CLASS SCHEDULE Semester II - 1999/2000
Week 1 - February 3 (Thursday): Introduction to Planetary Volcanism: Earth 1: Thesis: "The volcanological record of the Earth is dominated by plate tectonics and has been essentially the same throughout Earth history."
The plate tectonic system and associated volcanic styles; the importance of thermal evolution and predictions of changes with time (Regular lecture).
L. Wilson and J. W. Head (1983) A comparison of volcanic eruption processes on Earth, Moon, Mars, Io and Venus, Nature, 302, 663-669. L. Wilson, H. Pinkerton, and R. Macdonald (1987) Physical processes in volcanic eruptions, Ann. Rev. Earth Planet Sci., 15, 73-95. J. Head (1999) Surfaces and interiors of the terrestrial planets, The New Solar System, Chapter 12, 157-173.
Encyclopedia of Volcanoes (EV):
-Melting the mantle: 55. -Plate Tectonics and Volcanism: 89. -Basaltic volcanoes and volcanic systems: 283. -Lava flows and flow fields: 291. -Lava domes and coulees: 307. Lava fountains and their products: 321. Basaltic volcanic fields: 331.
Thesis: "Volcanic eruption styles on the Moon are essentially the same as those on Earth, but just rearranged a little differently because of the lack of plate tectonics."
HEAD J. W. (1976) Lunar volcanism in space and time. Rev. Geophys. Space Phys. 14, 265-300.
GUEST J. E. and MURRAY J. B. (1976) Volcanic features of the nearside equatorial lunar maria. J. Geol. Soc. 132, 251-258.
Individual volcanic features and structures: SCHABER G. (1973) Lava flows in Mare imbrium: Geologic evaluation from Apollo orbital photography. Proc. 4th Lunar Sci. Conf., 73-92.
WHITFORD-STARK, J. L. and HEAD, J. W. (1977) The Procellarum volcanic complexes: Contrasting styles of volcanism. Proc. Lunar Sci. Conf. 8th, 2705-2724.
HEAD J. W. and WILSON L. (1979) Alphonsus-type dark halo craters: Morphology, morphometry and eruption conditions. Proc. 10th Lunar Planet. Sci. Conf., 2861-2897.
HEAD J. W. and GIFFORD A. (1980) Lunar mare domes: Classification and mode or origin. The Moon and Planets 22, 235-258.
CARR M. H. (1973) The role of lava erosion in the formation of lunar rilles and martian channels. Icarus 22, 1-23.
HEAD J. W. and McCORD, T. B. (1978) Imbrian-age highland volcanism on the Moon: The Gruithuisen and Mairan domes. Science, 199, 1433-1436.
MCGETCHIN T. R. and HEAD J. W. (1973) Lunar cinder cones. Science 180, 68-71.
Encyclopedia of Volcanoes:
-Volcanism on the Moon: 697
Week 4 - February 29th (Tuesday): Moon 2: Thesis: "The wide range of lunar eruption styles can be easily explained as the near-surface manifestation of dikes emplaced from below the crust and lithosphere."
Week 5 - March 9th (Thursday): Mars 1:
Thesis: "The Tharsis volcanic edifices have been incorrectly interpreted as basaltic shield volcanoes and are more likely composite volcanoes (stratovolcanoes)."
March 14: LPSC, no class:
Week 6 - March 21st (Tuesday): Mars 2:
Thesis: "The presence of andesites proves the existence of plate tectonics in the past history of Mars."
March 28: Spring Recess, no class:
Week 7 - April 4th (Tuesday): Mars 3.
Thesis: "Gigantic plumes associated with Tharsis created a thermal pulse that released the groundwater that formed the outflow channels."
Week 8 - April 11th (Tuesday): Venus 1:
Thesis: "The sequence of volcanic styles on Venus are best explained by vertical crustal accretion and mantle overturn."
Week 9 - April 20th (Thursday): Venus 2: Thesis: "Enhanced effusive volcanic activity on Venus altered the atmosphere sufficiently to influence tectonic deformation style."
Week 10 - April 25th: Complete work on term papers.
Week 11 - May 2nd (Tuesday): Mercury:
Thesis: "The lack of volcanic landforms on Mercury means that basaltic volcanism has not been an important process in its thermal evolution."
Week 12 - May 9th (Tuesday): Term paper presentations and synthesis.