Recently Released Results From Mercury Mission MESSENGER Indicate Plentiful Deposits Of Water Ice At Its Poles 10-20cm Thick; Similar To Moon, Deposits Are Collected In Deep Impact Craters; UCLA Professor David Paige Says Studying Moon Poles Helped Researchers Develop Techniques To Research Water On Mercury; Findings Of Water On Harsh Environments Of Moon & Mercury Indicate Water Ice Is Common Component In Solar System / Universe
Image Credit: UCLA, NASA
ESA To Decide By End Of 2012 If 2.8 Metric Ton Herschel Telescope Will Crash Into Lunar Surface In Search Of Permafrost; $1.4B Infrared Astronomy Mission Ends March 2013 Due To Depletion Of Cryogenic Superfluid Helium; Spacecraft Currently At L2; Earliest Arrival At Moon Would Be June 2013; Alternate Plan To Place In Solar Orbit, Away From Earth For 100s Of Years
Image Credit: ESA, NASA
Lunar COTS Petition Founded By Doug Plata Gaining Momentum As NASA Commercial Crew & Cargo Program Manager Alan Lindenmoyer (L) Suggests Using Successful COTS Model Elsewhere In NASA; Lunar COTS Would Establish Programs To Support Commercial Cis-lunar Transportation Service, Lunar Surface Operations, Harvesting Lunar Polar Ice, Orbital Propellant & Servicing Depots, Initial Crewed Lunar Base
Image Credit: NASA
Mini-RF Radar On LRO Estimates Maximum Amount Of Ice Likely Inside Shackleton Crater; 5-10% Of Material In Walls Of The Permanently-Shadowed Crater Could Be Patchy Ice According To Team Led By Bradley Thomson Of Boston University; Instrument Detects Distinctive Radar Polarization Signature Of Water Ice To Depth Of 2m Below Surface; Mini-RF Currently Acquiring New Bistatic Radar Images To Locate Volatile Deposits Using Arecibo Radio Telescope
Image Credit: NASA, bu.edu
9-Day Field Tests Of NASA-CSA Lunar Rover Now Underway At Lunar Analog Environment Of Mauna Kea, Hawaii; RESOLVE Project Demonstrating How Future Explorers Could Extract Water / Resources From Lunar Soil; CSA Contributing Artemis Junior Terrestrial Rover, Versatile Drill, Avionics Suite; NASA Contributing Resource Extraction Payload; Media Day On 19 July
Image Credit: NASA
Up To 22% Ice In Shackleton Crater Surface Material According To LRO Laser Altimeter Data; LOLA Measured Albedo Of 3.2km-Deep, 19.3km-Wide Crater; New Map Shows 3B-Year-Old South Pole Crater Relatively Unscathed Since Formation, Brighter / Wetter Than Other Nearby Craters; Researchers Took Over 5M Measurements Of Permanently Shadowed Crater From Over 5K Orbital Tracks
Image Credit: NASA
US$250M Mission With U-Shaped Canada Rover, Canada Excavation Tools, US Science Instruments Destined For Moon South Pole; KSC In Situ Utilization Project Manager William Larson Says RESOLVE (Regolith & Environment Science & Oxygen & Lunar Volatile Extraction) Is “Next Logical Step For Lunar Exploration”; Prototype To Be Tested On Mauna Kea HI In July
Image Credit: NASA
3rd Generation Design Of RESOLVE Experiment Set For Mission Simulation Field Test In July 2012 On Slopes Of Mauna Kea, Hawai`i; Next Step In Understanding Available Resources At Lunar Poles; NASA / CSA RESOLVE Payload On Lunar Rover Will Perform 3-5 Sample Collections At Depth Of 1m, Over Area Of Several Square Km During 5-7 Day Mission To Map Horizontal Distribution Of Hydrogen Bearing Volatiles
Image Credit: NASA, JAXA
Columbia Astrophysicist Arlin Crotts (Inset) Says Russia Secured Evidence Of Water In 1976, Ignored By West; Luna 24 Mission Drilled 2m Into Moon Surface, Returned 300g Of Rock, Found It To Be 0.1% Water; Paul Spudis Says Water Level Seems High For Mid-Latitudes, Analysis Of Samples Needs to Be Confirmed / Cross-Checked; Discovery Further Support Of In-Situ Water Manufacturing On Moon For Future Exploration
Image Credit: NASA, Columbia University