INTRODUCTORY NOTE: In this activity, students will record and graph temperature data to learn about NASA’s Mars Microprobe Mission, Deep Space 2, and how the properties of a material affect the transfer of heat. Unfort

Source URL: nmp.jpl.nasa.gov

• Geomorphology
• Martian soil
• Permafrost
• Mars program
• Soil
• Phoenix
• Water on Mars
• Planetary science
• Spaceflight
• Mars

Comparison Between APXS and IMP Multispectral Data at the Pathfinder Landing Site: Evidence for Dust Coatings on Rock Surfaces. N. T. Bridges1 , J.F. Bell III.2 , J.A. Crisp1 , T. Economou3 , J.R. Johnson4 , S.L. Murchie

Source URL: mars.jpl.nasa.gov

• Mars
• Discovery program
• Fourth of July
• Mars Pathfinder
• Oxia Palus quadrangle
• Alpha particle X-ray spectrometer
• Martian surface
• Martian soil
• Soil
• Spacecraft
• Spaceflight
• Space technology

45th Lunar and Planetary Science Conference[removed]pdf MEDA: AN ENVIRONMENTAL AND METEOROLOGICAL PACKAGE FOR MARS[removed]J.A. Rodriguez-Manfredi1, M. de la Torre2, L. Tamppari2, P. Conrad3, M. Lemmon4, G. Martinez5,

Source URL: www.hou.usra.edu

• Mars Exploration Rover
• Unmanned spacecraft
• Mars exploration
• Mars
• Mars Science Laboratory
• Phoenix
• Exploration of Mars
• Mars 2
• Opportunity rover
• Spaceflight
• Spacecraft
• Space technology

This AR target image is of grains from an Oregon sand dune and was taken by a test version of the Mars Hand Lens Imager (MAHLI) for the Curiosity rover. The view is about 1 inch or 2.5cm across. Credit : NASA/JPL­Caltec

Source URL: mars.jpl.nasa.gov

RELATIONSHIP BETWEEN ROCKS AND SOIL AT THE PATHFINDER LANDING SITE AND THE MARTIAN METEORITES. G. Dreibus 1, I. Ryabchikov 2, R. Rieder1, T. Economou 3, J. Brückner1, M. Y. McSween, Jr. 4 and H. Wänke 1; 1Max-Planck-In

Source URL: mars.jpl.nasa.gov

• Volcanology
• Mars
• Igneous petrology
• Meteorite types
• Volcanic rocks
• Martian meteorite
• Mars Pathfinder
• Igneous rock
• Martian soil
• Petrology
• Geology
• Spacecraft

Page 1 VOLUME 2, numéro 3 Mars 2014 JOURNÉE MONDIALE DES DROITS DES CONSOMMATEURS Fixons nos droits en matière de téléphonie !

Source URL: servicebudgetaire.com

THE MINERALOGY OF THE MARS PATHFINDER LANDING SITE. D.T. Britt1, R.Anderson2, J. F. Bell III3, J. Crisp2, T. Economou4,K.E. Herkenhoff 2, M. B. Madsen5, H.Y. McSween6, S. Murchie7, R. Reid1, R. Rieder8, R. B. Singer1, L.

Source URL: mars.jpl.nasa.gov

• Mars
• Planetary geology
• Hesperian
• Noachian
• Mars Pathfinder
• Weathering
• Soil
• Basalt
• Volcanic rock
• Geology
• Planetary science
• Petrology

INITIAL RESULTS OF THE IMAGER FOR MARS PATHFINDER WINDSOCK EXPERIMENT. R. Sullivan 1 R. Greeley2 , M. Kraft 2 , J. Murphy 3 , G. Wilson3 , M Golombek4 , K. Herkenhoff4 , and P. Smith 5 , 1 308 Space Sciences, Cornell Uni

Source URL: mars.jpl.nasa.gov

• Wind
• Microscale meteorology
• Windsock
• Mars Pathfinder
• Thunderstorm
• Anemometer
• Aeolian processes
• Dust storm
• Planetary boundary layer
• Meteorology
• Atmospheric sciences
• Storm

Activity 2: Retrograde loops – two ways. The most striking thing planets do is their retrograde loops - changing direction once and then again. There are two ways to represent the apparent motion of the planets on the

Source URL: www.polaris.iastate.edu

• Planetary science
• Heliocentrism
• Mars
• Longitude
• Planet
• Astronomy
• Observational astronomy
• Obsolete scientific theories

January — June[removed]CAPCOM this issue Meerkats and Mars P.1 VSSEC Space Prize Winner Announced P.2

Source URL: www.vssec.vic.edu.au

• Manned spacecraft
• NASA
• Astronaut
• Teacher in Space Project
• Manned mission to Mars
• Spaceflight
• Human spaceflight
• International Space Station