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Thu April 24 12:20:05 CDT 1997
Courses Taught
Geol 103 |
Geol 120 |
Geol 478/479T |
Geol 460 |
Geol 510 |
Geol 560 |
Geol 565 |
Geol 610
Comet Hale Bopp over Katz Park, DeKalb, IL March 25, 1997, ~8pm CST
~50mm; 20 sec; f3.5; Kodak Gold asa 1000
GEOL 103 Planetary and Space Science:
A survey of the solar system with emphasis
on data recently acquired by space probes. The origin and evolution of
planetary interiors, surfaces, and atmospheres will be stressed.
Text: Exploring the Planets, (Hamblin and Christiansen, 1990)
Spring, 1990; Summer, 1994; Spring, 1995; Spring, 1996; Fall, 1996; Spring, 1997; Fall, 1997; Spring, 1998; Fall, 1998; Spring, 1999; Spring, 2000;
Fall, 2000; Spring, 2001; Fall, 2001; Spring, 2002; Fall, 2002; Spring
2003.
**********************
The Night Sky
Comet Hale-Bopp
LIFE ON MARS!!??
MORE MARS
Other Planetary Sites
General Information
GEOL 120. Physical Geology:
Survey of processes operating on and in the earth and their consequences.
Texts used: Physical Geology, (Montgomery, 1987);
Contemporary Physical Geology, (Levin, 1990).
Spring, 1989; Summer, 1989; Spring, 1991; Spring, 1992; Spring, 1993; Spring, 1994; Spring, 1998.
Relevant Links
GEOL 460. Plate Tectonics:
The kinematics of plate motions in two dimensions and on a
sphere. Structure and evolution of plate boundaries. Forces that drive the
plates.
Text: Plate Tectonics: How it Works, (Cox and Hart, 1986).
Fall, 1998; Spring, 2001; Spring 2002; Spring 2003.
GEOL 478/479T Geologic Field Camp:
(w/ M. Fischer).
Summers, 1990-2002
GEOL 4xx Field Experience for Secondary Science Teachers:
(w/ T. Shoberg,
Pittsburg St. U., N. Goodfellow, St. Xavier U.).
Field Map
Field Photos
GEOL 510. Tectonics:
The kinematics of plate motions in two dimensions and on a
sphere. Structure and evolution of plate boundaries. Forces that drive the
plates.
Text: Plate Tectonics: How it Works, (Cox and Hart, 1986).
Spring, 1989; Spring, 1990; Fall, 1991; Fall, 1992; Fall, 1993; Fall, 1995.
GEOL 554. Geophysical Field Methods:
(w/ P. Ervin). The application of geophysical laboratory and field instrumentation and techniques to the investigation of geological problems.
Fall, 1993.
GEOL 560. Time Series Analysis:
Analysis of time series with special emphasis on
applications of spectral techniques and linear filtering in the earth sciences.
Properties of continuous and discrete Fourier transforms; sampling, design and
use of linear filters; stochastic processes; spectral and cross-spectral
density; and fast Fourier transforms.
Text: Time Sequence Analysis in Geophysics, (Kanasewich, 1981).
Spring, 1991; Fall, 1994; Spring, 1999.
GEOL 565. Earthquake Seismology:
Development of 1-, 2-, and 3-dimensional wave theory. Effects of rheology on seismic wave propagation. Constitutive
relations. Body waves and surface waves. Focal
mechanisms, body wave modeling, and source parameters. Inverse problems
including earthquake location and seismic tomography.
Text: Earthquake Seismology, (Stein, unpublished).
Fall, 1989; Spring, 1993; Spring, 1995, Spring 1997.
GEOL 610. Geodynamics:
A rigorous examination of the processes associated with
plate tectonics.
Development of the concepts of stress, strain, elasticity and flexure, and
their application to the Earth's lithosphere. Analysis of heat flow within
the Earth, including conduction and convection. Introduction to fluid
mechanics as it pertains to the driving forces of plate motions.
Effects of crustal and mantle rheology on plate motions and convection.
Gravity and seismology as tools for understanding plate tectonics.
Text: Geodynamics, (Turcotte and Schubert, 1982).
Fall, 1990; Spring, 1992; Spring, 1994; Spring 1996; Fall, 2002.
Paul Stoddard Homepage |
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prs@geol.niu.edu