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5 Discussion Conclusions and Future Steps Choosing Martian Samples for Fossil Biosignature Analysis of Kerogen Fluorescence microscopy and Raman spectroscopy applications to analog samples. Activity Description. In this activity your pupils will learn more about the Curiosity Mars rover and apply that knowledge to think about, plan or design their own Mars rover.. The presentation is designed to be teacher-led, with opportunities for group discussion and/or individual work. The presentation contains a mix of technical facts about Curiosity, along with linked YouTube videos showcasing some of the scientists and engineers who are working on the mission.. As a roaming S’COOL Cloud Observer, A Rover, you will collect data on cloud type, height, cover and related conditions. . Your observations . help us to validate satellite data and give us a more complete picture of clouds in the atmosphere and their interactions with other parts of the integrated global Earth system.. programme . Scout. . Association. . of. . Slovenia. . Rover . Scouts. . Popotniki in popotnice/ . Rovers. . (15 – 20 . years. . old. ). Raziskovalci in raziskovalke/ . Explorers. . (21 – 27 . Pluto Update!. Suzanne Metlay, Ph.D.. Western Governors University. suzanne.metlay@wgu.edu. Estes Park Memorial . Observatory. – . 22 August. . 2015. . Pluto is Beautiful!. Enhanced Color Image. OBJECTIVE. The launch of the all new Range Rover Sport was the most important activity of the year. The campaign had to reinforce Land Rover’s credentials as a forward-facing brand and deliver real brand appeal. The communications challenge was to get our Ambitious Aspirers audience to think and feel differently about Land Rover in a new, modern and surprising way. The ultimate goal was to create a moment in time for our audience through paid for media, wowing them, appealing to their entrepreneurial spirit, and encouraging them to explore Land Rover’s rich online content and turning them into advocates willing to share their positive opinions.. Background courtesy of http://www.brownspaceman.com/wp-content/uploads/2014/02/Mars-Nasa-1.jpg. Mars Rover. By: Paul . Crisanti. Background courtesy of http://www.brownspaceman.com/wp-content/uploads/2014/02/Mars-Nasa-1.jpg. Gusev. Crater. Ray Arvidson and Allison . Zastrow. Washington University in Saint Louis. (with atmospheric input from Mike Wolff and Mike Smith). 2/9/17. 1. NOTE ADDED BY JPL WEBMASTER: This content has not been approved or adopted by, NASA, JPL, or the California Institute of Technology. This document is being made available for . . NASA's 2013 Annual Workshop on Independent Verification and Validation of . Software. September 12, 2013. By. Darilyn Dunkerley. TASC, Inc.. Darilyn.M.Dunkerley@ivv.nasa.gov. NASA’s 2013 Annual Workshop on Independent Verification and Validation September 12, 2013. Ashwin . Vasavada. ,. . Project Scientist for Curiosity, NASA Jet Propulsion Laboratory, Pasadena, California, U.S.A. .. Jens Frydenvang. , Curiosity Science Team Member, Los Alamos National Laboratory, Los Alamos, New Mexico, U.S.A., and University of Copenhagen, Copenhagen, Denmark.. 11/6/2018. 1. Ubiquitous Computing. Software Defined Everything. Accelerated Computing. Cyber Security challenges. New Habits. Applied AI. Built . in . intelligence. everywhere. Work from anywhere, always connected, gaming, sharing, open source, reduced footprint, cord-cutting. Tom Soderstrom, JPL IT Chief Technology and Innovation Officer. July 2018. Can we find Earth 2.0?. Why? To help us answer the BIG questions. Are we alone?. How do we protect Mother Earth?. How do we divert an asteroid?. July 18, 2017. Presented By:. Bob Jones SBIR/STTR and Small . Business . Programs. Jet Propulsion Laboratory(JPL). Who We Are . The Jet Propulsion Laboratory (JPL) is a federally funded research and development center and NASA . Ashwin R. Vasavada. Deputy Project Scientist. Jet Propulsion Laboratory/Caltech. Copyright . 2012 . California Institute of Technology. Government sponsorship acknowledged.. Curiosity. NASA’. s Mars Exploration Program. 1. www.schoolsobservatory.org. Image credit: SpaceX. Basic Data . Diameter: 6,779 km (4,217 miles). Rotation: 24 hours, 37 minutes. Sun Distance: 230 million km. Orbital Period: 687 Earth days. Compared to Earth.