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Alexander, E. Calvin, Jr., 1993, The evolving relationship between
Mammoth Cave National Park and its hydrogeologic symbionts. Allen, Shelley, 1984, Clastic sediments of Crystal Cave, Flint-Mammoth cave system, Kentucky. Andres, Gary E., 1989, Karst water investigation sites (KWIS), installation
and preliminary data retrieval at Turnhole Basin, Mammoth Cave, Kentucky. Anthony, Darlene M., 1998, Seasonal changes in the geochemical evolution
of the Logsdon River, Mammoth Cave, Kentucky. Bean, Lawrence Edward, 1987, A geologic and hydrologic investigation
of Fisher Ridge Cave system. Brown, Richmond, F., 1966, Hydrology of the cavernous limestones of
the Mammoth Cave area, Kentucky. Brown, R. F. and Lambert, T.W., 1962, Availability of Ground Water
in Allen, Barren, Edmonson, Green, Hart, Logan, Metcalfe, Monroe, Simpson,
and Warren Counties, showing geology and availability of ground water
of counties in the Mississippi Plateau region, Kentucky: U.S. Geological
Survey, Hydrologic Atlas-32. Brown, R. F. and Lambert, T.W., Reconnaissance of groundwater resources
in the Mississippian Brucker, R.W., Hess, J.W., and White, W.B.,1972, Role of vertical shafts
in the movement of ground water in carbonate aquifers. Collier, C.R., Krieger, R.A., and Whetstone, G.W., 1964, Hydrochemistry
and sedimentation in Currens, James, 1981, Speleogenesis models for the Mammoth Cave region,
and their use as predictive tools for southern Toohey Ridge, Hart and
Barren counties, Kentucky. Cushman, R.V., 1967, The shape, slope, and fluctuations of the basal
water table in the Mammoth Cave area, Kentucky. Cushman, R.V., 1968, Shape, slope, and fluctuations of the basal water
table in the Mammoth Cave area, Kentucky. Cushman, R.V., Krieger, R.A. and McCabe, John A., 1965, Present and
future water supply for Mammoth Cave National Park, Kentucky. Deike, George H. III, 1989, Fracture controls on conduit development. Estes, Elizabeth K., 1989, Re-evaluation of the origin and function of vertical flow features within carbonate aquifers; a case study from the Mammoth Cave system, Kentucky. Ewers, Ralph O., 1981, Sequence of development of conduit geometry in karst aquifers. Ewers, Ralph O., Meiman, Joseph J., and Quinlan, James F., 1988, The
karst aquifer instrumentation system in the Mammoth Cave region. Ewers, Ralph O. and Quinlan, James F., 1981, Cavern porosity development
in limestone; a low dip model from Mammoth Cave, Kentucky. Ewers, Ralph O., Quinlan, James F., and Andres, Gary E., 1986, A continuous
monitoring system for groundwater flow and water quality in several
tributary conduits in a karst aquifer, Mammoth Cave area, Kentucky;
preliminary results. George, A.I., 1975, Cave development north of the Green River at Mammoth
Cave National Park is strongly influenced by recharge from a filled
Pennsylvanian paleo-valley--La formation de grotte au nord de la Green
River au Parc National de la Mammoth Cave est tres influence par recharge
d'une vallee paleotique Pennsylvanian. Gottlieb, Mark A., Kuehn, Deborah W., and Groves, Christopher G., 1992,
Development of new quantitative methodologies in dye tracing. Groves, Christopher G. and Crawford, Nicholas C., 1990, Lithologic
control of shallow karst groundwater flow on the sinkhole plain of Kentucky. Groves, Christopher G. and Meiman, Joe, 1995, Storm water impacts on
carbonate groundwater chemistry at the Hawkins River site, Mammoth Cave,
Kentucky. Groves, Chris; Meiman, Joe; Anthony, Darlene M.; Vaughan, Kevin; Carigan,
Deven; and Smith, Ryan,1998, Recent advancements in our understanding
of processes within the Mammoth Cave karst aquifer. Harmon, R.S., 1979, An isotopic study of groundwater seepage in the
central Kentucky karst. Hendrickson, G.E., 1961, Sources of water in
Styx and Echo rivers, Mammoth Cave, Kentucky, Herring, William C., Shanks, T. Jefferson, 1980, Hydraulic conductivity of cast overburden. Hess, John W., Wells, Stephen G., Quinlan, James F., and White, William
B.,1989, Hydrogeology of the south-central Kentucky karst. Hess, J.W. and White, W.B., 1976, Analysis of karst aquifers from hydrographs
of karst springs. Hess, John W. and White, William B.,1988, Storm response of the karstic
carbonate aquifer of southcentral Kentucky. Hess, John W. and White, William B., 1989, Chemical hydrology. Hess, John W. and White, William B., 1989, Water budget and physical
hydrology. Jillson, Willard Rouse, 1957, The geology of Three Hundred Springs;
coupled with notes and observations on the history, water resources
and fauna of this area in Hart County, Kentucky. Lewis, Julian J., 1993, Life returns to Hidden River Cave; the rebirth
of a destroyed cave system. Lix, Henry William, 1946, Mammoth Cave's underground wilderness. Meiman, Joe, 1992, The effects of recharge basin land-use practices
on water quality at Mammoth Cave National Park, Kentucky. Meiman, Joseph, Ewers, Ralph O., and Quinlan, James F., 1988, Investigation
of flood pulse movement through a maturely karstified aquifer at Mammoth
Cave National Park; a new approach. Meiman, Joe; Hall, Clifford; and Groves, Christopher G.,1995,Water
quality variations and contaminant mass flux signatures associated with
flood pulse activity in the Mammoth Cave karst aquifer, Kentucky. Meiman, Joe and Groves, Christopher G., 1995, The Hawkins River groundwater
monitoring project, Mammoth Cave, Kentucky. Meiman, Joe and Groves, Chris, 1997, Magnitude/ frequency analysis
of cave passage development in the central Kentucky karst. Miotke, Franz Dieter and Papenberg, Hans, 1972, Geomorphology and hydrology of the Sinkhole Plain and Glasgow Upland, central Kentucky karst; preliminary report. Palmer, A.N., 1975, Structural control of ground-water flow and cave development in Mammoth Cave National Park, Kentucky, U.S.A.--L'influence de la structure geologique sur l'ecoulement souterrain et le developpement des cavernes dans le Mammoth Cave National Park, U.S.A. Palmer, Arthur N., 1984,Geomorphic interpretation of karst features. Palmer, Arthur N., 1989, Stratigraphic and structural control of cave
development and groundwater flow in the Mammoth Cave region. Palmer, Arthur N., 1990, Groundwater processes in karst terranes. Palmer, Arthur N.; Palmer, Margaret V., and White, William B., 1982, A guide to the historic section of Mammoth Cave: State University College, Department of Earth Science, Oneonta, NY, United States; Pennsylvania State University, Department of Geosciences, United States. Parfit, Michael, 1983,Ground water proves a hidden element whose time
has come. Pohl, E.R., Cushman, R.V., Kepferle, R.C., Peterson, W.L., and Sable,
E.G. (editors), 1964, Geologic features of the Mississippian Plateaus
in the Mammoth Cave and Elizabethtown areas, Kentucky: Itinerary, Geological
Society of Kentucky, Annual Spring Field Conference, Field Trip, Kentucky
Geol. Survey, Lexington, Ky. Quinlan, J.F., 1978, Groundwater tracing in the central Kentucky karst;
practical techniques, results, and applications. Quinlan, James F. and Ray, Joseph A., 1995, Normalized base-flow discharge
of groundwater basins; a useful parameter for estimating recharge area
of springs and for recognizing drainage anomalies in karst terranes. Quinlan, J.F., 1976, Hydrology of the Turnhole Spring groundwater basin
and vicinity, Kentucky. Quinlan, James F., 1983, Groundwater pollution by sewage, creamery
waste, and heavy metals in the Horse Cave area, central Kentucky. Quinlan, James F. and Ewers, Ralph O., 1981, Hydrogeology of the Mammoth
Cave region, Kentucky. Quinlan, James F. and Ewers, Ralph O., 1989, Subsurface drainage in the Mammoth Cave area. Quinlan, James F., Ewers, Ralph O. and Palmer, Arthur N., 1986, Hydrogeology
of Turnhole Spring groundwater basin, Kentucky. Quinlan, James F., Ewers, Ralph O., Ray, Joseph A., Powell, Richard L., and Krothe, Noel C., 1983, Ground-water hydrology and geomorphology of the Mammoth Cave region, Kentucky, and of the Mitchell Plain, Indiana (Field trip 7. Quinlan, J.F., McCann, M.R., Andrews, W.M., and Branstetter, J.A.,1975, Heavy metals and optical brighteners as ground water tracers in the central Kentucky karst; implications concerning regional hydrology--Les metauxlourds et les avivages optiques comme traceurs d'eau souterraine dans le karst du Kentucky central; les implications relatif a la hydrologie regionale. Quinlan, James F. and Ray, Joseph A.,1980, Delineation of groundwater
basin boundaries and flow routes in karst terrains by dye-tracing and
by mapping of water levels and caves; results in the Mammoth Cave region,
Kentucky. Quinlan, James F. and Ray, Joseph A., 1981, Groundwater basins in the
Mammoth Cave region, Quinlan, James F. and Ray, Joseph A., 1983, Procedures for efficient
delineation of groundwater basins in karst areas. Quinlan, James F. and Ray, Joseph A., 1995, Normalized base-flow discharge of groundwater basins; a useful parameter for estimating recharge area of springs and for recognizing drainage anomalies in karst terranes. Quinlan, J.F. and Rowe, D.R., 1977, Hydrology and water quality in
the central Kentucky karst; Phase I. Quinlan, J.F. and Rowe, D.R., 1977, Review of the physical hydrology
of the Central Kentucky Karst. Quinlan, J.F., Saunders, J.W., and Ewers, R.W., 1978, Distributary
flow within karst aquifers; description, occurrence, and function of
groundwater dispersal conduits and later stages of their development. Quinlan, J.F., 1978, Groundwater tracing in the central Kentucky karst; practical techniques, results, and applications. Rao, A.R., Tao, P.C., and Rukvichai C., 1980, Characterization and
models of watershed storage. Ray, Joseph A., Schindel, Geary M., and Quinlan, James F., 1993, Determination
of the recharge area for the Rio Springs groundwater basin, near Munfordville,
Kentucky; an application of dye tracing and potentiometric mapping to
springhead and wellhead protection areas in carbonate aquifers and karst
terranes. Recker, Scott A., Ewers, Ralph O., and Quinlan, James F., 1988, Seepage velocities in a conduit; adjacent porosity system of a karst aquifer and their influence on the movement of contaminants. Ryan, Martin, 1992, Development of a flow-through filter fluorometer
for use in quantitative dye tracing at Mammoth Cave National Park. Ryan, Martin and Meiman, Joe, 1995, Time-series water quality response
analyses of a karst spring to storm runoff. Saunders, J.W., 1974, Paleohydrology of Crump Spring Cave, central
Kentucky karst. Saunders, J., Borden, J. and Quinlan, J.,1979, The Central Kentucky
Karst outside of Mammouth Schindel, Geary M., Ray, Joseph A., and Quinlan, James F., 1995, Delineation
of the recharge area for Rio Springs, Kentucky; an EPA demonstration
project in wellhead (springhead) protection for karst terranes. Stein, Julie Kay, Watson, Patty-Jo, and White, William B., 1981, Geoarcheology
of the Flint Mammoth cave system and the Green River, western Kentucky. Thrailkill, John, 1968, Chemical and hydrologic factors in the excavation
of limestone caves. Thrailkill, John, 1970, Limestone vadose seepage; saturation with respect
to calcite and time invariance of composition. Thrailkill, John, 1973, Digital Computer modeling of limestone groundwater
systems. Thrailkill, John, Osolnik, Michael J., and Postley, Roger H.,1969,Calcite
saturation relationships in a Kentucky limestone aquifer. Thrailkill, John and Robl, Thomas L., 1981, Carbonate geochemistry
of vadose water recharging limestone aquifers. Wells, S.G., 1974, Drainage basin morphology in the sinkhole plain
of the central Kentucky karst. White, William B., 1989, Introduction to the karst hydrology of the
Mammoth Cave area. White, William B. and Deike, George H. III, 1964, Preliminary results
on the paleohydrology of Mammoth Cave and the Flint Ridge Cave System. White, William B. and White, Elizabeth L. (editors), 1989, Karst hydrology;
concepts from the Mammoth Cave area: Pennsylvania State University,
University Park, Pa. Yocum, Mike, 1993, Hidden River Cave comes out of hiding. Water-resource publications of the Kentucky Geological Survey may be viewed at the Water Research Library on the Kentucky Geological Survey's Web site. |
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