Geology and Geography Research
Housed in beautiful Clapp Laboratories, the Department of Geology and Geography maintains state-of-the-art laboratories for research and instruction in geochemistry, petrology, and geographic information systems.
Housed in beautiful Clapp Laboratories, the Department of Geology and Geography maintains state-of-the-art laboratories for research and instruction in geochemistry, petrology, and geographic information systems.
In addition to the labs shown here we also have our own computer lab, weather station, 12 passenger van, camping gear, and a wide array of field equipment.
Built by Dr. Steven R. Dunn with funds from the National Science Foundation, this geochemistry laboratory is fully equipped to collect carbon dioxide from carbonates and from combusted graphite and organic materials.
A state of the art facility featuring Geographic Information Systems and Remote Sensing technologies. This dedicated computer facility offers training and research in Geospatial technologies: Geographic Information Systems (GIS), Remote Sensing, and Global Positioning System (GPS).
A well-equipped research lab primarily for the analysis of sediment cores from lakes. Work in this lab is used to unravel climate over the past 15,000 years.
We maintains a complete rock preparation facility, including slabbing saws, trim saws, Hilquist thin sectioning equipment, and thin section polishing laps. We also have a drill press for coring rock samples and a large polishing table.
The Biology and Geology and Geography Departments maintain an FEI Instruments Quanta 200 "environmental" scanning electron microscope equipped with an EDAX Phoenix Pro Energy Dispersive Spectrometer system and X-ray analysis software. This lab is equipped with a variety of sample preparation equipment and supplies.
The Department maintains a microscopy laboratory with 12 Leica DMEP petrographic microscopes, a variety of student grade Olympus and Nikon microscopes, and several research-grade petrographic microscopes, (including a digital camera and video with monitor) for use by students and faculty in classes and research.
Many Geology and Geography projects make use of the Airborne Imaging Multispectral Sensor. The AIMS1 is a remote sensing platform consisting of a digital camera, a Laser Atlanta laser altimeter, a real-time differential global positioning system and an attitude heading and reference system . It was designed for high spatial and temporal resolution and is deployed in a single-engine aircraft, typically flying between 1000 - 2000 ft. above the ground.
AIMS1 projects have included forest monitoring, constructing spatial databases, measuring forest metrics and estimating the difference in tree growth between years. These metrics are important for measuring the response of vegetation to global warming and for estimating rates of terrestrial carbon sequestration.
The Geology and Geography Department oversees the programs in both Geology (the dynamic processes that shape our planet) and Geography (the relationships between people, places, societies and the environment).