Master of Science (MS)
First Committee Member
John W. Hess, Chair
Second Committee Member
Frederick W. Bachhuber
Third Committee Member
Roger L. Jacobson
Graduate Faculty Representative
Richard L. Titus
Number of Pages
Big Spring, the resurgence of a karst aquifer in the Lilburn Cave system (Kings Canyon National Park, California), displays the uncommon phenomena of ebb and flow discharge during periods of high runoff.
Hydrograph analyses indicate that the portion of Lilburn Cave between the Z-Room and Big Spring is primarily a conduit flow aquifer. The power spectra strongly indicate a nonlinear system, with evidence of quasi-linear behavior found on a smaller scale. The transfer and kernel function indicate that no additional significant inputs or outputs to the system exist. The bench-scale model built to simulate the ebb and flow cycles in conjunction with the analytical results and the actual behavior observed within the Z-Room and at Big Spring suggest a single conduit containing a sediment plug in the lowest sump that stochastically blocks the flow path creating ebb and flow discharge cycles. A larger cross-sectional area is present above the sump that retains most of the sediment because of a lower velocity.
California -- Kings Canyon National Park; Caves; Groundwater -- Spectrum analysis; Hydrogeology; Springs
Geology | Hydrology
University of Nevada, Las Vegas
Urzendowski, Linda, "Spectral analysis of the flow behavior of Big Spring, Kings Canyon National Park, California" (1993). UNLV Theses, Dissertations, Professional Papers, and Capstones. 1445.
IN COPYRIGHT. For more information about this rights statement, please visit http://rightsstatements.org/vocab/InC/1.0/