ISRO Announces Opportunity For India Scientists To Conduct Lunar Research With Chandrayaan-1 Data
India Researchers, Universities & Government Bodies May Submit Proposals To ISRO To Utilize Data From Chandrayaan-1 Terrain Mapping Camera (TMC) With 5m Resolution & Hyperspectral Imager (HySI) With Spatial Resolution Of 80m & Swath Of ~20km; Proposal Submissions Due 15 Dec; TMC & HySI Data Meant For Photo-Geological Mapping & Understanding Moon Evolutionary Process; Projects Must Be Completed Within 3 Years & Limited Financial Support By ISRO To Be Provided For Selected Proposals; Finalists May Be Announced 31 Dec; ISRO Developing Chandrayaan-2 For 2017 Launch Of Moon Orbiter, Lander, Rover
Credit: ISRO
Lack Of Atmosphere & Global Magnetic Fields On Moon Reflect Some Solar Wind Back Into Space From Surface According To IRF Researcher Charles Lue; Measurements Taken By Chandrayaan-1 Sub-keV Atom Reflecting Analyzer (SARA) / Solar WInd Monitor (SWIM) Revealing Up To 10% Of Solar Wind Reflects Back Into Space; Lue States “This Knowledge Is Of Great Importance To The Lunar Space Environment” And Is Mapping Areas Where Solar Wind Is Most Prominent; Findings Could Be Utilized To Estimate How Much Water Is On Lunar Surface
In Year 7, LRO Continues To Provide Information Useful For Decades Of Future Human Exploration; LRO Deputy PI Benjamin Greenhagen Comments “We Honor The Moon As A Global Scientific Legacy”; Data Reveals 
DLR MoU To Explore Concepts For Possible Payload On Astrobotic Lunar Lander; Dr. Gerd Gruppe (L) Of German Space Agency DLR Executive Board States “Astrobotic Is A Representative Of The New Space Economy”; DLR Research & Development Work In Aeronautics, Space, Energy, Transport Will Be Supported By Astrobotic Delivery Service; “This Collaboration With DLR Underscores The Strong Interest Of Government Space Agencies Across The Globe In Growing Commercial Partnership To Fly To The Moon” States Astrobotic CEO John Thornton (R)
