) | Newer revision → (diff)
Jump to: navigation, search

From LPOD To the Big Time

Originally published March 11, 2011 LPOD-Mar11-11.jpg
image by Walter Kieffer, Lunar & Planetary Institute

Your heroes stand in front of their poster at the 42nd Lunar & Planetary Science Conference in Houston. Maurice Collins (right) and I presented new evidence derived from LRO altimetry data and images about the complexity of four large lunar impact basins. The parts of the images visible may look familiar because versions of all appeared previously as LPODs. Each image is from Maurice's visualization of data using Jim Mosher's empowering LTVT that permits transformations to be done easily that used to require complex software and powerful workstations. One of the most controversial ideas was that the Moscoviense Basin formed inside a pre-existing basin. An alternative interpretation is that Moscoviense and the outer basin rim formed as a result of an oblique impact. We proposed that because the thinnest crust on the Moon is inside Moscoviense that a double impact was more likely to explain that than an oblique impact which would be a more shallow excavation. Two other papers addressed the origin of Moscoviense. One agreed with our proposal and the other seemed to favor an oblique impact. Both origins are possible explanations, but only one can be correct; now we need to see if there is any additional evidence to help decide.

Chuck Wood

Yesterday's LPOD: Swedish Moonlight

Tomorrow's LPOD: Arrowheads, Tomahawks And Big Guns



COMMENTS?

Register, Log in, and join in the comments.