QRC members run several laboratories on campus that conduct research on Quaternary samples and topics. To inquire about lab specifics, contact the lab manager contact information listed below for each lab.
Contact: John Stone
Measuring cosmic-ray-produced 26Al, 10Be and36Cl in rocks, soils, sediment and ice to date events that have modified the Earth’s surface and studying the responsible geomorphic processes. Dating Quaternary glaciation, studying erosion and sediment transport, and quantifying cosmogenic nuclide production.
Contact: David Montgomery
Using Geographical Information Systems (GIS) to explore and quantify geomorphology, and to support field campaigns. Spatial Data Engine, Internet Map Server, mammoth file server and web servers, and powerful student workstations.
Contact: Bernard Hallet
Studying processes that shape landscapes in alpine and polar regions. Cold rooms for precisely controlled experiments on soils and rocks as they freeze and thaw. Preparation rooms for staging field work and preparing instrumentation to study glacial and periglacial processes in diverse regions including Alaska, Antarctica, Greenland, and Patagonia.
Contact: Pat Anderson
Detailed stratigraphic studies of plant and animal remains in Quaternary sediments. Extensive collection of modern reference pollen types from Asia and the Americas. Studies of fossil cladoceran remains, diatoms, seeds, and trace-metal geochemistry in lake sediments.
Contact: Eric J. Steig
Developing high-resolution climate records covering the last ten millennia, from ice cores in the Canadian Arctic, Greenland, and Antarctica. Off-line and on-line preparation systems for D/H and 18O16O on water, 13C12C and on carbonates and organic materials, and 15N14N on nitrate and organics. Additional information, data, and other resources are available at the isolab web page.
Emeritus Minze Stuiver’s 14C and 18O data produced by the Quaternary Isotope Laboratory (QIL) are still available on our Public Datasets page. Also available is the QIL radiocarbon calibration program: CALIB.
Contact: Ron Sletten
Studying soil and water chemistry, including the role of natural organic matter in metal transport in soil and water. Examining surface processes and carbon dynamics in polar regions.