Chapter 10 -
Streams and Floods
Part of this chapter, from page 247 to page 257, was covered in th eprevious test. These pages will NOT be object of the new materials you have to know for this test. You will still have to know the basic facts for the cumulative part of the test.
Start studying again on page 257 ("Stream Deposition"), skip "Flooding" (see below), and study the rest of the chapter.
- Know Stream Deposition (including all kinds of depositional bodies)
- skip the paragraph on Flooding (pages 267 to 272)
- Know Stream Valley Development
- Know Superposed Streams (not on textbook, but detailed in class)
Chapter 11 -
Ground Water
- Know the Introduction
- Know what groundwater is
- Know what porosity and permeability are, and how they differ; know which rocks are or are not porous and/or permeable; know about primary and secondary porosity
- know about the water table, the movement of ground water, aquifers, wells, springs and streams
- skip the paragraph on contamination of ground water (pages 292 to 296)
- Know Balancing Withdrawal and Recharge
- Know Effects of ground-water action, with special attention to the chemical equations that describe calcium carbonate / bicarbonate / carbon dioxide equilibria
- Know about Karst Landscapes
- Know Hot Water underground
Chapter 12 -
Glaciers and Glaciation
This chapter was expanded in class with a discussion on the possible reasons for climate change (among others: a different distribution of oceans and land masses, variations in the rate of volcanic activity, variations in the amount of solar radiation reaching Earth over time) that is part of the materials on which you will be tested. You should have your notes but there is also a brief summary in Box 12.5 on the textbook (page 330). I also added a reference figure on the web on
Milankovitch cycles (it is the last figure, at the bottom of the page)
Also, I would suggest to integrate your knowledge by reading Box 12.1 (page 313), Box 12.3 (pages 318-319) and, to better understand what happens when velocity and discharge of water increase abnormously, Box 12.6 (page 333).
Finally, when studying varves, do not forget their meaning and utility in terms of geologic time.
- Know the Introduction
- Know Glaciers - Where they are, how they form and move
- Know Glacial Erosion
- Know Glacial Deposition
- Know Past Glaciation (integrate this paragraph with Box 12.5, page 330)
Chapter 13 -
Deserts and Wind Action
For this chapter, there was a thorough discussion in class on atmospheric circulation (air pressure and temperature, humidity - or amount of water vapor in the atmosphere, patterns of precipitation and fair weather, etc.) on a non-rotating Earth and then on a rotating Earth (Coriolis effect). We also briefly discussed
surface ocean currents, as opposed to
deep ocean currents. Peruse your notes on these concepts.
One common mistake is to confuse the reasons why we have deserts with the characteristics of a desert. For instance, internal drainage (page 341) is characteristic of a desert, but it does not cause the existence of a desert.
Also, know where the main deserts of the world are (see figure 13.3, page 341)
- Know the Introduction
- Know the Distribution of Deserts
- Know Some Characteristics of Deserts
- Know Desert Features in the Southwestern United States (that is, be able to distinguish and identify the characteristics of the Colorado Plateau and of the Basin and Range deserts). Review the notes you took after the projection of the Death Valley movie.
- Know Wind Action
- Know Box 13.3 (page 353). Desert Pavement and Desert Varnish
Chapter 14 -
Waves, Beaches and Coasts
- Know the Introduction
- Know Water Waves
- Know Near-Shore Circulation
- know Beaches
- Know Longshore Drift of Sediment
- Know Coasts and Coastal Features
Chapter 15 -
Geologic Structures
You can integrate your study with Box 15.2 (pages 400 to 402), that deals with the San Andreas Fault (which was the destination of one of the
Geol 35 Field Trips during the Spring 2008 semester). Also, be able to identify geologic structures such as anticlines, synclines and faults from simple geologic maps, integrating your knowledge of structures (from this chapter) with your knowledge of stratigraphy (from chapter 8)
- Know the Introduction
- Know Tectonic Forces at Work
- Know Structures as a Record of the Geologic Past
- know Folds
- Know Fractures in Rocks
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