1. 5a Planetary Interiors

2. 5a Minerals

3. 5a

4. 5a Isostacy

5. 5a

6. 5a

7. 5a Mass Wasting Slump Slide Creep Flow

8. 5a Tectonics

9. 5a

10. 5a

11. 5a

12. 5a

13. 5a Plate Tectonics

14. 5a Volcanoes

15. 5a

16. 5a Landforms Shield Volcano (Hawaii) Cinder Cone (Lassen National Park) Stratovolcano (Mt. Shasta, California

17. 5a Hot features Fumaroles Hot springs Geysers

18. 5a

19. 5a Wind

20. 5a Dunes

21. 5a Alluvial Fan

22. 5a Impact Craters

23. 5a Terrestrial Impact Craters Meteor Crater, AZ Manicouagan, Canada Chicxulub, Yucatan, Mexico

24. 5a Impact Frequency

25. 5a Surface Geology of Individual Bodies Remote Sensing –Imaging –Photometry –Thermal and reflectance spectra –Radar and radio observations

26. 5a Moon No atmosphere Two primary terrains –Highlands Old, highly cratered –Maria Younger, darker Volcanism –Maria Tectonism –rilles

27. 5a Mercury Primarily covered with impact craters –Caloris Basin No obvious volcanism Tectonism –Long, sub-linear scarps –Likely produced by planetwide contraction –Decrease in Mercury’s radius by 1-2 km

28. 5a Venus Bulk properties similar to Earth Features dominated by Volcanism Also see –Impact craters –Tectonism –Erosion

29. 5a Volcanism

30. 5a Craters, Tectonics, & Wind

31. 5a Mars Crustal Dichotomy –Southern cratered highlands –Northern lowlands All surface processes have visible features No obvious active volcanism and tectonism –Dead world? Most new research

32. 5a Water Channels Teardrop islands Fluidized ejecta blankets

33. 5a Aeolian Features

34. 5a Io Few impact craters Most volcanically active body in solar system Tectonics, erosion

35. 5a Largest Volcano Olympus Mons –27 km high –550 km across –102 km diameter caldera Loki –200 km diameter

36. 5a Europa Icy surface Processes –Tectonics –Volcanism/erosion –Cratering

37. 5a

38. 5a Cassini at Saturn http://saturn.jpl.nasa.gov/home/index.cfm

39. 5a More Titan