The concentration offers interdisciplinary study in geospatial environmental information systems to advance our understanding of biophysical processes and the sustainable development and management of Earth resources.
Survey of geospatial data and information applied to the science of natural and environmental systems. Experiential approaches introduce basic concepts of photogrammetry, emphasizing the use and integration of maps, spatial databases, imagery, field data collection methodologies, accuracy assessment techniques and GPS to discriminate, measure, inventory and monitor environmental resources. Introduce fundamental geospatial tools and concepts of scale and resolution used for resource inventories. Cross listed as CEE4110.
Fall, 3 credits - M. Laba
Principles and applications of geographic information systems for characterizing and assessing agronomic and environmental systems. Emphasizes accessing, updating, analyzing, and mapping geo-spatial data and information. Considers information needs assessment; spatial data accession; coordinate systems; spatial database design, construction, and maintenance; modeling and analysis; map accuracy assessment; and digital cartography.
Recommended prerequisite: PLSCS 4110 but not required.
Spring, 3 credits – Y. Sun
Introduces navigation-grade GPS instruments used in agricultural and environmental science. Topics include instrument familiarization; field-data collection and processing; real-time and post-differential correction; and GPS-GIS integration and mapping of geo-positional data.
Spring, 1 credits – S. Smith
Theory and practice of applying geo-spatial data for resource inventory and analysis, biophysical process modeling, and land surveys. Emphasizes use and evaluation of spatial analytical methods applied to agronomic and environmental systems and processes. Laboratory section is used to process, analyze, and visualize geo-spatial data of interest to the student, ending in a comprehensive student project. Cross-listed as NTRES 6200.
Prerequisite: PLSCS 4110, PLSCS 4200, or equivalent or permission of instructor.
Spring, 3 credits – D. G. Rossiter
Introduction to the principles, equipment, and methods used in obtaining information about earth resources and the environment from aircraft or satellite sensors. Topics include basic interactions of electromagnetic radiation with the earth, sensors, sensor and ground data acquisition, data analysis and interpretation, and project design in the form of a proposal to use remote sensing for a specific application. Cross listing of CCE 6200
Fall, 3 credits – D. Philpot
Other Geospatial course offerings at Cornell can be found at the Mann Library website for Academic GIS Courses.