Iowa State University

Iowa State University
A B C D E F G H I J K L M N O P Q R S T U V W X Y Z
 
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College of Liberal Arts and Sciences

Department of Geological and Atmospheric Sciences

Got a question or comment?
Contact us at 515-294-4477 (geology) or 515-294-4758 (meteorology)
geology@iastate.edu
Meteorology Undergrad Program
Meteorology Graduate Program

Carl Jacobson
Chair
Department of Geological & Atmospheric Sciences
253 Science I
Ames, Iowa 50011

FAX: 515-294-6049

William Gallus
Professor-in-Charge
Meteorology Program
3010 Agronomy Hall
515-294-2270


Faculty


Igor Beresnev

Professor
Geophysics

164 Science I
Dept. of Geological and Atmospheric Sciences
Iowa State University
Ames, IA 50011
Phone: (515) 294-7529

Education
M.S. in Geophysical Prospecting, Moscow State University, USSR, 1981
Ph.D. in Geophysics, Institute of Physics of the Earth, USSR Academy of Sciences, Moscow, 1986
 
Research Interests
My interests lie in the fields of earthquake seismology, applied geophysics, wave propagation, fluid dynamics, and digital-data processing.
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Teaching Program
Applied & Environmental Geophysics
(Geology/EnSci 451/551) (see syllabus PDF).  3 credits (Spring).  This course is an introduction to the essential geophysical techniques of subsurface investigation. We learn the basic principles and do a field project using a StrataView engineering seismograph, ResiStar resistivity-imaging system, and Noggin 250/500 MHz geo-radar.  The data are processed in the computer lab using real-world interpretation software.  We also do problem solving and review articles from current periodicals.

Exploration Seismology (Geology 457/557) (see syllabus PDF). 3 credits (Fall). This course represents a more in-depth (but still simple) insight into the methods of seismic exploration.  I illustrate both shallow (engineering and environmental) and deep (petroleum-exploration) applications.  We work in the field with a StrataView seismograph and process the data in the computer lab.  Problem assignments illustrate principal ideas of the seismic method; we also review journal articles showing typical applications.

Meteorological Instrumentation and Measurements (Meteorology 432/532) (see syllabus PDF).  3 credits (Spring).  An elementary introduction to modern techniques of meteorological observations, including classic instruments, as well as lasers, radars, satellites, and remote sensing.  The course includes guest lectures by meteorologists from the National Soil Tilth Lab and National Weather Service and a field trip to a National Weather Service Forecast Office.  The students conduct an independent research project on a measurement-related subject and present findings at a forum during the last two weeks of the semester.

 Recent Refereed Publications


Igor Beresnev