Category Archives: LRO

Friday / 3 April 2015

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Moon Spacecraft To Observe Shortest Lunar Eclipse Of 21st Century

Lunar Ecplise Apr 4

Total Lunar Eclipse 4 Mins 43 Secs Starting 01:58 HST 4 April Will Be Shortest Of 21st Century & Shortest Since 1529; NASA Lunar Reconnaissance Orbiter To Study Lunar Surface Temperature Changes; China Chang’e-3 At Sinus Iridum / Mare Imbrium May Observe Lunar Terminator & Dust Dynamics, Take Images Along With Chang’e-5-T1 In Moon Orbit;  NASA Media Teleconference & Live Feed Of Eclipse From Griffith Observatory In CA Available; Next Total Eclipse 28 Sep To Last 1 Hr 12 Mins

Image Credit: NASA, LRO, CNSA, Chinese Academy of Sciences, Phil Hart

Weekend Edition
Fri-Mon 20-23 March 2015

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LRO Likely To Be Funded Through 2016

LROCgreen

US$1.36B Allotted For NASA Planetary Sciences In 2016, Division Director James Green Says Budget May Be Stretched To Keep LRO Active For Another Year; LRO Costs US$12.4M To Operate Annually; After Recent 21st LROC Planetary Data Systems Release, Team Has Now Delivered 1,520,409 LROC Images Totaling 176.9 TB Of Raw Data & Over 11,704 Derived Data Products; LRO Scientists Preparing For 4 Apr Lunar Eclipse; Call For Papers Relying On LRO Data For Special Issue Of Icarus Due 30 Jun

Image Credit: NASA

Thursday / 19 March 2015

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LRO Revealing Changing Surface Features On Moon

lroCrater0315

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

Weekend Edition
Fri-Mon / 13-16 March 2015

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Lunar Exploration Scientists Gather At LPSC 2015

LPSCDaily2015

46th Lunar and Planetary Science Conference Held On 16-20 March At The Woodlands, Texas; Event Begins With Session On Results From Recent Lunar Missions LADEE, GRAIL & Chang’e-3; Highlighted Concurrent Events Include LRO Data Users Workshop On 15 Mar, NextGen Lunar Scientists And Engineers Workshop, Lunar Cubes Mission Opportunities Workshop, Lunar Exploration Analysis Group (LEAG) Town Hall; Pictured: Conference Co-Chairs Steve Mackwell Of LPI, Eileen Stansbery Of NASA JSC

Image Credit: NASA, LPI, CNSA

Weekend Edition
Fri-Mon / 13-16 February 2015

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LRO Team Meets In Arizona As Orbiter Continues Providing Valuable Data

LRO0215update$

22nd LRO Project Science Working Group At Arizona State University This Week To Outline Research Priorities & Opportunities; NASA GSFC Recently Granted 2-Year Contract Extension To ASU For Management Of LRO / LROC Science & Flight Operations, Data Processing & Analysis; New Contract Goes Until 15 Mar 2017; No Operational Funds Were Requested For 2016 LRO Operations By Obama Administration; LRO Costs ~US$12.4M / Year; Strong Senior Review Rating, Support In Congress Indicate LRO Will Continue To Provide Valuable Data In Coming Years

Image Credit: NASA, ASU

Friday / 6 February 2015

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LRO Finds Most Lunar Hydrogen On Slopes Facing Moon South Pole

LRO Hydrogen

Lunar Reconnaissance Orbiter Finds 23 Parts-Per-Million-By-Weight More Hydrogen On Crater Slopes In Southern Hemisphere (Starting Between 50-60° S Latitude) That Face Lunar South Pole Than On Equator-Facing Slopes Possibly Due To Lack Of Sunlight / Evaporation; LRO In 30 X 180-Km Altitude Orbit Passing Over Lunar South Pole With 21st Data Set Release Upcoming, Not Yet Funded For 2016 According To NASA Budget; Team Including Timothy McClanahan Of GSFC To Determine If N Hemisphere Has Same Pattern, & Effects Of Lunar Day / Night Cycle

Image Credit: NASA, Institute for Space Research, GSFC

Weekend Edition
Fri-Mon / 14-17 November 2014

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LRO Continues To Prepare For Future Moon Exploration

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Maintaining American Presence At Moon, 45 Years After Apollo 12 Mission, LRO Consistently Adding More Data & Imagery To Increase Global Understanding Of Value Of Moon For Humanity To Thrive In Solar System; Recent Imagery Of Lava Tubes And Sinuous Rilles In Oceanus Procellarum Region, Exploration Of This Area Could Provide Data On Timing & History Of Lunar Volcanism, Natural Radiation Shielding For Human Explorers, & In-Situ Resources Such As Large Pyroclastic Deposits; Keep Track Of LRO Current Location  

Image Credit: NASA

Tuesday / 11 November 2014

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Hawai`i Conference Looks To Advance Lunar Initiatives

HawaiiBuzz

PISCES-Sponsored ‘Next Giant Leap’ Conference Underway On Hawai`i Island; Separate Working Groups Examining Goals For Leveraging Lunar Assets, Collaborative Pathways To Sustainable Lunar Ventures & Mechanisms For Program Development; Feature Speaker Buzz Aldrin Discusses New Horizons For Space Exploration; Sam Lawrence Of Arizona State U / LEAG Says Rich LRO Data Has Allowed Researchers To Identify Location & Resources Of Optimal Lunar Exploration Site

Image Credit: PISCES, Aerospace Hawaii, NASA

Weekend Edition
Fri-Mon / 31 October – 3 November 2014

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LRO Advancing Observation Plan For 2nd
2-Year Extended Mission

LRO10-1114

Search & Discovery Of LADEE Impact Crater (R) Allowed LROC Team To Test Recently Developed Computer Tool To Search Narrow Angle Camera Before & After Images For New Craters; Technique Will Facilitate One Of The Objectives For 2nd LRO Extended Mission: Determine How Many Small Meteorites Hitting Moon & Their Effects; LRO Has Collected Over 528.75 TB Of Data Since 2009 Arrival In Lunar Orbit; Orbiter Now Set To Take Oblique Image Of Euler Crater (L) After Preparatory -58 Degree Roll; Instrument PIs Planning Next Observations

Image Credit: NASA

Tuesday / 28 October 2014

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LRO CRaTER Highlighting Dangers Of Space Environment

CRaTER1014

Data From CRaTER Instrument Aboard LRO Orbiter Demonstrating Impact Of Abnormal & Extended Lack Of Solar Activity; Since 2006 – Longest Solar Minimum / Weakest Solar Activity Is Bringing About Highest Intensities Of Galactic Cosmic Rays Witnessed Since Beginning Of Space Age Says CRaTER PI Nathan Schwadron Of UNH; Trend Reducing Allowable Days For Human Deep Space Exploration By 20%; Lunar Exploration – Short Transit & Possibilities For Underground Habitation – More Feasible Than Deep Space / Mars Exploration With Current Technology

Image Credit: NASA, UNH