Lunar Reconnaissance Orbiter Continues To Provide Valuable Data From Lunar Orbit; Probe Has Acquired 10,000 Before & After Image Pairs Of Lunar Surface Since It Began Mapping Moon In Summer 2009; 225 New Impact Craters Ranging From 1.5m – 43m Identified; Recent Discovery Of 18.8m Crater From March 17, 2013 Impact Provided Valuable Opportunity To Test Impact Models & Study Top Meter Of Regolith
Image Credit: NASA
110,000 Individually Cataloged Samples Totaling 382 Kg Of Lunar Material Returned By Apollo Lunar Surface Exploration Are Currently Preserved At NASA Johnson Space Center; Curation & Analysis Planning Team For Extraterrestrial Materials (CAPTUM) Is Accepting Research Proposals / Lunar Sample Requests For Spring 2015 CAPTEM Meeting Until Friday, 13 Feb Deadline; Samples Can Be Used For Planetary Science Studies Or Engineering & Resource Utilization Studies
Image Credit: NASA
Hawaii Island Moon-Like Environments Being Utilized By PISCES To Test Moon / Mars-Bound Vehicles & Technologies; New State Resolution Initiating Project To Develop Basaltic ‘Lunar Concrete’, Installation Of A Test ‘Lunar Sidewalk’ Set For Aug; 2nd Initiative Involves Construction-Scale 3D Printing Using Basalt, PISCES & NASA Plan To 3D Print A Landing Pad, Curved Wall, Dome Shelter; Aloha State Was Important Contributor To Apollo Moon Missions – As Depicted In Recently Released Photos – Astronaut Training, Communication Relays, Recovery Of Returning Moonworkers
Image Credit: PISCES, NASA
Lunar & Planetary Institute Lecture ‘Constraints On The Formation Age & Evolution Of The Moon From 142Nd-143Nd Systematics Of Apollo 12 Basalts’ Presentation Today By Claire McLeod From University Of Houston; Will Discuss How New High-Precision Neodymium (Nd) Isotope Data For Apollo Mare Basalts Are Used To Evaluate Lunar Mantle Source Reservoirs, And 3 Potential Moon Evolution Scenarios; Abstracts Due Today For 2014 SRR / PTMSS To Advance Commercial Prospects Of Developing Moon, Mars, Asteroid Resources
Image Credit: LPI, SRR / PTMSS, NASA, GSFC, C. McLeod
Future Moon Settlements / Human Operations Should Be Underground, Rely On Robots For Majority Of Surface Activity To Protect From Meteorite Impacts Says Russia Astronomer Vladimir Surdin (R); Over 300 Impacts Recorded On Moon Since 2005; At LPSC, LROC PI Mark Robinson Details Data Of Secondary Impacts From Recent Lunar Impact, 248 Small Debris Impacts Found Up To 30km From Fresh 18m-Wide Crater, These Secondaries Could Pose More Threat To Surface Assets Than Primary Craters
Image Credit: NASA, Moscow State University
Future Moon Missions & Exciting Results Of Current Missions Will Be Examined By Nearly 2000 Planetary Scientists At 45th Lunar Planetary Science Conference At The Woodlands TX On 17-21 Mar; Moon South Pole Will Be Featured As Ideal Site For Future Robotic / Human Missions In Presentations By Brad Jolliff, Debra Hurwitz (BL), Others; Importance Of This Annual Event Would Be Significantly Boosted With Clear Imminent Plan For USA Presence On Moon; Pictured (BR) Conference Co-Chairs: Steve Mackwell, Eileen Stansbery
Image Credit: NASA, LPI
European Lunar Symposium To Be Held 15-16 May In London, United Kingdom, Hosted By European Nodes Of NASA Solar System Exploration Research Virtual Institute (SSERVI); Science Committee Includes (L-R) James Carpenter (ESA), Mahesh Anand (Open University), Ralf Jaumann (DLR); Will Focus On Moon Astronomical, Astrophysical, Commercial, Geological, Resource Utilization, Human Outpost Considerations; 4 Broad Themes Cover: Science Of / On / From Moon, Future Lunar Missions
Image Credit: SSERVI, ESA, Open Univ.
Study of GRAIL Moon Maps Show Same Total Number Of Craters But Large Variation In Size; Data / Simulations Compiled By Study Lead Katarina Miljković Of Paris Institute Of Earth Physics Predict Craters On Nearside Up To 2x Larger Than Farside Craters From Similar Impacts; Variation In Crust Temperature And Thickness Affects Impact-Related Topography; Warmer Nearside Crust Also More Prone To Giant Lava Flows Filling In Craters To Create Basins
Image Credit: NASA
US$280M Probe Completes 2nd Burn Perfectly, No Longer Needs Additional Burn To Reach Desired High Elliptical Orbit; When LADEE Reaches Moon Gravitational Field On 6 Oct It Will Make 197-Second Retrograde Burn Reducing Velocity To 267 Meters Per Second For Lunar Orbit Capture; Craft Will Then Perform 40 Days Of High-Altitude Science Checkouts & LLCD Operations Before Dropping To 50-Km Altitude To Begin 100-Day Science Operations
Image Credit: NASA
Release #15 Of LRO Data Now Available At Planetary Data System Archive; New Data Was Acquired Between 15 Mar & 14 Jun 2013, From CRaTER, Diviner, LAMP, LEND, LOLA, LROC & SPICE Instruments; 6 More LRO Data Releases Scheduled, Final Release In Mar 2015; LROC WAC Data Used To Create Time-Lapse Video Of Full Rotation Of Moon
Image Credit: NASA