Introduction to the complex relationships that link humans with their physical, cultural and spatial environments. Students will investigate these diverse relationships through a variety of worldwide examples.
An analysis of the cultural and environmental patterns of North America, with emphasis on the geographic processes that shape them.
Introduction to geography field and other research methods: asking geographic questions, identifying data needs, planning field work or other geographic research, working in teams, making observations and recording data.
Study the role of location and locational questions in human behavior including how locational factors influence behavior and resulting social and cultural modifications.
This course will expose students to the fundamental concepts and application techniques used in Geographic Information Science (GIS) and Global Positioning Systems (GPS).
Critically analyze the rapid (re)emergence of Asia as a center of the global economy and the enormous geographic diversity across its sub-regions (South, Southeast, and East Asia).
Introduces basic patterns and processes operating in the atmosphere and biosphere, emphasizing the distribution of major features found on Earth and the interactions between humans and the natural environment.
A multidisciplinary approach-geographic, historical, economic, and civic- is used to investigate and analyze issues pertinent to the State of Colorado.
Introduces the basic patterns and processes operating in the lithosphere and hydrosphere, emphasizing the distribution and forms of features found on Earth, and the natural hazards associated with them.
This course takes an interdisciplinary approach toward understanding modern and traditional agriculture, and the ways in which these agricultural forms both clash and coalesce.
Introduction to the historical geography of North America emphasizing the historical roots of contemporary American landscapes and employing the theories, concepts and methods of social science used by geographers.
An experiential approach to learning about cultures, landscapes, language and natural resources of another country. Students engage with the natural environment and local communities through written assignments and intensive fieldwork. S/U graded.
Examine the evidence and imprint of cultural values on geographic landscapes; utilize techniques of spatial diffusion, cultural ecology and integration and landscape analysis to identify and investigate culture regions.
Study the fundamentals, theory and practice of mapmaking and graphic representation. Students make use of advanced geographic information systems (GIS) and illustration software packages.
GEOG 210 or previous GIS experience recommended.
Examines the nature and accuracy of spatially referenced data, as well as methods of data capture, storage, retrieval, modeling and output using GIS software.
GEOG 210 or previous GIS experience is recommended, but not required.
Examine current planning practice in the United States and its larger economic, social, political and geographic context. Topics include land use regulation, urban design, transportation systems and growth Management.
Systematic study of relationships between geography and economics, focusing on spatial dynamics of technical change, divisions of labor, business organization, resource use, and international trade.
Analyze problems in nature-society relationships by exploring geographic theory surrounding environmental politics, surveying local and global actors in these conflicts, and addressing varied contemporary issues in resource management.
Analysis of world population distribution and change utilizing geographic themes and demographic measures, with particular attention to migration, urbanization, environmental impact, and national planning.
Provides the student with hands on experience in the use of Geographic Information System (GIS technology to analyze organizational operations, crime statistics, and crime patterns).
Study the complexities of the physical world and investigate the interactions between human activities and the physical environment.
Identify and analyze relationships between the physical and cultural patterns, including land use, resource development, social, political and economic problems.
This course provides fundamental skills for geospatial programming. Topics include learning Python scripting syntax and using scripts to access and automate geographic processing tasks.
Examine the evidence and imprint of cultural values on geographic landscapes; utilize techniques of spatial diffusion, cultural ecology and integration and landscape analysis to identify and investigate culture regions.
Explores land, people, and culture in the major sub-regions of South America. Emphasis on contemporary population, economic, political and environmental issues.
Examines patterns of population, politics, economy and life-styles as they relate to the diverse physical and multicultural environments of Middle America. Analyze the strategic location of this region.
Study the relationships between the physical and cultural environments, including land use, resources, economics and political problems.
Study the regions of Asia through variable offerings. Examine patterns of physical and cultural landscapes, social organization and economic activities.
Examine selected environmental issues, including climate change, environmental degradation, and resource depletion, focusing on the physical processes underlying these problems and how human activities contribute to environmental problems.
Systematic study of relationships between geography and politics; topics include the formation of the modern state, the international system, territorial expansion, global markets, warfare, and political interactions at various scales.
Systematic study of urban processes, from the ancient to the modern world, with an emphasis on the origins, development, and future of cities in the United States.
Examine elementary statistical techniques useful to the analysis of geographical data. Some background in mathematics useful.
Examine the sustainability of contemporary living patterns. Explore alternative approaches to meeting transportation, domestic power and heating, food production and waste disposal needs on the personal and community levels.
Explores the role of protected areas in sustaining society, and examines natural parks as working ecosystems, biodiversity and resource banks, recreational spaces, and symbols of cultural and national heritage. Culminates in a capstone project.
Investigation and analysis of geographic issues with examples of successful approaches for teaching geography. Students create materials appropriate for teaching geography concepts and spatial thinking skills in the K-12 curriculum.
Field course: Analyzes the geography of rivers in Western Colorado. Fieldwork and conceptual skills address environmental issues, using specialized equipment, maps, data storage devices, and field sampling methods.
Study and apply the techniques used in solving geographic problems in the field and effectively present the results of such studies.
Study special topics in regional geography: contemporary geographic issues affecting environmental, economic, political, cultural, or social phenomena in emerging or borderland regions.
Study thematic map communication via the internet and wireless technologies. Develop interactive maps that can be served over the internet. Build mobile mapping applications.
Individualized investigation under the direct supervision of a faculty member. (Minimum of 37.5 clock hours required per credit hour.)
Identify meaningful patterns in the distributions of plants and animals and explain how/why those patterns developed. Includes an examination of the role humans have played in shaping those patterns.
An examination of what causes climate to change across different time scales; how climate has changed in the past; how scientists use models, observations and theory to make predictions about future climate; and the consequences of climate change for our planet. One field trip required.
Examines the relationships between spatial patterns in landscape structure (physical, biological and cultural) and ecological processes.
Students will learn the conceptual foundations and technical skills to apply remote sensing in environmental and cultural applications. Topics will include land use/land cover classification, change detection, and vegetation modeling.
Advanced study of geographic techniques. Topics will relate to applications in GIS, remote sensing, quantitative analysis, land use analysis, or the mapping sciences.
Advanced undergraduate majors and minors use geographic training while working in local, state or federal agencies. Participants must meet university internship requirements. S/U Graded.
Research selected geographic topics based on the student's major emphasis. Course focuses on the assessment of students' geographic knowledge base, research and analysis skills.