This course introduces students to the use of geographic information systems and their basic principles. Topics addressed include data collection, processing and output. Students will learn about types of geographic information and data: sources, constraints, and uses; the range of secondary spatial data sets available; and the collection of primary spatial data using global positioning systems (GPS) and other technologies.

A comprehensive regional overview, emphasizing cultural adaptation to desert environments. The interrelationships among religions, cultures, and the physical environment will be examined, along with the region's position and influence in the global system.

This course asks what is it that we seek to protect and how might we succeed in our efforts? Topics and class activities will include biodiversity, conservation design, environmental assessment, and environmental justice.

Offers coverage of world regions not usually covered in other geography courses, or in-depth examinations of specific subregions. Topics covered include: elements of climate and physical landscapes; political and economic systems and their historical development and dynamics; social and cultural processes and landscapes. May be repeated to a maximum of six credit hours under different subtitles.

Provides supervised professional experience in public and private sector positions, and is intended to introduce students to the skills and working environments of careers in geography. Students should consult with a geography faculty member in advance of registering for this class.

Advanced training in map drafting, compilation, symbolization, scales, projections, and map reproduction, including emphasis on the conceptual planning and designing of maps and graphs as a medium for communication.

This course is developed to introduce intermediate and advanced topics in geographic information science and spatial analysis including theoretical and application areas. Building upon a range of GIS software systems this course covers geographic data collection, entry and editing, spatial analysis, interpolation, and map development and display.

This course offers an introduction to remote sensing technologies and their application to land use/land cover analysis, environmental monitoring, natural resources management, and urban planning. This course covers the fundamental remote sensing principles, overview of space/air born sensors/data, essential techniques for digital image processing, and applications particular related to diverse land surfaces such as vegetation, water, urban, and soil/bedrocks. Theoretical training and lab exercises are integrated components in this course.

Course is intended to provide a capstone experience in geographical research and problem-solving through demonstrating students' ability to identify an appropriate research topic in geography; developing and implementing appropriate research strategy; and presenting research results. This course is a Graduation Composition and Communication Requirement (GCCR) course in certain programs, and hence is not likely to be eligible for automatic transfer credit to UK.

Individualized study and/or research intended to provide opportunities for students to explore topics in more depth than is offered in existing courses, or to address topics not covered in existing courses. Students work with a faculty supervisor in defining a specific area of study, appropriate learning objectives, and suitable evaluation criteria. Course format may range from critical reading of selected literatures to innovative research projects. Students should identify and consult with faculty supervisor well in advance of registration for this course.