Faculty
Dr. Black's work focuses on geophysics, including reflection seismology.
Dr. Blum is interested in surface processes and the stratigraphic record, fluvial and coastal sedimentology, source-to-sink sediment dispersal, and sequence stratigraphy.
Dr. Fowle's research focus is geomicrobiology, aqueous geochemistry and limnology.
Dr. Franseen's research primarily involves sedimentology, sequence stratigraphy, and diagenesis of carbonate and siliciclastic strata.
Dr. Goldstein is the Haas Distinguished Professor in the Department of Geology and Associate Dean of Natural Sciences and Mathematics at the University of Kansas.
Dr. González is interested in stable isotope chemistry and its application to continental paleoclimatology, carbonate geochemistry with emphasis on isotopic and trace elemental chemistry, carbonate geology with emphasis on karst development and carbonate deposition in marine and karst systems, and carbonate diagenetic processes.
Dr. Hasiotis's research program focuses on integrating continental and marine ichnology with sedimentology, stratigraphy, and paleontology in siliciclastic, carbonate, and mixed sedimentary systems.
Dr. Hill's research focus is hydrogeology; computer simulation of natural systems; inverse modeling, uncertainty, and risk associated with environmental systems; and how science and public policy inform one another. She is working with the KU interdisciplinary Energy and Water Initiatives.
Dr. Kamola works in sedimentology, sequence stratigraphy, and sedimentary basin analysis with current research including controls on stratal patterns in sedimentary basins and high frequency sequence stratigraphy of shallow marine strata.
Dr. Möller and his students use geochronology and thermobarometry to study the history of ancient mountain belts, and the source regions and deposition ages of sediments.
Gwen Macpherson studies chemical hydrogeology, water resources and groundwater's role in the global carbon cycle.
Dr. Marshall's research interest is Raman spectroscopy, mineral characterization, and molecular-level carbon investigation.
Dr. McLean has long been interested in using high-precision thermo- and geochronology to solve geological problems, especially those that require resolution at the limits of analytical precision. A main thrust of his research involves quantitatively interpreting the large volume of information used to calculate and interpret isotopic dates.
Dr. Olcott Marshall's research combines organic geochemical techniques with paleontological and geological techniques, to characterize the evolution and preservation of the biosphere through time, especially in intervals of Earth's history where the traditional fossil record is sparse.
Dr. Rankey focuses on fundamental controls on the nature and variability of carbonate sedimentary, geomorphic, and stratigraphic systems, using Holocene systems to develop predictive understanding of carbonates in the stratigraphic record.
Dr Roberts specializes in hydrochemistry and microbial geochemistry, bridging basic and applied science and focusing on the role of microorganisms on mineral chemistry and weathering as it applies to carbon sequestration, petroleum reservoir diagenesis, paleoclimate, and water quality from the nano- to landscape scales.
Dr. Selden and his students research into the evolution of fossil arthropods, mainly Chelicerata (horseshoe crabs, sea scorpions, arachnids and their allies).
Leigh and her students use field-based, remote sensing and modeling techniques to study glacier dynamics, ice sheet mass balance and climate change.
Dr. Steeples began serving as interim dean of the College of Liberal Arts and Sciences in March 2015.
Dr. Stotler's research interest is hydrogeology.
Dr. Taylor uses remote sensing, geodesy, isotope geochemistry, and structural geology to understand the dynamics of continental deformation.
Dr. Tsoflias' research interests are in applied geophysics (exploration geophysics, hydrogeophysics, biogeophysics) and the development of ground-penetrating radar (GPR) and high-resolution seismic imaging methods. Please visit my website.
Dr. Walker's research interests are in integration of Tectonics, Geochronology, and GIS to better understand the geologic development of contractile and extensional systems.
Dr. Walton focuses on sedimentary petrology, low temperature geochemistry, and mineralogy.
Associate Professor, Department of Earth Sciences, Dalhousie University, Halifax, Nova Scotia, Canada
Professor of Environmental Engineering, School of Civil Engineering and Geosciences, Newcastle University, Newcastle upon Tyne, United Kingdom
Foundation Distinguished Professor, Ecology & Evolutionary Biology and Senior Curator, Biodiversity Institute
Ph.D., Kansas, 1961.
Research: Inorganic geochemistry with emphasis on aqueous and environmental geochemistry. Origin of natural hydrogen and nitrogen gases. Antarctic efflorescences and associated unusual mineralogy.
Ph.D., Stanford, 1955.
Research: Quaternary geology and geomorphology of the central Plains and northern Rocky Mountains, origin of complex loess columns, and geological interpretation of archaeological sites.
Ph.D., Yale, 1965.
Research: Sedimentology, carbonate facies, and diagenesis, specifically Cretaceous carbonates in Mexico and Permo-Triassic carbonates in China. Interests include mass-flow deposits, modern carbonates, and Mid-continent cyclothems.
Ph.D., Kansas, 1970.
Research: Theoretical description of flow systems; characterization of aquifer heterogeneity by field, laboratory, and modeling activities; Model studies of groundwater availability in Kansas.
Ph.D., Texas, 1962.
Research: Invertebrate paleontology and biostratigraphy with emphasis on early Paleozoic. Trilobite biostratigraphy, and Middle Cambrian faunas of North America, Greenland, and China.
Ph.D., Leeds, 1953.
Research: Invertebrate paleontology with emphasis on Lower Paleozoic faunas and stratigraphy. Evolution of the Brachiopoda and Neoproterozoic to Cambrian development of the plate margin of Greater Antarctica.
Ph.D., UCLA, 1964.
Research: Geochemistry and regional geology with emphasis on geochronology of Early Proterozoic orogenic belts. Proterozoic basement of North America, and the Precambrian shields of Brazil and western Africa
