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Note: Some Upper Division (400-499) and Graduate (500-599) Courses are "dual" numbered. These are offered simultaneously with somewhat different requirements for Upper Division and Graduate Students. Contact the instructor for how requirements differ.
Scroll down on this page for information about all of the classes scheduled. If additional information is available about a particular class (sylabus, reading list notes or other material prepared by the professor), it may be accessed by clicking on the class name if that information is available to the webmaster.
If you are interested in class information from previous semesters, please click here for a menu of links to all previous versions of this page (including the immediately preceeding semester). These pages may contain links to more detailed information about the courses in which you are interested.
The current course offerings list is available on paper in the Main Office (Northrop Hall, Rm. 142). A link to UNM's "official" class schedules is provided below. Our Lower Division Course page, Upper Division and Graduate Course page, and Environmental Science Course page (all Acrobat PDF files) are listings of all the courses currently offered in the department. They are extracted from the current full UNM Catalog available online as an Acrobat PDF. Catalog descriptions for all courses regularly offered in our department (with the most current descriptions) and links to scheduled course offerings are also available through LoboWeb.
The Natural Sciences Program is affiliated with E&PS and offers a three-semester course series designed to provide science content and model effective teaching techniques to pre-service elementary school teachers. Click here to go the the program web site for information about these classes.
EPS319 & EPS420 contains information about the Beginning and Advanced Summer Field Course offered annually in May through July. This link is to information for the current (or upcoming) courses with links to photos of previous classes.
122 Northrop 9:00-9:50 MWF SELVERSTONE
122 Northrop 9:30-10:45 T R ASMEROM
122 Northrop 11:00-12:15 T R KUES
122 Northrop 5:30-6:45PM T R PUN
A fascinating tour of our active planet. Explore earth materials (rocks
and minerals), the continents’ motion and related origins of earthquakes,
volcanoes, mountain building, oceans, landscapes, natural energy and economic
resources, global warming and other topics. Students are encouraged but not
required to enroll concurrently in 105L.
TEXT: to be determined
117 Northrop 9 various times PUN
Minerals, rocks, and topographic and geologic maps; field trips.
Corequisite 101.
TEXT: to be determined
340 Northrop Hall 09:00-09:50 M W F SMITH
Lab 340 Northrop 2:00-4:00 T SMITH
Lab 340 Northrop 12:00-2:00 W SMITH
Origin and history of the Earth including age of the planet and dating
of rocks, changing configurations of oceans and continents as a result of plate
tectonics, records of climate change, history of formation and erosion of mountain
chains, origin and evolution of life and causes of extinction. Required field
trip and lab exercises permit understanding of how Earth history is interpreted
from the geologic rock record. Must enroll in one (201L) lab.
Prerequisite: 101 or ENVSC 101, pre-or corequisite: 105L. or ENVSC 102L
TEXT: No Text Required for either lecture or lab
105 Northrop 7:00-9:30PM R KUES
Survey of geologic features of New Mexico, including structures, landforms,
stratigraphy, fossils, geologic history and mineral resources.
Prerequisite: A course in elementary geology recommended.
TEXT: to be determined
105 Northrop 11:00-11:50 PM M W F FISCHER
Types of volcanoes and eruption products, role of volcanism in planetary
evolution, volcanoes as sources of geothermal energy and mineral deposits, volcanic
hazards and disasters, environmental effects of volcanic eruptions.
Prerequisites: E&PS 101 or ENVSC 101
TEXT: to be determined
224 Northrop 9:30-10:45 T R WAWRZYNIEC
Terrestrial LiDAR scanning technology is providing a new window for
making geologic observations. The class will emphasize the operation and application
of LiDAR technology to geologic research programs. Topics include LiDAR instruments
from airborne to terrestrial, instrument operation, project design, basic data
processing using Isite Studio, ArcGIS and Matlab, and basic geospatial analysis
theory as it applies to Digitial Surface Modeling, change detection and fracture
analysis.
Prerequisites: MATH 162, familiarity with linear algebra and Matlab preferred.
TEXT: to be determined
115 Northrop 9:30-10:45 T R BREARLEY
Introduction to crystallography, crystal chemistry and their relation
to physical and chemical properties of materials. Overview of major structure
types and crustal-chemistry/occurrence of common rock-forming minerals.
Pre or corequisites. Chemistry 121L or permission of instructor. {E&PS Majors
MUST enroll concurrently in E&PS 301 and one section of E&PS 302L}
TEXT: to be determined
115 Northrop 12:30-2:30 T BREARLEY
115 Northrop 3:00-5:00 T BREARLEY
115 Northrop 12:30-2:30 W BREARLEY
115 Northrop 3:00-5:00 W BREARLEY
Laboratory exercise in crystallography and crystal chemistry. Hand
specimen identification of the common rock-forming minerals. E&PS majors
are required to enroll concurrently in E&PS 301 and 302L.
TEXT: to be determined
Lecture 340 Northrop 11:00-11:50 M W F ELRICK
Lab 105 Northrop 2:00-5:00 W ELRICK
Lecture 340 Northrop 11:00-11:50 M W F ELRICK
Lab 105 Northrop 2:00-5:00 W ELRICK
Introduction to origin, petrology, and stratigraphic occurrence of
sedimentary rocks.
Prerequisites: 201L and CHEM 121L, 303L.
TEXT: to be determined
115 Northrop 12:00-5:00 M KARLSTROM
Scientific method based on field observation, analysis of geologic
phenomena and geologic history of New Mexico. Written report required for each
4-hour field trip to outcrops in the Albuquerque area.
Prerequisites: E&PS 101 or ENVSC 101, and E&PS 105L, or ENVSC 102L.
Special fee. $30.00. .
TEXT: to be determined
340 Northrop 12:30-1:45 T R AGEE
Survey of space exploration past, present, and future. Detailed overview
of solar system formation, the Sun, the planets and their moons, asteroids,
comets, meteorites and astrobiology.
Prerequisites: E&PS 101or ENVS 101 recommended.
TEXT: to be determined
122 Northrop 2:00-3:00 F SHARP
Current topics in Geology
Prerequisite: Junior standing.
TEXT: No text required
146 Northrop Hall 2:00-3:15 T R WEISSMANN
A study of paleogeographic evolution of sedimentary basins, principles
of facies analysis and subsidence history, and advanced methods of stratigraphic
analysis. We will take at least two field trips for this course.
Pre-requisites: EPS 304L and EPS 310L, or equivalent or instructor permission.
TEXT: “Tectonics of Sedimentary Basins”, Busby, Ingersoll, authors,
1995 edition, Blackwell Science publisher (required)
340 Northrop Hall 4:00-5:15 PM T R GALEWSKY
Quantitative treatment of the hydrologic cycle – precipitation,
evapotranspiration, infiltration, runoff and subsurface flow, global change
and hydrology, catchment and hillslope hydrology, hydrologic system –
ecosystem interactions, hydrology and water resources management.
Prerequisites: Upper-division standing, Math 163L, and Physics 160
TEXT: to be determined)
Lecture 105 Northrop 11:00-12:15- T R MEYER
Lab 105 Northrop 1:00-5:00 R MEYER
Origin and development of landforms with emphasis on weathering soils,
Hillslope processes, fluvial systems and surfical geology. Occasional field
trips. Must enroll in lab.
Prerequisites 101 and 105L or EnvSc 101 and 102L; Special fee $30.00.
TEXT: to be determined
146 Northrop 12:00-1:00 F GEISSMAN
Student reviews of geologic literature and critique.
Pre- or corequisite: 304L.
TEXT: No text required
122 Northrop 2:00-3:00PM F SHARP
Current topics in Geology.
Prerequisite: Junior Standing
TEXT: No Text Required
105 Northrop TBA GEISSMAN
Discussion of the source, origin, and application of geologically significant
magnetizations in rocks. Experience in field sampling and data collection and
analysis.
Prerequisites: 302, Physics 152.
TEXT: to be determined
Lecture 340 Northrop 10:00-10:50 M W SPILDE
LAB B02 Northrop ARRANGED SPILDE
Theory and practice of electron microprobe analysis emphasizing geological
materials.
Prerequisite: permission of instructor and a demonstrated need for the use of
instrument.
TEXT: “Scanning Electron Microscopy and X-Ray Microanalysis” Goldstein
et. al. author, 2003 edition, Plenum publisher.
125 CERIA 1:00-5:00 W CROSSEY
The course will cover field methods in the study of geomicrobiology,
including the measurement and analysis of relevant environmental parameters,
microscopy of samples, and microbiological culturing to provide evidence for
biogenicity. A project-based format will be used, drawing on local cave, spring,
rock varnish, and other field sites.
TEXT: Introduction to Geomicrobiology, author, Konhauser, 2007 edition, Blackwell
publisher (required)
Location and Times to be Arranged SHARP
An introduction to the fundamentals of scientific glassblowing. The
course will consist of demonstrations and hands-on lessons on how to make the
various components of vacuum systems.
TEXT: No Text Required
340 Northrop 2:00-4:00 M W SELVERSTONE
Mesozoic to modern history of the world's classic collisional mountain
belt. Topics to be addressed include: structural geometries of continent-continent
collisions, mechanisms of subduction of buoyant continental crust, thermal evolution
of deep-seated rocks and effects on surficial processes, role of late orogenic
extension, exhumation mechanisms, erosion and sedimentation patterns, relationships
between mountain building and climate change. The course will involve a mix
of lectures, student presentations, and discussions, as well as preparation
of an NSF-style proposal. We will focus on current areas of controversy and
debate opposing points of view.
Prerequisites: The course is open to all graduate students, and to advanced
undergraduates with permission of instructors.
TEXT: No Text Required
Location and Times to be Arranged KARLSTROM
Study of the processes and products of rock deformation at all scales,
lithosphere, mountain belts and microstructures. Prerequisites: 307L or permission
of instructor
TEXT: to be determined
Lecture 115 Northrop Hall 11:00-12:15 T R FISCHER,
JONES, BALDRIDGE
LAB 224 Northrop Hall 2:00-4:00 R FISCHER,
JONES, BALDRIDGE
Discussion of the properties, generation, emplacement and differentiation
of magma, applications of physical/chemical principles to the study of igneous
rocks
Prerequisites: 303L.
TEXT: to be determined
146 Northrop Hall 12:30-1:45 T R ASMEROM
Examination of principles governing the abundance of naturally occurring
radiogenic isotopes and their use in the study of global geochemical processes.
Prerequisites: Permission of instructor.
TEXT: Radiogenic Isotope Geology, Dickin, latest edition, Cambridge Press (required)
146 Northrop 2:00-3:15 T R WEISSMANN
A study of paleogeographic evolution of sedimentary basins, principles of facies
analysis and subsidence history, and advanced methods of stratigraphic analysis.
We will take at least two field trips for this course.
TEXT: “Tectonics of Sedimentary Basins”, Busby, Ingersoll, authors,
1995 edition, Blackwell Science publisher (required)
134 Northrop 1:00-4:00 W FISCHER,
ELSTON, GOFF
Dynamics of volcanic eruptions, monitoring of volcanic hazards, geothermal
energy, epithermal, numerical and analytical research techniques.
Prerequisite: 450L; or permission of instructor. 576-476. Physical Hydrology.
TEXT: to be determined
340 Northrop Hall 4:00-5:15 PM T R GALEWSKY
Quantitative treatment of the hydrologic cycle – precipitation,
evapotranspiration, infiltration, runoff and subsurface flow, global change
and hydrology, catchment and hillslope hydrology, hydrologic system –
ecosystem interactions, hydrology and water resources management.
Prerequisites: Upper-division standing, Math 163L, and Physics 160
TEXT: to be determined
Lecture 105 Northrop 11:00-12:15- T R MEYER
Lab 105 Northrop 1:00-5:00 R MEYER
Origin and development of landforms with emphasis on weathering soils,
Hillslope processes, fluvial systems and surfical geology. Occasional field
trips. Must enroll in lab.
Prerequisites 101 and 105L or EnvSc 101 and 102L; Special fee $30.00
TEXT: Process Geomorphology, Ritter, Kochel, MIller, 4th edition, McGraw Hill
Publisher (required)
134 Northrop 10:00-10:50 M W F McFADDEN
Processes of physical and chemical weathering influence of soil parent
materials, climate topography and time on soil formation; application of soil
studies to geologic problems.
Prerequisites 101, or EnvSc. 101, 481L.
TEXT: Soils and Geomorphology, Peter Birkeland, 3rd edition, Oxford University
Press Publisher (required)
See the Graduate Bulletin for total credit requirements. Offered on a CR/NC basis only.
See the Graduate Bulletin for total credit requirements. Offered on a CR/NC basis only.
122 Northrop Hall 10:00-10:50 MWF SHARP
122 Northrop Hall 1:00-1:50 MWF SHARP
122 Northrop Hall 12:30-1:45 T R SCUDERI
122 Northrop Hall 11:00-11:50 MWF ROY
To understand global change and environmental concerns, this course
weaves together an understanding of Earth's lithosphere, atmosphere and oceans
and how ecosystems are linked to the physical environment.
Prerequisites: Students are encouraged but not required to enroll concurrently
in 102L.
TEXT: “The Blue Planet”, Skinner, Potter, 2nd edition, Wiley Publisher.
(Required)
Lab 117 Northrop 1:00-2:50 T MEYER
and STAFF
Lab 117 Northrop 3:00-4:50 W MEYER and
STAFF
Lab 117 Northrop 11:00-12:50 R MEYER
and STAFF
Lab 117 Northrop 1:00-2:50 R MEYER and
STAFF
Lab 117 Northrop 3:00-4:50 R MEYER and
STAFF
Lab 117 Northrop 11:00-12:50 F MEYER
and STAFF
Introductory environmental earth science laboratory. Includes minerals,
rocks, and rock cycle, topographic maps, local geology and groundwater, weather
and climate.
Pre-or corequisite: 101.
TEXT: NO TEXT REQUIRED
340 Northrop Hall 11:00-12:15 T R WEISSMANN
Study of the human relationship to and impact on the physical environment.
Sustainable development and management of resources. Global change and its implications
for ecosystems. Environmental law, policy, regulations and ethics.
Prerequisites: EnvSc 101 (or E&PS 101), Chem. 121L, and one of the following:
Math 162L, Bio. 123/124L or Physics 160.
TEXT: “The Earth System”, Kump, Kasting, Crane, authous, 2004 edition,
Pearson/Prentice Hall publisher, (required)
Each listing includes the number and name of course, credit hours, classroom location, time and days, and instructor. Classes which include an "L" in the number include a required laboratory. Consult the Faculty and Staff Pages for information about instructors.
Please send questions about this schedule to the Department via Email at epsdept@unm.edu. or contact the main office by mail or phone as shown on the department contacts page.
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