Current Courses

Fall 2024

GEOL 100 Earth in Action (Credits: 3)

If you ever found a rock and wondered, what it was, or how it was formed or where it came from, this class is perfect for you. This class is a 3-credit hour introductory geology lecture that covers a variety of topics (topics may differ depending on instructor). In this class you will learn about: the scientific method, different spheres of the Earth and their interactions, theory of plate tectonics, basics of earthquake and volcanoes and the science of climate change. Various techniques of active learning and student engagement such as virtual reality field trips (and real field trips for First Year Seminar section) are used.

GEOL 103 (Geology Laboratory) may be taken with this course to make it an elective with a lab section. It is also offered online through Global Campus. K-State 8 tags Historical Perspectives, Natural & Physical Sciences

GEOL 102 Earth Through Time (Credits: 3)

The purpose of this course is to tell you the story about how the Earth came to be, how the planet and life on it evolved from its formation 4.5 billion years ago to the present, and to discuss the interconnectedness of the physical and biological realms. You will also learn how scientists know all that! By the end of the course, you should be able to (1) understand the internal and external processes in the Earth, (2) have a general notion of the techniques applied to historical geology, and (3) have an overall view of the history of the Earth, understanding the interrelationship between major events and the evolution of life, geologic time; plate tectonics and the evolution of continents, oceans; history of life as revealed in the geologic record; and past climates.

GEOL 103 Geology Laboratory (Credits: 1)

This class is a 1 credit hour introductory geology laboratory that meets once a week for 2 hours. In this lab you will learn about basic geology topics in a hands-on active session. The topics include identification of rocks and minerals, geologic maps, topographic maps, streams and groundwater and landforms. During the lab session you will use an augmented-reality sandbox to learn about topographic maps, virtual reality field trips to learn about different landforms, a stream table to learn about evolution of riverbeds over time and many other hands-on activities involving mineral and rock specimens, and different maps.

Prerequisites or co-requisites: GEOL 100, GEOL 102, or GEOL 125. K-State 8 tag Natural & Physical Sciences

GEOL 105 Oceanography (Credits:3)

The oceans: their boundaries, contents, and processes.

K-State 8 tag Natural & Physical Sciences

GEOL 115 Environmental Geology (Credits: 3)

This course is intended to provide you with a scientific overview of geology as it relates to human activities and the interaction between human activity and geological processes. In particular, we will investigate (a) the physical constraints imposed on human activities by the near-surface and surface geological processes that are continually shaping the environment that we live in, (b) the resources that we utilize to sustain our lives on Earth, and (c) global environmental issues such as climate change, geologic hazards, natural resources, and water use.

K-State 8 tags Global Issues & Perspectives, Natural & Physical Sciences

GEOL 125 Natural Disasters (Credits: 3)

This introductory lecture course introduces you to geological phenomena such as earthquakes, volcanic eruptions, tornadoes, hurricanes, and floods, with particular emphasis on their causes, effects, and significance as hazards. By enrolling in this course, you will learn about Earth's processes, gain an appreciation for natural forces that impact our lives in very significant ways, and become a better-informed citizen. This course meets natural and physical science and social science requirements of K-State 8.

Geology 103 (Geology Laboratory) may be taken with this course to make it an elective with a lab section. It is also offered online through Global Campus. K-State 8 tags Natural & Physical Sciences, and Social Sciences.

GEOL 360 Quantitative Methods in Geoscience (Credits: 3)

Design geological data sampling, investigate whether or not two geological datasets are significantly different, develop regression-based equations among various quantities, analyze data in Excel and MATLAB, and handle large geological datasets.

Prerequisite: MATH220. K-State 8 tags Empirical & Quantitative Reasoning, Natural and Physical Sciences

GEOL 501 Independent Study in Geology (Credits: 1-3)

Independent reading; field or laboratory investigations, or both, of geologic problems.

GEOL 502 Mineralogy (Credits: 3)

Crystallography; physical and chemical properties of minerals; emphasis on mineral identification through laboratory analysis

Prerequisites: GEOL 100 and GEOL 103; CHM 110 and CHM 111 or CHM 210. K-State 8 tags Empirical & Quantitative Reasoning, Natural & Physical Sciences

GEOL 520 Geomorphology (Credits: 3)

Classroom, laboratory, and field studies of landforms and surficial deposits, with an emphasis on earth-surface processes. Classroom lectures and discussions; laboratory exercises; and field investigations.

Prerequisite: GEOL 100 or GEOL 121. K-State 8 tag Natural & Physical Sciences

GEOL 530 Structural Geology (Credits: 3)

Mechanics of the earth’s crust; origin and interrelation of structures of the earth.

Prerequisite: GEOL 503. K-State 8 tags Empirical & Quantitative Reasoning, Natural & Physical Sciences

GEOL 560 Field Methods (Credits: 3)

Introduction to methods used to collect geologic data in the field. Emphasis is placed on map-reading, rock description, use of aerial photographs, and construction of geologic maps and cross sections.

Prerequisite: GEOL 503. K-State 8 tags Empirical & Quantitative Reasoning, Natural & Physical Sciences

GEOL 581 Principles of Paleontology (Credits: 3)

This course will introduce you to the diverse ways in which data from the fossil record can be applied to address geological and paleontological questions. It will provide basic knowledge of the morphology and geologic range of common fossil groups and give you a sense of the breadth of information obtainable from the fossil record. We will discuss how paleontological data may provide information not only about the evolutionary history and characteristics of past life on Earth, but also about the past environments those organisms inhabited.

Prerequisite: GEOL 102. K-State 8 tags Empirical & Quantitative Reasoning, Natural & Physical Sciences

GEOL 599 Senior Thesis (Credits: 1-3)

Directed research and preparation of a senior thesis.

GEOL 640 Introduction to Geophysics (Credits: 3)

Introduction to geophysics, its uses in studies of the earth’s interior, its utility of illuminating subsurface geological features, and its applications in fields such as groundwater studies and the development of energy resources.

Prerequisites: MATH 220, PHYS 113, or PHYS 213, or instructor consent

GEOL 711 Water Resources Geochemistry (Credits: 3)

Geochemistry of ground and surface waters; emphasis on mineralogical, biochemical, and hydrologic controls on inorganic and organic interactions in natural waters.

Prerequisites: GEOL 611, GEOL 605, or AGRON 605

GEOL 730 Petroleum Geology (Credits: 3)

This course summarizes the fundamentals of Geology that need to be understood and integrated to manage petroleum reservoirs and other fluid resources. It will address the origin and distribution of conventional and non-conventional petroleum resources, the petroleum system, source rocks, traps and seals, reservoir rock properties, as well as exploration and development methods. While petroleum is still a major part of our energy demands, the techniques taught in this course are applicable to a variety of renewable resources such as groundwater and geothermal energy, and those will also be examined. We will discuss topics pertinent to the energy industry, including hydrocarbon prices and geopolitics, production of shale gas and the energy transition.

Prerequisites: GEOL 530 and GEOL 630

GEOL 742 Seismic Data Interpretation (Credits: 3)

This course covers the fundamentals of seismic data interpretation and synthetic seismic modeling with emphasis on key stages in a seismic data interpretation flow. Those key stages include seismic-to-synthetic tie, horizon picking and QC, seismic resolution analysis, thin-layer effects, structural interpretation, seismic stratigraphy, and seismic attributes analysis for reservoir property prediction. An industry interpretation platform (currently IHS Kingdom Suite from IHS Markit) is utilized in the interpretation project of a 3D seismic dataset from Stanton County, KS.

Prerequisites: GEOL 640

GEOL 760 Geochemical and Biogeochemical Modeling (Credits: 3)

Use of geochemical modeling to examine geochemical and biogeochemical processes in aqueous environments.

Prerequisites: CHM 110 and CHM 111. Recommended prerequisite: GEOL 605. K-State 8 tags Empirical & Quantitative Reasoning, Natural & Physical Sciences

GEOL 790 Problems in Geology (Credits: 1-3)

Work is offered in mineralogy, paleobiology, paleoecology, stratigraphy, structural geology, igneous, metamorphic, and sedimentary petrology, geomorphology, planetary geology, hydrogeology, geochemistry, and isotope geology.

GEOL 810 Isotope Geology (Credits: 3)

Principles, techniques, and applications of natural radioactive isotopes to geochronology; application of isotopes to problems of petrogenesis.