12 ISECG Member Agencies Including NASA, ESA, Roscosmos Release Update Of 2011 Global Explorations Roadmap; New Plan Confirms Intention To Include Both Moon & Asteroid Missions Instead Of Either / Or Approach; Human Moon Missions Seen As Preparatory To Mars Missions In 2030s; NASA Administrator Bolden Says Agency Willing To Contribute Expertise / Resources To Multinational Human Moon Missions
Image Credit: ISECG, NASA
LADEE Partnering With Lewis Center For Educational Research & NASA JPL To Provide Students Opportunity To Help Track & Monitor Status Of Spacecraft In Flight; Students Will Remotely Control 34-M Goldstone Apple Valley Radio Telescope From Their Classrooms To Determine Status & Position Of Craft; University Of Hawaii-Hilo Raising Funds To Send Intern Krystal Schlechter To Witness 6 Sep LADEE Launch From Wallops Flight Facility In VA
Image Credit: NASA, lewiscenter.org/gavrt/, imiloahawaii.org
Innovative NASA Moon Orbiter Completes 3 Years Of Its Extended Science Mission, Additional Extension Likely As Probe Has Delivered Unprecedented Amount Of Data / Images; LRO Has Orbited Moon Over 18,000 Times, Traveling Over 200M Km, Produced Over 434 Terabytes Of Data, Laser Altimeter Conducted Over 6B Topographic Measurements; LRO Expected To Continue To Send Back Data Until Oct 2014, Though Additional 2 Years Possible
Image Credit: NASA
Galaxy Forum Hawaii 2013 On Sat 17 Aug At University Hawaii Hilo, To Advance 21st Century Galaxy Education & Hawaii-Based Space / Moon Initiatives; Steve Durst (R) Of ILOA Will Update The Pacific Aloha Offshore Spaceport Initiative; ILOA Will Outline 4 Active Moon Missions & Global HQ Development Campaign; UHH Professor John Hamilton (L) Will Speak On PISCES Activities & Kim Binsted Of UH-NASA Will Report On The Mauna Loa HI-SEAS Mars Experiment; Distribution Of New ILOA Galaxy Map 2013 To All Participants
Image Credit: ILOA, PISCES, UHH, Sea Launch
China Set To Make 1st Soft Landing Moon Mission In December 2013 Says China Rocket Expert & CLEP Adviser Lehao Long (TR); RTG Will Power Rover & Keep It Operational For Up To 30 Years; Chief Lunar Scientist Ziyuan Ouyang S ays High-End Technology Has Solved Problem Of Large Temperature Variance; Mission Will Study Surface / Geological Structure Of Moon & Plasmasphere Electromagnetic Fields Above Earth
Image Credit: China Daily, CNSA
Barcelona Moon Team Revises Launch Date From June 2014 To June 2015; Spacecraft / Lunar Rover Competing For GLXP Will Launch Aboard Long March 2C Rocket With Upper Stage CTS2 For Lunar Transfer Orbit Insertion; Launch Contract Provided By China Great Wall Industries Corporation; Pictured: Team Leader Xavier Claramunt, President Of Galactic Suite
Image Credit: GLXP, Barcelona Moon Team
NASA Lunar Science Institute In Mountain View CA Changes Name To Solar System Exploration Research Virtual Institute (SSERVI); Name Change Reflects Natural 21st Century Advance Of Human Exploration Goals, Building Out From Vital Well-Developed Cislunar Foundation To Include Vast Resources & Promising Research / Exploration / Human Settlement Potential Of Asteroids, Mars, Jupiter / Saturn Moons & Beyond
Image Credit: NASA
KARI President Seung-Jo Kim Visits Washington DC To Speak With NASA Head Charles Bolden About Potential Moon Mission Collaborations; S Korea Plans To Develop / Launch Lunar Orbiter By 2020 & Strontium-Powered 20-Kg Lunar Rover By 2025; NASA Wants To Redirect Asteroid To Lunar Orbit, Completes Internal Review Of Technical & Programmatic Concepts, Will Now Formulate Mission Baseline Concept
Image Credit: KARI, NASA
Team EuroLuna Leaders Recently Visited Bangalore, India To Meet With Antrix Senior Officials About Arranging Launches For Its Romit1 & Romit3 Spacecraft; Romit1 Will Be A Test Flight To Verify Computer, Radio, Camera Operations & Test Electric Ion Accelerator Rocket Engine; Romit3 Is The Craft That Will Land On Moon In Effort To Win GLXP; Romit1 Is Double-CubeSat With 10X10X20Cm Dimensions & ~2Kg Weight
Image Credit: EuroLuna; GLXP, ISRO
SHAO Director Xiaoyu Hong Says 65-M Radio Telescope In Shanghai Has Undergone 6 Months Of Calibration In Preparation For Chang’e-3 Moon Lander / Rover Mission; Team Will Use Kinematic Statistical Method Utilizing Both Ranging, VLBI Measurements & Ephemeral Data Of Motion Of Moon To Analyze Position Of Lunar Lander In Sinus Iridum During Upcoming Mission; 10 Minutes Of Data Acquisition Using This Strategy Can Reach 10-M Accuracy
Image Credit: SHAO, CNSA, NASA