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Contributions from Gene Rankey

Gene is the former Hall Professor, and currently full Professor of geology at the University of Kansas

email: grankey@ku.edu

Teaching subjects include: Carbonate Depositional Systems, Oceanography, Seismic Interpretation, Field Geology, Borehole Geology

Gene Rankey’s research group focuses on unraveling and quantifying the nature and controls on variability in surface processes and geomorphic forms in modern tropical marine and nearshore sedimentary systems, and ancient analogs. Recent studies have documented global patterns in distribution and character of reef and reef sand aprons, the role of physical and chemical oceanography on carbonate ramp systems, and the influences of sediment transport pathways that shape island dynamics. The focus has evolved naturally to evaluating the impact of global change on Earth-surface processes, examining study areas ranging from the Pacific (Kiribati, Tokelau, French Polynesia, Cook Islands), to Southeast Asia (Malaysia, Indonesia), to the Caribbean (Bahamas, Yucatan, Mexico, Turks and Caicos).

He has authored and coauthored many papers, and contributed to several special volumes, conferences, and research seminars

Archives
Categories
dip and strike compass
Measuring dip and strike
sandstone classification header
Classification of sandstones
Calcite cemented subarkose, Proterozoic Altyn Fm. southern Alberta
Sandstones in thin section
poles to bedding great circles
Stereographic projection – poles to planes
froude-reynolds-antidunes-header-768x439-1
Fluid flow: Froude and Reynolds numbers
Stokes Law for particle settling in a schematic context of other fluid flow functions
Fluid flow: Stokes Law and particle settling
sedimentary-basins-distribution-1-768x711
Classification of sedimentary basins
Model are representational descriptions are written in different languages - diagrammatic, descriptive, mathematical, and conceptual. They commonly contain variables and dimensionless quantities that permit quantitative analysis of the physical systems the models represent.
Geological models
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