Using satellite imagery to locate raw materials for Lunar and Martian regolith analogues in the Hajar mountains of the Arabian peninsula.

Earth and Planetary Sciences

1. Datum 100%
2. Regolith 100%
3. Raw Material 100%
4. Peninsula 100%
5. Mountain 100%
6. Satellite Imagery 100%
7. Moon 90%
8. Earth 63%
9. Lunar Surface 36%
10. Observation 36%
11. Characterization 36%
12. Calibration 36%
13. Orbit 27%
14. Congressional Report 27%
15. Imaging Spectrometer 27%
16. Reconnaissance 27%
17. Spectral Band 27%
18. In Situ 27%
19. Mineralogy 27%
20. Arab 18%
21. Participation 18%
22. Lunar Orbiter 18%
23. Imagery 18%
24. Interest 18%
25. Construction 18%
26. Spectral Signature 18%
27. Investigation 18%
28. Camera 18%
29. Land 18%
30. Geology 18%
31. Public 18%
32. United Arab Emirates 18%
33. Pixel 18%
34. Mountain Range 18%
35. Team 18%
36. Planetary Atmosphere 9%
37. Space Research 9%
38. Proving 9%
39. Mars Reconnaissance Orbiter 9%
40. Lithology 9%
41. Lunar Dust 9%
42. Sample Return Missions 9%
43. U.S.S.R. 9%
44. Exhibit 9%
45. Pyroxene 9%
46. Earth-Moon System 9%
47. Mars Crater 9%
48. System Engineering 9%
49. Oxide Minerals 9%
50. Spectra 9%
51. Society 9%
52. Sand 9%
53. Acquisition 9%
54. Shadow 9%
55. United States of America 9%
56. Curiosity Rover 9%
57. Scanning 9%
58. Knowledge 9%
59. Robotics 9%
60. Soil 9%
61. Rock 9%
62. Description 9%
63. Target 9%
64. Implication 9%
65. Crust 9%
66. Observation Satellite 9%
67. Research 9%
68. Shear Strength 9%
69. Wavelength 9%
70. Spectrographs 9%
71. Sample 9%
72. Prototype 9%
73. Planet 9%
74. Telemetry 9%